Upload
mary-cheung
View
230
Download
7
Embed Size (px)
Citation preview
ELSEVIER
THEO CHEM
Journal of Molecular Structure (Theochem) 309 (1994) 15 l-224
Peptide Models 10. Topological features of molecular mechanics and ab initio
GD-Ramachandran maps. Conformational data for Ac-L-Ala-L-Ala-L-Ala-NHMe and
For-L-Ala-L-Ala-L-Ala-NH2
Mary Cheung”, Mark E. McGoverna, Tuo Jin”, Da-Chuan Zhao”, Michael A. McAllister”, od6n Farkasb, And& Perczela3b, P61 Csbzb-aVC, Imre G. Csizmadia*3aTb’d
aDeparfment of Chemistry, University of Toronto, Toronto, Ont., MSS IAI, Canada bDepartment of Organic Chemistry, E&v& University, Pazmany Peter setany 2, 1117 Budapest XI, Hungary
‘APOTEX, Inv., IS0 Signet Drive, Weston, Ont., M9L 1 T9, Canada
‘Laboratoire de Chimie Thdorique. Vniversitd de Nancy 1, VA CNRS 510, B.P. 239,54506 Vandoeuvre les Nancy Chdex, France
(Received 12 July 1993; accepted 27 January 1994)
Abstract
Of the nine legitimate diagonal conformational minima (onoocyn, oLoLo~, &pLpL, ~o~n~n, yLyLyL, So&an, SLSLSL, ~o~nco and ELELEL) only six conformations (a D D (Y cx D, PLPLPL, YDYDYD, YLYLYL, 6~6~6~ and EDEDED) could
be located by ab initio gradient optimization at the HF/3-21G level of theory. The conformational and energetic consequences of these findings are discussed in terms of relative stabilities, degree of backbone twisting or foldedness, energy of polymerization and density of conformational states.
1. Introduction
The conformations of diamides of single amino acids (I) where P and Q may be CH3 or H, can con- veniently be described by 2D-Ramachandran maps
*Corresponding author.
which is illustrated by Scheme 1. As may be seen from Scheme 1 a 2D-Ramachandran map, in which
4 and $J (denoted as e5=rop and r+L~r~e) run between 0” and 360”, has nine legitimate minima [l].
In contrast to that, diamides of dipeptides (II), where P and Q may be CHs or H, are more com- plicated because their conformational description requires a 4D-Ramachandran map [2] as illustrated schematically by Scheme 2. As may be seen from Scheme 2 a 4D-Ramachandran map have g2 = 81 legitimate minima.
is expected to
Only scattered information is available in the literature concerning the conformations of
0166-1280/94/$07.00 0 1994 Elsevier Science B.V. All rights reserved SSDZO166-1280(94)03680-J
152 M. Cheung et al./J. Mol. Struct. (Theochem) 309 (1994) 151-224
yr TOP 180
60
60 180 300
4 TOP
Scheme 1. Minima on the 2D-Ramachandran map of a single
amino acid diamide.
N- and C-protected dipeptides (II) obtained by molecular mechanics [2-41, even though proteins are modeled nowadays routinely with the aid of a variety of molecular mechanics (MM) softwares. A preliminary search on the 4D-potential energy hypersurface (i.e. on the 4D-Ramachandran map) revealed [2] the existence of 81 - 6 = 75 minima [5] as six of the legitimate minima have been annihi- lated at this level of theory. In all the six cases [5] an cL conformation is changed to a yL conformation (i.e. shift to a nearest neighbor) as shown in Ref. 3. The changing of conformation from one confor- mational domain to another during optimization is illustrated in Scheme 2.
7~7~ sDsD aLQL gdgd dddd ala1
EDED PLPL ELEL eded blbl elel
QDaD SLbL YLYL adad dldl glgl
Scheme 3. Diagonal conformations of For-L-Ala-L-Ala-NHz.
p,
4 caseseLx -+ yLx
2 cases xeL + xyL
The ab initio studies on N- and C-protected dipeptides, reported in the literature, has been even more limited until recently involving only a few conformations of N-formyldiglycinamide [4] and N-acetyl-alanylglycinamide [6]. However, more recently, ab initio SCF geometry optimiza- tions were performed [7] at the HF/3-21G basis set level of theory, for the nine legitimate “diago- nal” conformations of For-t_-Ala-t_-Ala-NHZ.
Scheme 3 summarizes the diagonal elements of the 4D-Ramachandran map of For-L-Ala-L-Ala- NH2 in two notations using characters of the Greek and Latin alphabets. Beyond this, an exten- sive study of the conformational potential energy hyper surface (PEHS) revealed [8] that of the 81 legitimate backbone conformations 49 conforma- tions were intrinsically stable.
Tripeptide derivatives (III)a, where P and Q may be CHs or H, have 93 = 729 legitimate conformations. Thus they may be described by
Scheme 2. Minima on the 4D-Ramachandran map of a dipeptide diamide.
* In the literature these compounds are sometimes referred to as “tetrapeptides” because they contain four peptide bonds. We prefer to
regard them as diamides of tripeptides, containing three amino acids. In our nomenclature a “tripeptide” contains three amino acids that
is three o-carbons.
M. Cheung et al./J. Mol. Struct. (Theochem) 309 (1994) 151-224
154 M. Cheung et al./J. Mol. Struct. (Theochem) 309 (1994) 151-224
7~7~7~ sDsDsD @LQLaL gdgdgd dddddd alalal
EDEDED PLPLPL ELELEL ededed blblbl elelel
aDaDaD sLsLsL YLYLYL adadad dldldl glglgl
Scheme 5. Diagonal conformations of For-L-Ala-L-Ala-L-Ala-NH2.
a 6D-Ramachandran map (Scheme 4), which contains the 729 legitimate conformations denoted in terms of suscripted Greek letters.
We wish to report here the results of a detailed study of the PEHS associated with the trialanine diamide. The molecular mechanics conformations were evaluated with tight optimization conditions on Ac-L-Ala-L-Ala-L-Ala-NHMe. The ab initio geometry optimizations were attempted at the HF/3-21G level of theory for the nine legitimate “diagonal” conformations of For-L-Ala-L-Ala-L- Ala-NH2.
Scheme 5, which is analogous to Scheme 3, sum- marizes the diagonal elements of the 6D-Rama- chandran map of For-L-Ala-L-Ala-L-Ala-NH2 in two notations using characters from the Greek Latin alphabets.
2. Methods
2.1. Molecular mechanics computations
An ECEPP/2 type force-field of Scheraga and co-workers [lo] has been used to optimize the mini- mum energy diagonal conformations of AC-L-Ala- L-Ala-t_-Ala-NHMe tripeptide diamide. Subse- quently, an attempt has been made to optimize all 729 legitimate conformations.
2.2. Ab initio computations
The fully relaxed minimum energy conforma- tions were computed using gradient geometry opti- mizations, with the GAUSSIAN 90 program [l l] at the HF3/21G [12] level of theory on a Cray X-MP/28 supercomputer. Geometry optimizations were sub- jected to the following criteria: max force < 4.5x 10m4a.u. and RMS force < 2.5 x 10e4 a.u. The actual final maximum forces along the internal coordinates of the relaxed structures ranged from 1.6 x 10e6 a.u. to 8.9 x lop6 a.u., while the values
of the RMS forces were between 4.7 x lop7 a.u. and 2.2 x 1O-6 a.u.
2.3. Definition of torsional angles
Throughout this paper standard torsional angles are reported within the range of - 180” to + 180” in accordance with the IUPAC-IUB convention [13], although Schemes l-5 are presented in terms of the topologically useful 4 and $J torsional angles (0’ <&or < 360” and 0” <&or < 360”).
2.4. Calculations of r and d values
Ac-(Ala)2-NHMe is quite a convenient model compound as the two terminal methyl groups mimic the two terminal a-carbons in a tetrapep- tide subunit of proteins. Thus the above model compound has four a-like carbons (which may be labelled as: al, a2, a3 and a4).
Following the pioneering work of Levitt [14] who studied torsional angles about adjacent a- carbon atoms, we have proposed to measure the extent of a twist or a turn by the torsional angle denoted by r as defined in Part 4 [l(b)] and Part 5 [7] of this series. As has been noted in these earlier publications, the peptide chain turns back from this original direction if r falls within the following range:
-9O”<r< + 90” (4)
Clearly, this angularity, as measured by 7, may be regarded as a single valued quantification of the peptide or protein folding.
In the case of N- and C-protected tripeptides, like Ac-(Ala)3-NHMe five a-like carbons (ai, CY~, 03, (Ye, as) are recognized and these lead to the definition of two T values: 71 (involving (Y~,~~,(Y~,Q~) and r2 (involving 02,~3,~4,cr~).
Sometimes, however, economic prudency dic- tates the replacement of the two terminal methyl groups by hydrogens. In this case the distance
M. Cheung et al.lJ. Mol. Struct. (Theochem) 309 (1994) 151-224 155
between the two terminal hydrogen atoms (dmode’) is expected to be somewhat shorter (the actual value varies with geometry of course) than the dis- tance between the two carbon atoms of the term- inal methyl groups (L@):
d model G d&t
Consequently, one may carry out the quantum chemical calculations on HCO-(Ala)s-NH2 and after the geometry has converged one may replace the terminal C-H and N-H bonds by C-CH3 and N-CHs bonds. Appropriate bond lengths may be taken from the corresponding monopeptide study [l]. In the present paper the following average values were used:
C-CHs = 1.5158,
N-CH3 = 1.462A (5)
The labeling system for the atoms of For-(Ala)s,- HN2 (IV) are shown above and TV, r2, dyit and d;“’ are defined as:
71 = H3s-C2i -CT-C1
r2 = H,i -Ci -C,-C2i
crit dl = H30-C1
d;nt = Hii -CZ,
(6)
with H3,, and Hii being replaced by carbon atom - - along the direction bonds, respectively, as specified above.
of the H3e-N2s and Cs-Hi, using the proper bond lengths
3. Results and discussion
The tabulated torsional angles 4i, +i and wi as well as r and d values for the 729 legitimate con- formers of Ac-L-Ala-L-Ala-NHMe are given in Table 1A in the Appendix. Out of the total of 729
legitimate minima 636 were located as optimized conformations on the 6D-ECEPP/2 potential energy hyper-surface. The input torsional angles of the 729 - 636 = 93 initial conformations, which appear to be annihilated as stable minima on the 6D-Ramachandran map, are also sum- marized in the Appendix. These sets of assumed input (4, $} values were taken from Table 1 of Ref. l(a).
Table 1 compares the conformational param- eters of “diagonal” tripeptide diamides obtained by MM and ab initio SCF. The {$i,$i}scF and {4i, $i}MM values in Table 1 clearly reveal that although there are some noticeable dif- ferences between the corresponding values obtained by the two methods those differences are not astronomical.
It is worthwhile to compare the angularity parameter (T) and extension parameter (d) com- puted by the SCF method for the diagonal dipep- tide reported earlier [7] and the diagonal tripeptides reported in this paper. The results are summarized in Table 2.
The stability of tripeptides is an important ques- tion to consider. Even before looking at the numer- ical data it is clear that some destabilizing interaction must be operative because the SLSLSL conformation has been annihilated from the 6D- Ramachandran map. Thus, the situation is analo- gous to that observed in the case of the dialanine diamide 6,_& conformation [7,8]. Clearly, in addi- tion to the aL and eL conformations the SL is the most likely candidate for elimination since the bL conformation has been annihilated even from the 2D-Ramachandran map of For-L-Val-NH2 when the two protons in H-C”-CO-H were in anti- periplanar conformation [ 1 (b),9]. Even qualita- tively speaking, the relative order of confor- mational stability is not the same like it is for For-t-Ala-NH2 and for For-L-Ala-L-Ala-NH2 as shown in Scheme 6. Note that there are two rever- sals of order. One reversal is in between (6D)3 and (en)3 with respect to the order of (6D)2 and (eD)* as Well as 6, and eu even though the energies of (SD)3
and (ED)3 are fairly close to each other. The other reversal, (yD)3 and (aD)3, is energetically more pronounced.
The energy values for the species shown in
156 M. Cheung et al.lJ. Mol. Struct. (Theochem) 309 (1994) 151-224
Energy --+
YL PL ^ID 6D QD 6D ED
YLYL PLPL TD^/D - &DaD sDsD cDED
YLYLYL PLPLPL ~D~DQD - YDYDYD ~DED~D 6~6~6
+- Stability
Scheme 6. The relative stability of conformers of For-L-Ala-NH*, For -L-Ala-L-Ala-NH2 and For-L-Ala-r_-Ala-L-Ala-NH2.
Table 1
Comparison of conformational parameters obtained by molecular mechanics for Ac-L-Ala-L-Ala-r.-Ala-NHMe and by ab initio SCF-
MO for For-L-Ala-L-Ala-L-NH2
Ac-Ala-Ala-Ala-NHMe For Ala-Ala-Ala-NH1 Force (au.)
Backbone Molecular mechanics Ab initio SCF-MO (3-21G) Max RMS
Conformation i
~STD ~C'STD X W ~STD *STD X W E
4i ii Xi wi 6 $i Xi wi (hartree) El mol-‘)
(yDaDaD
ad.ad.ad
OL(YLQL
al.al.al.
PLPLPL
bl.bl.bl
6D6D6D
dd.dd.dd
6LbLbL
dl.dl.dl
EDCDCD
ed.ed.ed
ELELCL
el.el.el
^io^fD^lo
gd.gd.d
IIL-YLTL
gl.gl.gl
0 -
1 54.2
2 54.1
3 55.2
0 -
1 -69.9
2 -69.5
3 -73.6
0 -
1 -154.9
2 -154.5
3 -154.6
0 -
1 -158.9
2 -158.3
3 -157.1
- 179.6
47.8 66.2 179.7
48.5 66.1 180.9
47.9 67.0
- - 180.5
-33.5 61.4 180.8
-35.5 61.3 179.5
-39.9 61.9 178.3
- 179.8
158.4 59.3 179.8
159.1 59.4 179.8
158.1 59.4 180.1
- 180.1
-57.4 54.3 179.1
-57.1 54.4 178.4
-57.8 54.4 179.0
0 - - 179.2
1 -148.2 41.9 60.5 179.5
2 -150.3 42.5 61.3 180.1
3 -151.6 44.6 61.0 180.3
0 - - 179.2
1 63.2 -173.6 80.7 176.3
2 64.1 -173.4 80.5 176.0
3 64.8 -175.0 80.5 177.9
0 - - 180.2
1 -75.5 143.3 61.8 180.0
2 -74.3 146.9 61.9 180.1
3 -14.9 145.6 62.0 180.6
0 - - 117.2
1 77.7 -63.0 87.7 176.8 2 17.9 -61.9 87.7 174.3
3 79.0 -63.1 87.1 179.7
0 - - 181.2
1 -19.7 75.4 60.7 180.1
2 -79.3 74.8 60.8 180.8
3 -80.2 75.6 60.8 179.0
58.6
58.3
61.7
-168.7
-168.8
-167.7
+177.2
-174.0
-170.3
-175.1 3.52
31.4 60.7 -178.3 -901.4479812 3.25 8.9 x lO-6 2.2 x 1O-6
22.8 60.1 179.7
26.6 60.6 174.6
Not found - (YL(ILbL _ _ _
-179.0
171.1 58.9 179.9 -901.4483271 3.31 4.9 x W6 8.1 x lo-’
170.8 58.5 180.0
170.4 58.6 177.8
-166.2 -45.3 57.9 -176.7 -901.4181637 22.24 1.6 x 1O-6 4.7 x IO-’
-51.0 57.7 178.8
-51.8 57.6 168.3
Not found
- oIL(YLdL
_ _
171.0 68.1 -179.2 63.9 170.5 -901.4188492 21.81 6.9 x lO-6 1.8 x 1O-6
65.1 -175.1 66.7 172.7
64.0 -172.7 68.0 -177.4
Not found _ _
- PLPLPL
175.5
73.6 -55.2 60.3 176.1 74.1 -54.7 61.0 175.4 -901.4429049 6.71 5.3 x 10-s 1.4 x 10-s
74.4 -56.4 61.1 179.3
-176.3 -83.8 66.9 63.8 -179.8 -901.4535977 0.0 7.0 x 1O-6 1.6 x 1O-6
-84.6 65.7 63.1 -178.6 -85.2 66.3 63.2 178.8
M. Cheung et al./J. Mol. Struct. (Theochem) 309 (1994) 151-224 157
Table 2 Comparison of angularity parameter (T) and extention parameter (dcrit) computed by ab initio MO for HCO-Ala-Ala-NH? and HCO- Ala-Ala-Ala-NH1
Backbone Conformation Dipeptide Backbone Conformation Tripeptide
dcrit 7 dC” 71 C” 72
(yDffD ad.ad 5.97 -70.8 ffDaDaD ad.ad.ad 5.99 -75.4 5.33 -72.3 PLPL bl.bl 10.76 -177.0 PLPLPL b1.bl.b 10.78 -178.7 10.71 -177.51 6DbD dd.dd. 6.87 -51.4 sD6D6D dd.dd.dd 7.10 -54.3 7.24 -51.8 cDED ed.ed 8.56 t75.4 EDcDcD ed.ed.ed 8.51 +80.8 8.67 +81.4 slowly gd.gd 8.83 -166.4 ^i~“lo^lD gd.gd.gd 8.82 -164.8 8.80 -166.4 r, ^/L &4 8.76 +168.4 YL7LYL gl.gl.gl 8.77 +166.6 8.74 +169.0
Scheme 6 are summarized in the first two columns of Table 3 and shown graphically in Fig. 1. It is clear from Fig. 1 that such reversal of stabilities are nothing else than energy level crossings which are due to the fact that certain conformations are grad- ually stabilized while other conformations are gradually destabilized with increasing degree of polymerization.
polymerization may be considered as shown by reactions (7) and (8):
3HCO-Ala-NH2 -+ HCO-(Ala)3-
1+1+1 NH2 + 2HCONHz AE,, (7)
HCO-Ala-NH2 + HCO-(Ala)z-NH;! + HCONH2
+ HCO-(Ala)s-NH2 + 2HCONHz AEiG2
(8)
The quantitative comparison of relative stability can most conveniently be carried out in terms of isodesmic polymerization reactions. Two modes of
Table 3 Relative stability of For-Ala-Ala-Ala-NH2 conformations computed by ab initio SCF-MO at the 3-21G basis set level of theory for two modes of polymerization, mode (1 + 1 + 1) and mode (1 + 2)
Backbone Conformation E (hartree)
3For-Ala-NH2 ’
AE’+‘+’ I+l+l
(haiiee) g&mol-‘) For-(Ala)j-NH2 + 2HCONH2 ’
ad.ad.ad CQO(D(YD -1237.395882 -1237.417783 -0.021901 -13.74 bl.bl.bl PLPLLPL -1237.418349 -1237.418129 +0.000220 +o. 14 dd.dd.dd 6o6o6o -1237.389405 -1237.387966 +0.001439 +0.90 ed.ed.ed EDcDED -1237.385322 -1237.388651 +0.003329 -2.09 gfd.gd.gd YDYDYD -1237.412250 -1237.412707 -0.000457 -0.29 gl.gl.gl YLyL”ILIyL - 1237.424340 - 1237.423400 +0.000940 +0.59
Backbone Conformation E (hartree) AE;G2 AE;;’ (hartree) (kcal mol-I)
For-Ala-NH2 a + For-(Ala)2-NHz b + HCONH2 ’ For-(Ala),-NH2 + 2HCONH2’
ad.ad.ad @DaDaD - 1237.406334 -1237.417783 -0.011449 -7.18 bl.bl.bl PLPLPL -1237.418103 -1237.418129 -0.000026 -0.01 dd.dd.dd 6oSo6o -1237.388880 -1237.387966 +0.000914 +0.57 ed.ed.ed cDcDED -1237.387143 -1237.388651 -0.001508 -0.95 gd.gd.gd ^IDTDYD -1237.411864 -1237.412707 -0.000843 -0.53 gl.gl.gl IIL”ILTL - 1237.423362 - 1237.423400 -0.000038 -0.02
a Energy values were taken from Ref. l(b). b Energy values were taken from Ref. 2(b). ’ E(HCONH*) = -167.984901.
158 M. Cheung et al./J. Mol. Struct. (Theochem) 309 (1994) 151-224
-1237.431 , , , I 2 3
DEGREE OF POLYMERIZATION tn)
Fig. 1. The variation of total energy with the degree of polymerization.
The energy changes (AEr,) associated with the above isodesmic reactions for the two modes of polymerization (i.e. 1 + 1 + 1 + 3 and 1 + 2 + 3) are tabulated for the six known conformers in the last column of Table 3.
Reaction (8) has a tripeptide (n = 3) on the product side and a mono-peptide (n = 1) and a dipeptide (n = 2) on the reactant side but this dipeptide must also be formed [2(b)] from two moles of HCO-Ala-NH2 which is characterized by the dimerization energy AE:&t. Thus the over- all process may be depicted as follows:
1+1+ 1 AEb+’ - 1 + 2+HCONHz
AEc2 -3+2HCONH2
T T 1+1+1
AEID (9)
The numerical values of these qualities are summarized in Table 4 and graphically illustrated in Fig. 2. Clearly, the en and on conformers were continuously stabilized and the other four conformers were slightly destabilized due to the dipeptide formation. There are a number of conclusions one may draw from reactions
(7)-(9). First of all, there is additivity among the different
components:
AE;D+‘+t = AE;,+’ + AE;A2 (10)
The components at the right-hand sides are asso- ciated with a single peptide bond formation and therefore they are associated with adding a new residue to the polymer. Therefore, they may be
M. Cheung et al./J. Mol. Struct. (Theochem) 309 (1994) 151-224 159
Table 4 Isodesmic energy (AEto) for two modes of polymerization (1+l+1+1+2-+3and1+1+1-+3)andenergyofpoly- merization per peptide bond formed (AEPoL) as well as the cumulative polymerization energy (AEF:“‘) (kcal mol-‘) for six diagonal backbone conformations of trialanine diamide: For-(Ala)s-NH*
Conformation Mode
1+1 -6.W -6.56 (YD 1+2 -7.18 -7.18
1+1+1 -13.74 -6.87b 1+1 +o. 1 Y f0.15
PL 1+2 -0.01 +0.01 1+1+1 f0.14 +o.o7b 1+1 +0.33 +0.33
SD 1+2 +0.57 +0.57 1+1+1 +0.90 +0.455 b 1+1 -1.14a -1.14
ED 1+2 -0.95 -0.95 1+1+1 -2.09 -1.045b 1+1 +0.24a +0.24
-TD 1+2 -0.53 -0.53 1+1+1 -0.29 -0.14sb 1+1 +0.61a +0.61
YL 1+2 -0.02 -0.02 1+1+1 +0.59 +0.295 b
-6.56 -13.14
_
+0.15 +0.14
_
+0.33 +0.90 +0.90 -1.14 -2.09
_
+0.24 -0.29
_
+0.61 +0.59
_
a Taken from Table 4 of Ref. 7. b Average AE,,, values.
labeled as a AE,,,. Thus:
AEE; = AE;,f’
AE:; = AE;A2 (11)
but these two quantities of polymerization are numerically not identical. The average polymeriza- tion energy/residue added, which may be denoted as AE,,,,, is therefore half of AE&‘+’
AE,,, = 1/2(AE;;; + AE$)
= 1/2(AE;,+’ + AE;,*‘) = 1/2AE;$+’
(12)
It is also clear from Eqs. (10) and (12) that the sum of individual isodesmic energies (AE:&’ + AElA2) is to be regarded as the total or cumulative poly- merization energy (AEyOy). The numerical values of these quantities are summarized in Table 4.
Finally, it is clear from Fig. 1 that the energy
+I - I I -6,)” 1 _ c’- _ , -,--
I’ _--’ (Y,)”
o- r>2j_-__’ ~ _ -
c -\ -- CbJ, _
I’ I ‘\ ‘-(&I”
0 ’ -,- ‘1 E , ‘_
\ , ‘\ \ 1 5 -2- I ‘\ I ‘-_(E ) on
Y \ \ ,
E- -3- , I ziz I 2 1
-4- ,
-14 I I ‘~MO)” I 2 3
DEGREE OF POLYMERIZATION (n)
Fig. 2. The variation of cumulative polymerization energy with degree of polymerization.
spectrum is compressed as one goes from a single amino acid diamide conformations through dipep- tide diamide conformations to tripeptide diamide conformations. The spectrum of the six backbone conformations of the three moles of “mono- peptides” spans an energy difference of 0.039018 hartree (24.48 kcal mol-‘) while that of the dipep- tide plus a mole of monopeptide spans an energy difference of 0.036219 hartree (22.73 kcalmol-t) and that of the tripeptides spans an energy dif- ference of 0.035434 hartree (22.23 kcal mol-‘). These energy gaps between the highest and lowest (global) minimum energy conformations are clearly illustrated in Fig. 1.
M. Cheung et al./J. Mol. Struct. (Theochem) 309 (1994) 151-224
ed.ed,ed I
Fig, 3. Molecular graphic representation for the “diagonal” conformers of For-(Ala)3-NH2.
If we define the density of confo~ational states, &~$Ala~,_NH2, for all legitimate conformations of For-(Ala),-NHz, as number of conformations occuring within a kilocalorie per mole energy gap, then we may write:
where Nt) is the number of legitimate minimum energy conformations, AB,, is the energy dif- ference between the highest and lowest energy confo~ations for any given degree of poty- merization (n). For AE,,, instead of the energy gaps given above and specified in Fig. 1, which are balanced for the polymerization, we need to use the individual energy gaps 8.16, 14.57 and 22.24 kcalmol-’ for n = 1, 2 and 3 respec- tively. Thus, the three density values will be as
folIows:
states PFor-Ala-NH, = g/8.16
= 1.103 confo~ations (kcai mol)-’
(14a)
~$::;_~ia)~_~~~ = 81/14.57
= 5.559 conformations (kcal mol-’ )
(14b)
&:;;_Al&_N& = 729122.24
= 32.78 conformations (kcal mol)-‘)
WI
Clearly, the density of conformational states is increasing very rapidly with the degree of
M. Cheung et al./J. Mol. Strut. (Theochem) 309 (1994) 151-224 161
polymerization. Molecular graphics of the com- puted diagonal dipeptide diamides are shown in Fig. 3.
4. Conclusions
Of the nine legitimate diagonal conformational
minima (QDQDQD, avatar, PLPLPL, YDYDYD,
YLYL'YL, ~D~DSD, ~L~LSL, ~DED~D, and EL~LEL)
only six (QBQDQD~ PLPLPL, YIYWYD~ 7~7~7~~
SDS&D and EDQED) could be located on the 6D- Ramachandran map at the HF/3-21G level of theory.
The relative stabilities of the diagonal tripeptide diamides does not parallel the relative stabilities of the single amino acid diamides or that of the dipeptide diamides. The reversal of stabilities is nothing else than energy level crossings which are due to the fact that certain conformations are gradually stabilized while other conformations are gradually destabilized with increasing degree of polymerization.
The degree of conformational twisting, which is related to the local folding of the peptide chain, has been measured by the parameter 7 which appears to be a better criterion than the critical distance (dcrit) as previously used widely to characterize foldedness of peptide chains.
The energy of polymerization (i.e. the energy of a peptide bond formation when a new amino acid residue is added to the peptide chain) is not the same for the first and the second peptide bond formed.
The density of conformational states is increas- ing with peptide chain length with the degree of polymerization.
5. Acknowledgments
One of us (I.G.C.) would like to express his gratitude to Professor J.-L. Rivail at the Labora- toire de Chimie Theorique; Universite de Nancy 1, for his hospitality he has shown during the 19921 1993 sabbatical year.
The authors wish to express their thanks and appreciation to the Ontario Centre for Large Scale Computations (OCLSC) for the generous
allocation of CRAY X-MP/28 supercomputer time. The continued financial support of the Natural Sciences and Engineering Research Coun- cil (NSERC) of Canada is gratefully acknowl- edged. This research was also supported in part by the Hungarian Scientific Research Foun- dations (OTKA No. 111-2245).
6. References
[l] (a) A. Perczel, J.G. Angyan, M. Kajtar, W. Viviani, J.L. Rivail, J.F. Marcoccia and I.G. Csizmadia, J. Am. Chem. Sot., 113 (1991) 5256-6265. (b) M.A. McAllister, A. Perczel, P. Csaszar, W. Viviani, J.-L. Rivail and I.G. Csizmadia, J. Mol. Struct. (Theochem), 288 (1993) 161-179.
[2] A. Perczel, M. Kajtar, J.F. Marcoccia and I.G. Csizmadia, J. Mol. Struct. (Theochem), 232 (1991) 291.
[3] (a) S.S. Zimmerman and H.A. Scheraga, Biopolymers, 16 (1977) 811. (b) S.S. Zimmerman and H.A. Scheraga, Biopolymers, 17 (1978) 1849. (c) S.S. Zimmerman and H.A. Scheraga, Biopolymers, 17 (1978) 1871. (d) S.S. Zimmerman and H.A. Scheraga, Biopolymers, 17 (1978) 1885.
[4] A. Perczel, W. Viviani and I.G. Csizmadia, Peptide conformational potential energy surfaces and their rele- vance to protein folding; in J. Bertran (Pd.), Molecular Aspects of Biotechnology; Computational Models and Theories, Kluwer, Dordrecht 1992, pp. 39-82.
[5] Table 2 of Ref. 2 specifies the disappearance of 7 minima but one of the seven is a typographical error
(i.e. "iL'YD #yLaD). [6] A.M. Sapse, Tetrahedron, 44 (1988) 999. [7] M.A. McAllister, A. Perczel, P. Csaszar and I.G.
Csizmadia, J. Mol. Struct. (Theochem), 288 (1993) 181-198.
[8] (a) A. Perczel, M.A. McAllister, P. Csaszar and I.G. Csizmadia, J. Am. Chem. Sot., 115 (1993) 4849. (b) A. Perczel, M.A. McAllister, P. Csaszar and LG. Csizmadia, Can. J. Chem., in press.
[9] W. Viviani, J.L. Rivail, A. Perczel and I.G. Csizmadia, J. Am. Chem. Sot., 115 (1993) 8321.
[lo] M. Vasquez, G. Nemethy and H.A. Scheraga, Macro- molecules, 16 (1983) 1043.
[l l] M. Frisch, M. Head-Gordon, G.W. Trucks, J.B. Foresman, H.B. Schlegel, K. Raghavachari, M.A. Robb, J.S. Brinkley, C. Gonzalez, D.J. DeFrees, D.J. Fox, J.J.P. Stewart, S. Topiol and J.A. Pople, GAUSSIAN
90, revision f version, Gaussian Inc., Pittsburgh, PA, 1990.
162 M. Cheung et al./J. Mol. Struct. (Theochem) 309 (1994) 151-224
[12] J.S. Binkley, J.A. Pople and W.J. Hehre, J. Am. Chem. sot., 102 (1980) 939.
[13] IUPAC-IUB Commission on Biochemical Nomencla- ture Biochemistry, 9 (1963) 95.
[14] M. Levitt, J. Mol. Biol., 104 (1976) 59-107.
7. Appendix
The ECEPP/2 results obtained for the AC-L-Ala-L- Ala-L-Ala-NHMe tripeptide diamide confor- mations are summarized in Table 1A. Column 1 contains the sequence numbers of the conformers in their strict alphabetical listing, based on the Latin alphabet. The conformations listed in col- umn 2 are labeled according to the conventions outlined in Refs. l(b) and 7. In the cases where geometry optimization converged to a conforma- tion different from the initial one, both conforma- tions are listed, the final one is below the initial one. Column 3 contains the relative energies of the opti- mized conformers with respect to the global mini- mum, conformation aL.aL.aL or oLoLoL (No. 92) with an ECEPPj2 total energy of -4.53 kcal mol-‘, at its optimized geometry. The integers listed in column 4 refer to the indices of the conformers after sorting by total energy in ascending order. Such an index has not been assigned to conformers not found with our optimization procedure. Instead, in these cases asterisks are printed in this column. Conformers to which more than one initial conformation converged are counted only once. The index of the conformer with the highest rela- tive ECEPP/2 total energy of +24.89 kcalmol-’ is 636 (gDgDgD, i.e. ~o~o-m). Definitions of the geo- metry parameters (r$i , &, . . .) are listed in column 5 and thereafter are given in Refs. 1 and 7. As noted in the body of this paper attempt has been made to optimize all 729 legitimate conformers. All optimi- zations have been started with torsional angles obtained from fully relaxed ab initio gradient opti- mizations on monopeptides. Most of the 729 initial conformations converged to a minimum close to the initial geometry but in 108 cases the structure after optimization was considerably different from the initial ones. In these cases, to assure that the change in conformation during optimization is not a consequence of the wrong choice of the
starting geometry, the initial 4 and $ values (one of them or both, as required) have been changed by 5”, in a direction opposite to the shift observed during optimization. This procedure has been repeated until a new initial geometry was reached that was used before for the optimization of an adjacent conformation. Alternatively, the step- by-step modifications lead to an obviously different conformer, showing that we stepped over a “wall” between the adjacent catchment regions. This systematic adjustment of the initial geometries led to the reduction of the number of “nonexistent” conformers from 108 to 93. These “nonexistent” or “aunnihilated” conformers are denoted by an asterisk beside their No. in column 1 of Table 1A and, as mentioned above, no index has been assigned to them. To facilitate the identi- fication of the “aunnihilated” conformations we list them here, together with the conformations to which they converged.
489 eLaDbL --) gLaDbL 491 eLaDdL -+ gLaDdL 492 eLaDeD -+ gLaDeD 493 eLaDeL --) gLaDeL 494 eLaDgD --) gLaDgD 495 eLaDgL -+ gLaDgL 496 eLaLaD -+ gLaLad 497 eLaLaL --) gLaLaL 502 eLaLeL + gLaLgL 514 eLdDaD -+ gLdDaD 515 eLdDaL -+ gLdDaL 516 eLdDbL -+ gLdDbL 517 eLDdD --) gLdDdD 518 eLdDdL -+ gLdDdL 5 19 eLdDeD --) gLdDeD 520 eLdDeL -+ gLdDgD 521 eLdDgD -+ gLdDgD 522 eLdDgL --) gLdDgL 523 eLdLaD + gLdLaD 529 eLdLeL --f gLdLeL 530 eLdLgD + gLdLgD 531 eLdLgL --) gLdLgL 532 eLeDaD + gLeDaD 533 eLeDaL + gLeDaL 534 eLeDbL -+ gLeDbL 535 eLeDdD -+ gLeDdD 536 eLeDdL -+ gLeDdL
M. Cheung et al.IJ. Mol. Struct. (Theochem) 309 (1994) 151-224 163
537 eLeDeD --) gLeDeD 538 eLeDeL -+ gLeDgL 539 eLeDgD + gLeDgD 540 eLeDgL ---) gLeDgL 541 eLeLaD -+ eLgLaD 544 eLeLdD ---) eLgLdD 546 eLeLeD + gLgLeD 550 eLgDaD --) gLgDztD 553 eLgDdD + gLgDdD 557 eLgDgD --+ gLgDgD 558 eLgDgL -+ gLgDgL 598 gDdDdD + gDaLdD 619 gDeDeL --) gDeDgL 622 gDeLaD --) gDgLaD 625 gDeLdD -+ gDgLdD 627 gDeLeD --) gDgLeD 652 gLaDdD --) eLaDdD 700 gLeDeL --) eLaDdD 706 gLeLdD -+ gLgLdD 708 gLeLeD -+ gLgLeD 721 gLgLaD 3 gLeLaD
16 aDaLeL --+ aDaLgL 52 aDeDeL + aDeDgL 55 aDeLaD -+ aDgLaD 58 aDeLdD + aDgLdD 59 aDeLdL --) aDgLdL 60 aDeLeD + aDgLeD
121 aLdLdD -+ aLgLdD 133 aLeDeL + aLeDgL 136 aLeLaD -+ aLgLaD 137 aLeLaL + aLgLaL 138 aLeLbL --) aLgLbL 139 aLeLdD --+ aLgLdD
140 aLeLdL --t aLgLdL 141 aLeLeD + aLgLeD 142 aLeLeL --f aLgLeL 144 aLeLgL 4 aLgLgL 178 bLaLeL --t bLaLgL 214 bLeDeL + bLeDgL 217 bLeLaD -+ bLgLaD 220 bLeLdD + bLgLdD 222 bLeLeD + bLgLeD 228 bLgDbL + dLgDeL 280 dDdLaD + dDgLaD 295 dDeDeL -+ dDeDgL 298 dDeLaD -+ dDgLaD 301 dDeLdD + dDgLdD 303 dDeLeD + dDgLeD 353 dLdDaL -+ gLdDaL 356 dLdDdL + gLdDdL 376 dLeDeL -+ dLeDgL 379 dLeLaD -+ dLgLaD 382 dLeLdD -+ dLgLdD 384 dLeLeD -+ dLgLeD 442 eDdLaD ---) eDgLaD 445 eDdLdD ---) eDgLdD 446 eDdLdL + eDgLdL 457 eDeDeL + eDeDgL 461 eDeLaL -+ eDgLaL 462 eDeLbL + eDgLbL 463 eDeLdD -+ eDgLdD 464 eDeLdL + eDgLdL 465 eDeLeD + eDgLeD 466 eDeLeL -+ eDgLeL 468 eDeLgL -+ eDgLgL 488 eLaDaL + gLaDaL
164
Table 1A
Summary .of ECEPP/2 results for Ac-Ala-Ala-Ala-me
00 No. Confor- Rel. Index 41 Tl dl
mation energy 42 r2 d2
43
1 aDaDaD 4.45 47 54.25 47.76 179.70 54.65 48.49 179.46 55.11 47.96 -179.06
2 aDaDaL 7.03 235 58.00 53.81
-77.61
3 aDaDbL 6.00 144 55.77 ,55.00
-154.38
4 aDaDdD 4.22 34 56.60 53.25
-i53.02
5 aDaDdL 5.91 135 56.94 54.66
-155.05
6 aDaDeD 11.77 472 57.20 55.62 65.39
7 aDaDeL 7.25 257 57.62 54.03
-77.19
8 aDaDgD 12.14 494 55.96 51.98 77.18
9
10
11
aDaDgL 6.38 184 57.71 53.71
-78.57
aDaLaD 8.92 325 54.69 -72.76 54.90
aDaLaL 6.08 155 54.31 -70.36 -69.70
175.88 30.99 177.11 38.51 176.42
-35.66 -179.94
178.92 41.00 177.91 41.44 178.92
164.43 179.56
177.89 35.94 177.51 44.62 178.29
-59.40 179.94
177.37 36.07 178.65 36.12 179.61 40.45 -178.39
177.02 35.52 179.37 40.76 175.29
-177.21 178.20
176.46 32.27 176.78 39.99 175.84
146.62 -179.51
177.93 38.09 -179.10 47.13 -179.52
-62.13 177.32
176.22 31.79 176.95 40.23 177.05 77.03 178.82
179.45 43.96 -179.37
-35.01 179.07 44.83 -179.55
179.65 45.82 -177.82
-28.26 179.20 -31.97 179.77
-51.71 4.99 -51.28 4.99
-70.69 5.60 138.48 7.99
-60.04 5.22 94.29 8.09
-65.80 5.46 64.42 6.50
-65.53 5.32 86.88 6.82
-62.57 5.30 -18.02 7.29
-69.17 5.58 173.41 8.99
-62.59 5.25 -63.99 5.43
-69.99 5.59 174.35 8.55
151.61 8.19 -159.25 8.33
158.43 8.22 57.48 5.12
165
Table lA (continued)
00 NO. Confor- Rel. Index 41 rl dl
mation energy 92 r2 d2
43
12
13
14
15
aDaLbL
aDaLdD
aDaLdL
aDaLeD
16 * aDaLeL
17
18
19
20
21
22
23
aDaLgL
aDaLgD
aDaLgL
aDbLaD
aDbLaL
aDbLbL
aDbLdD
aDbLdL
179.49 6.77 214 54.75 44.24 179.87 151.62 8.16
-73.61 -31.08 178.58 2.02 6.73 -153.05 157.64 -179.86
179.45 8.47 312 54.71 43.91 -179.91 150.12 8.16
-74.43 -32.25 179.64 -39.88 5.77 -157.49 -57.24 178.74
179.55 6.06 151 54.53 45.17 -178.26 163.61 8.22
-63.61 -33.23 175.40 33.82 4.43 -112.35 42.11 179.56
179.55 11.18 443 54.72 44.39 -179.29 152.63 8.20
-72.33 -34.51 178.95 -177.05 9.08 63.63 -174.30 177.77
179.52 54.52 45.08 -179.88 156.40 8.24
5.90 *** -67.66 -39.29 178.01 67.98 5.84 -81.37 72.87 -179.73
179.46 13.61 551 54.66 44.19 -179.25 152.96 8.19
-72.06 -35.71 176.48 -173.26 8.52 77.89 -64.30 179.96
179.52 5.90 134 54.52 45.08 -179.88 156.39 8.24
-67.67 -39.27 178.02 68.00 5.84 -81.36 72.87 -179.74
179.67 8.26 303 54.36 44.42 -170.38 99.91 8.14
-155.16 158.44 179.66 30.11 6.97 54.4s 46.59 -179.68
179.63 6.61 202 54.34 44.18 -178.33 97.61 8.10
-156.30 159.85 179.49 -121.20 8.65 -72.75 -35.55 179.84
179.67 6.81 222 54.42 44.40 -178.55 98.48 8.12
-155.91 159.45 179.72 -172.54 10.75 -154.53 157.79 -179.92
179.69 7.78 289 54.32 44.67 -178.40 99.89 8.14
-155.31 158.94 -179.93 146.66 9.91 -168.06 -57.43 178.98
179.61 7.13 245 54.35 44.29 -178.42 97.59 8.10
-156.18 159.85 178.93 -170.92 9.74 -150.03 44.27 -179.84
166
Table 1A (continued)
00 No. Confor- Rel. Index 41 rl dl
mation energy 42 r2 d2
63
24 aDbLeD
25 aDbLeL
26 aDbLgD
27 aDbLgL
28 aDdDaD
29 aDdDaL
30 aDdDbL
31 aDdDdD
32 aDdDdL
33
34
35
aDdDaD
aDdDeL
aDdDgD
179.70 10.86 420 54.43 44.30 -178.70 98.56 8.11
-156.39 157.17 179.20 10.94 8.76 63.52 -175.60 177.97
179.74 7.06 237 54.41 44.56 -178.49 99.05 8.13
-155.51 159.39 179.45 -90.28 9.41 -74.86 145.34 -179.41
179.62 13.41 547 54.40 44.04 -178.56 97.46 8.10
-155.73 159.03 177.02 18.42 7.10 77.76 -64.15 179.80
6.11 156 54.39 -156.15 -80.19
9.02 332 54.60 -161.87
55.03
7.53 275 54.99 -162.46 -75.04
7.02 233 54.95 -163.13 -152.35
7.91 293 55.31 -166.04 -156.45
7.46 270 55.43 -164.13 -150.36
11.72 465 54.62 -160.95
63.89
7.29 261 54.95 -162.43 -77.06
14.06 561 54.52 -160.84
179.65 43.98 -178.45
158.71 -179.25 75.63 179.05
179.56 41.02 -177.99
-56.83 178.77 45.20 -179.61
179.76 38.65 -178.38
-57.33 178.57 -38.59 179.50
-179.88 38.95 -177.34
-55.27 177.83 160.42 179.91
-179.75 36.32 -176.81
-55.10 178.15 -56.93 178.39
179.92 36.68 -178.03
-55.89 176.91 42.51 -179.17
179.71 41.62 -178.21
-56.91 178.48 -175.11 177.88
179.72 39.87 -178.06
-56.54 177.28 146.28 -179.45
179.63 41.64 -177.99
-55.57 175.26
98.59 8.11 -95.03 8.47
54.48 6.00 -163.78 8.86
51.33 5.88 39.08 5.82
52.09 5.85 -5.08 8.10
46.78 5.64 -43.54 7.04
48.59 5.73 -7.97 6.03
55.93 6.06 177.68 9.85
53.15 5.92 71.14 7.98
57.19 6.04 -176.69 9.04
78.59 -63.86 179.74
167
Table 1A (continued)
00 No. confor- Rel. Index 41 +l dl
mation energy r2 d2
179.70 40.45 -177.91
-56.94 179.21 77.12 178.77
179.75 41.93 -179.15 46.95 -178.67 45.77 -179.25
179.64 44.57 -178.96 44.67 -179.60
-34.83 180.00
36 aDdDgL 6.64
37 aDdLaD 8.97
38 aDdLaL 7.49
39 aDdLbL 7.23
40 aDdLdD 8.50
41 aDdLd.L 7.68
42 aDdLeD 11.16
43 aDdLeL 7.89
44 aDdLgD 13.78
45 aDdLgL 6.78
46 aDsDaD 13.88
47 aDeDaL 11.76
205 54.72 -161.67 -79.12
54.07 5.99 71.29 6.99
329 54.65 -153.90
54.15
96.54 7.21 -76.59 6.56
272 54.34 -150.33 -73.73
102.31 7.40 126.37 8.20
179.60 253 54.49 43.99 -179.63
-151.52 41.96 -179.38 -156.08 156.36 -179.84
179.64 315 54.40 44.15 -179.23
-151.15 44.87 -179.19 -158.60 -57.18 178.89
179.61 285 54.40 44.20 -179.10
-150.53 44.01 -179.99 -151.58 46.06 -179.93
99.21 7.29 72.89 8.49
100.86 7.35 36.31 6.55
101.59 7.37 75.83 7.28
179.78 441 54.50 44.18 -178.83
-152.71 51.30 -178.99 63.24 -174.34 177.79
179.63 292 54.43 44.30 -179.32
-152.22 44.61 -179.44 -76.06 141.73 -179.38
101.48 7.41 -90.91 a.39
99.85 159.20
7.33 9.47
556 54.53 -153.24
76.57
179.60 43.01 -179.10 46.05 179.64
-64.50 179.81
179.58 44.22 -179.21 43.61 -178.21 75.50 178.98
-178.95 51.09 177.21
-173.24 175.91 43.40 -179.32
98.48 7.29 -90.97 7.21
217 54.39 -151.81 -80.81
99.60 7.30 154.25 8.88
558 55.85 64.35 56.15
-69.95 7.11 92.36 7.68
-178.73 470 55.11 58.81 178.68
63.56 -166.99 177.14 -66.15 -35.36 178.10
-64.07 6.99 -48.12 6.25
168
Table 1A (continued)
00 No. Confor- Rel. Index 41 rl dl
mation energy r2 d2
48
49
50
51
aDeDbL
aDeDdD
aDeDdL
52 * aDeDeL aDeDgL
53 aDeDgD
54 aDeDgL
55 * aDeLaD aDgLaD
56
57
aDeLaL
aDeLbL
58 * aDeLdD aDgLdD
59 * aDeLdL aDgLdL
-179.03 12.03 485 55.85 52.14 176.97 -68.67 7.11
64.52 -173.27 176.89 -109.88 9.83 -153.80 156.44 -179.86
-179.19 13.57 550 56.06 50.06 176.71 -69.99 7.13
64.74 -174.21 177.58 -152.24 9.73 -157.81 -57.43 178.95
-178.95 12.34 505 55.59 54.21 177.49 -67.77 7.08
64.28 -170.67 176.09 -104.39 8.59 -146.89 46.76 179.97
-178.54 15.94 587 55.31 58.22 178.63 -63.12 6.98
64.09 -171.26 175.92 75.37 8.73 64.68 -174.03 177.59
-178.56 54.30 65.84 -178.03 -58.18 6.79
10.21 *** 61.89 -164.39 173.90 -25.06 5.91 -76.39 73.33 -179.76
-179.00 17.78 615 55.72 50.84 177.80 -72.10 7.12
63.42 -172.91 171.72 79.50 7.52 79.73
10.21 386 54.30 61.89
-76.40
54.31 6.36 *** -63.65
54.46
7.43 267 54.53 -76.53 -73.73
7.38 264 54.64 -74.17
-154.77
54.28 6.38 *** -77.67
-159.54
54.32 6.28 *** -80.15
-151.77
-64.07 -179.83
-178.55 65.82 -178.04 -58.20 6.79
-164.40 173.90 -25.08 5.91 73.32 -179.76
179.56 46.10 -179.50 -160.78 8.62
110.39 -175.52 -17.13 4.47 40.85 179.68
179.47 44.57 -179.27 -176.27 8.92
138.57 -179.91 -148.72 8.83 -34.99 179.95
179.53 44.71 -179.43 -175.02 8.93
143.94 -178.86 166.73 10.19 159.04 179.99
179.66 46.14 -178.36 -176.48 8.52 76.15 -179.53 61.27 6.65
-55.85 178.76
179.58 45.36 -177.99 -179.36 8.53 74.09 178.67 97.73 7.55 42.00 -179.51
169
Table 1A (continued)
00 No. Confor- Rel.' Index 41 Tl dl
mation energy s2 d2
179.61 60 * aDeLeD 54.50 45.26 -178.94 -179.46 8.53
aDgLeD
aDeLeL
10.08
7.61
*** -79.58 75.78 179.71 -71.65 63.70 -175.56 177.98
7.39
179.54 282 54.61 44.79 -179.34 -176.70
-75.75 144.99 -179.88 -109.23 .-74.80 145.76 -179.45
61
62 aDeLgD 13.44
63 @eLgL 6.75
64 aDgDaD 13.65
65 aDgDaL 9.90
66 aDgDbL 11.81
67 aDgDdD 11.64
68 aDgDdL 9.01
69 aDgDeD 16.16
70
71
aDgDeL 12.20
aDgDgD 18.58
8.95 9.12
179.52 548 54.42 45.52 -179.80 -167.22 8.88
5.28 -66.90 140.89 -177.16 -1.24 75.61 -63.22 177.76
179.50 213 54.57 44.59 -179.26 -175.94
-75.46 143.36 -178.45 -114.50 -80.17 76.03 178.87
8.93 8.42
-179.04 553 53.54 60.80, 175.94 -52.66
79.57 -61.89 -179.13 -152.95 55.52 45.91 -179.67
5.39 8.31
179.03 365 55.17 47.11 170.21 -70.27
80.98 -64.73 -172.35 59.18 -67.50 -44.72 -177.88
6.15 5.89
179.97 474 54.29 46.71 -176.63 -63.42
75.14 -62.61 175.28 4.88 -151.90 141.91 -178.63
5.31 6.35
-179.28 460 53.13 58.44 179.64 -53.56
77.94 -61.64 178.93 -31.48 -151.01 -55.17 176.52
179.26 331 ., 54.82 42.39 178.12 -72.63
76.19 -66.75 -177.68 -9.16 -158.08 45.48 -179.61
-179.11 593 53.45 58.46 178.18 -54.24
78.25 -62.39 179.41 -172.03 64.74 -176.59 178.21
5.25 5.52
5.91 5.08
5.32 9.13
179.88 496 54.49 69.21 176.98 -42.40
79.45 -59.55 176.73 86.98 -66.21 158.81 179.99
-179.29 625 53.34 53.69 -179.77 -56.59
77.05 -60.89 173.47 -169.05 79.50 -63.46 179.66
5.11 7.48
5.18 8.49
170
Table 1A (continued)
00 No. Confor- Rel. Index 41 rl dl
mation energy r2 d2
72
73
74
75
76
77
78
79
80
81
82
83
aDgDgL 179.11
10.72 412 54.77 41.70 -179.64 -72.60 5.87 75.72 -66.74 -175.46 71.48 6.21
-84.68 70.76 179.17
179.56 aDgLaD 6.36 180 54.32 46.08 -179.50 -160.81 8.62
-63.66 110.39 -175.51 -17.13 4.47
aDgLaL
54.46 40.86 179.68
179.60 5.96 140 54.32 45.43 -177.90 -179.23 8.53
-80.10 74.37 179.20 148.34 8.39 -74.79 -35.55 -179.94
aDgLbL 179.56
6.67 208 54.56 44.63 -178.46 -179.78 8.54 -79.91 76.52 179.27 102.95 8.61
-153.97
aDgLdD 6.38 185 54.28 -77.66
-159.55
aDgLdL 6.28 172 54.32 -80.15
-151.77
aDgLeD 10.08 377 54.49 -79.58 75.77 179.72 -71.66 7.39 63.69 -175.54 177.98
aDgLeL 179.62
6.72 210 54.50 45.11 -178.29 -178.48 8.54 -79.27 76.93 179.01 -174.94 9.26 -74.20 145.72 -179.44
aDgLgD 12.77 521 54.42 44.92 -178.57 -178.06 8.56 -78.98 77.55 176.73 -65.94 6.00
mgLgL
aLaDaD
aLaDaL
78.01 -63.83 179.55
179.56 5.68 118 54.43 44.93 -178.13 -179.71 8.52
-79.91 75.35 -179.52 179.49 8.78 -80.17 75.41 179.04
-179.75 6.83 223 -71.54 -34.59 177.67 -159.90 8.25
56.43 36.85 178.65 -64.37 5.35 54.28 40.25 179.02
-179.73 7.24 255 -71.87 -34.40 -179.98 -158.91 8.25
54.78 42.71 -178.63 148.25 8.17 -75.29 -34.11 180.00
156.97 -179.88
179.67 46.11 -178.36 -176.50 8.62 76.14 -179.52 61.26 6.65
-55.85 178.76
179.59 45.38 -177.99 -179.34 8.53 74.08 178.66 97.72 7.55 42.00 -179.51
179.62 45.27 -178.93 -179.46 8.53
179.54
171
Table 1A (continued)
00 No. Confor- Rel. Index 41 Zl dl
mation energy r2 d2
84 aLaDbL 6.11
85 aLaDdD 7.22
86 aLaDdL 7.06
87 aLaDeD 11.75
88 aLaDeL 7.05
89 aLaDgD 12.02
90
91
92
93
94
95
aLaDgL 6.04
aLaLaD
aLaLaL
aLElLbL
aLaLdD
aLaLdL
5.44
0.00
2.88
4.33
1.95
157 -72.21 54.43
-157.18
252 -71.87 54.65
-161.22
238 -71.89 54.33
-152.45
469 -72.99 54.97 64.66
236 -72.11 54.67
-77.86
483 -72.03 52.88 75.31
149 -71.84 54.58
-80.86
106 -69.59 -67.74 54.86
1 -70.02 -69.25 -73.59
5 -72.43 -72.48
-156.39
43 -74.33 -67.99
-161.21
3 -67.97
-179.77 -34.83 -179.08 -159.46 41.47 -177.80 94.97 157.79 -179.94
-179.78 -34.97 179.90 -160.23 40.84 -177.83 54.70 -57.26 179.03
-179.72 -34.34 -179.57 -158.93 43.40 -178.21 100.50 48.37 179.99
-179.74 -33.57 -177.30 -152.83 59.76 179.36 -60.17
-171.91 177.46
-179.79 -34.85 -179.95 -159.40 42.71 -178.73 -179.53 141.75 -179.43
-179.69 -34.32 -178.28 -158.16 51.09 -176.26 -60.45
-63.73 178.56
-179.73 -34.63 -179.94 -159.42 43.15 -177.49 178.39 76.14 178.79
-178.13 -29.39 179.00 57.93 -33.28 178.66 -157.51 45..58 -179.59
-179.44 -33.43 -179.36 53.14 5.04 -35.65 179.51 45.56 4.85 -39.89 178.32
-178.70 -38.49 179.44 43.38 4.85 -40.97 178.23 -3.06 6.39 127.41 -178.91
-178.36 -23.98 -178.85 62.42 -37.37 -177.80 -47.81 -58.40 -178.80
-177.67 -28.85 -179.92 65.08
8.23 7.99
8.24 6.02
8.25 7.37
8.35 6.92
8.26 8.94
8.28 5.26
8.25 8.56
5.10 8.25
5.42 6.08
5.31 -62.62 -30.55 177.91 34.05 4.41
-114.37 36.42 -178.91
172
Table 1A (continued)
00 No. Confor- Rel. Index 41
;z' :: Tl dl
mation energy $3
r2 d2 93 03
96
97
98
99
100
101
102
103
104
105
106
107
aLaLeD
aLaLeL
aLaLgD
aLaLgL
aLbLaD
aLbLaL
aLbLbL
aLbLdD
aLbLdL
aLbLeD
aLbLeL
aLbLgD
7.62
4.60
10.39
2.56
5.71
5.26
5.26
6.14
5.72
9.45
5.47
11.28
283 -69.59 -69.90 63.78
53 -73.58 -69.14 -78.24
396 -68.84 -71.14 78.40
4 -68.08 -67.81 -84.77
121 -70.33 -145.45
53.32
92 -72.50 -154.30 -73.28
93 -72.74 -153.58 -154.72
159 -72.02 -152.97 -158.71
122 -72.41 -154.01 -150.55
347 -72.88 -154.45
63.09
109 -72.86 -153.53 -74.57
448 -70.73 -148.60
-179.32 -34.86 178.50 50.00 -35.76 177.78 -178.86
-174.48 177.76
-178.93 -25.49 178.86 59.80 -33.59 179.49 77.72 146.44 -179.40
-179.77 -37.01 177.87 46.53 -37.47 175.00 -175.35 -64.31 -179.94
-179.38 -35.09 178.30 50.43 -39.40 179.87 64.52 67.24 -178.36
-179.54 -30.58 176.24 15.05 142.84 -176.91 7.86 43.50 -179.29
179.84 -33.55 178.85 -1.56 156.65 179.74 -127.53 -35.85 179.92
179.75 -32.69 178.78 -0.00 157.24 -179.78 -177.68 158.68 -179.98
179.82 -33.09 178.51 1.27 154.82 -179.52 139.05 -57.47 179.08
179.80 -33.26 178.70 -1.20 156.76 179.33 -177.10 44.22 -179.81
179.18 -34.42 178.13 -0.66 151.08 180.00 1.93
-176.00 178.01
179.81 -32.82 179.00 -0.43 157.78 179.64 -93.81 146.40 -179.46
179.29 -30.37 176.31 9.31 151.05 -178.90 5.47
4.85 9.03
5.19 7.08
4.71 8.50
4.90 5.67
6.30 6.18
6.75 8.75
6,73 10.74
6.68 9.82
6.74 9.76
6.66 8.60
6.76 9.45
6.45 6.62
76.06 -63.89 178.72
173
Table 1A (continued)
00 No. Confor- Rel. Index 411 Tl dl
mation energy 42 r2 d2
43
108
109
110
111
112
113
114
115
116
117
118
119
aLbLgL
aLdDaD
aLdDaL
aLdDbL
aLdDdD
aLdDdL
aLdDeD
aLdDeL
aLdDgD
aLdDgL
aLdLaD
aLdLaL
4.67
8.02
6.92
5.87
7.56
6.38
10.43
5.92
12.79
4.71
5.23
3.77
57 -72.60 -153.66 -79.96
296 -73.32 -156.84
55.46
227 -73.67 -160.04 -65.15
132 -76.32 -151.20 -146.73
179.83 -32.69 178.91 0.37 156.96 -178.98 -98.51 76.22 178.88
179.68 -30.80 179.42 -37.71 -56.65 177.36 -166.82 44.81 -179.59
-177.69 -32.46 -176.13 -41.99 -57.32 -175.30 52.40 -44.07 -179.31
179.15 -22.87 179.12 -23.17 -53.77 173.89 -2.98 157.91 -179.64
179.56
6.72 8.52
5.62 8.89
5.99 6.35
5.11 7.83
278 -73.93 -29.71 179.73 -36.53 5.58 -156.95 -56.18 177.36 -49.17 7.19 -156.44 -57.94 179.05
-179.33 186 -74.31 -33.97 -179.66 -40.71 5.76
-157.86 -55.26 176.17 -5.02 5.93 -145.46 43.24 -179.84
179.68 398 -73.78 -29.78 179.54 -35.42 5.55
-155.73 -56.45 177.10 174.61 9.83 64.31 -174.67 177.79
-179.76 136 -73.13 -35.06 179.14 -43.01 5.82
-157.99 -57.16 176.31 66.11 7.78 -80.00 140.37 -179.22
,525 -72.96 -154.72
79.65
60 -74.01 -151.65 -78.02
87 -63.39 -109.08
55.12
179.50 -29.49 178.84 -33.24 5.37 -54.99 172.50 179.72 9.06 -63.76 179.91
179.92 -26.20 178.53 -28.14 5.30 -56.28 176.33 66.45 6.73 77.17 178.74
-175.97 -33.80 178.74 37.02 4.61 37.31 178.72 -91.96 6.71 42.36 179.62
-177.12 18 -67.29 -33.46 -177.60 35.80 4.75
-112.49 33.26 176.98 106.58 7.35 -76.26 -35.46 -179.93
174
Table 1A (continued)
00 No. Confor- Rel. Index 41 Tl dl
mation energy +2 d2
120 aLdLbL
121 * aLdLdD
122 aLdLdL
123 aLdLeD
124 aLdLeL
125 aLdLgD
126 aLdLgL
127 aLeDaD
128
129
130
131
aLeDaL
aLeDbL
aLeDdD
aLeDdL
aLgLdD
4.31 41 -71.46 -147.63 -156.89
-65.67 1.91 *** -94.84
-163.70
3.03 9 -63.81 -111.20 -156.94
7.25 258 -62.40 -111.35
63.65
4.96 70 -68.06 -118.41 -72.30
10.16 382 -62.37 -112.53
77.25
3.93 23 -68.33 -116.35 -79.33
-179.39 -32.54 177.70 40.42 -179.01
156.46 -179.86
-179.48 -44.74 179.09 55.96 -177.95
-55.44 178.75
-177.06 -35.38 179.11 31.28 -179.68 42.90 -178.57
-179.38 -35.73 173.12 45.68 -177.77
-176.79 178.36
-177.83 -31.78 178.82 44.96 177.62
145.93 -179.44
-178.60 -34.83 174.04 45.38 178.91
-63.57 179.00
-177.36 -32.13 -179.49 41.25 178.60 75.66 179.10
-179.64
-0.03 4.54 69.32 8.35
45.92 5.00 37.93 5.85
31.29 4.44 53.07 6.01
31.16 4.25 -98.43 7.97
32.75 4.69 154.82 9.17
32.33 4.36 -96.25 6.98
34.09 4.74 146.50 8.52
11.00 431 -71.43 -34.80 179.46 -178.63 63.08 -173.06 176.05 92.11 55.98 45.57 -179.67
-179.64 8.73 320 -71.03 -35.51 179.42 179.37
62.43 -170.22 176.83 -54.37 -67.93 -36.13 178.73
-179.73 9.30 340 -71.77 -35.13 179.21 -178.27
63.30 -173.99 176.98 -111.48 -153.83 156.28 -179.83
-179.64 10.67 409 -71.52 -34.69 179.24 -177.32
63.54 -174.07 177.76 -152.27 -157.21 -57.40 178.87
-179.64 9.45 348 -71.16 -35.39 179.28 -179.88
62.95 -171.81 176.07 -107.21 -147.10 45.05 -179.95
9.04 7.68
9.04 6.46
9.05 9.83
9.04 9.71
9.04 8.63
175
Table 1A (continued)
00 No. Confor- Rel. Index 41 Tl dl
mation energy r2 d2
132 aLeDeD
133 * aLeDeL aLeDgL
134 aLeDgD
135 aLeDgL
136 * aLeLaD aLgLaD
137 * aLeLaL aLgLaL
138 * aLeLbL aLgLbL
139 * aLeLdD aLgLdD
140 * aLeLdL aLgLdL
141 * aLeLeD aLgLeD
142 * aLeLeL aLgLeL
143 aLeLgD
-179.72 13.18 538 -71.74 -35.30 179.46 -179.04 9.05
63.01 -173.32 176.09 73.24 8.69 64.69 -175.10 177.85
-179.69 -71.41 -35.26 179.10 179.97 9.04
8.07 *** 62.38 -172.42 176.53 -34.39 6.32 -79.36 73.03 179.95
-179.67 15.57 582 -71.39 -35.14 179.19 178.10 9.03
62.40 -171.92 171.21 80.27 7.52 80.17 -63.69 -179.98
-179.68 8.07 298 -71.42 -35.25 179.10 179.97 9.04
62.37 -172.41 176.52 -34.38 6.32 -79.36 73.04 179.95
-75.86 4.21 *** -63.57
55.47
-67.28 3.71 *** -82.80
-76.46
-69.84 4.07 *** -79.98
-152.57
-65.66 1.91 *** -94.87
-163.69
-69.20 3.94 *** -81.32
-149.84
-67.94 7.28 *** -86.70
62.47
-67.26 4.26 *** -81.35
-76.88
10.77 414 -69.65 -71.67
179.39 -33.60 -178.83 110.70 .-177.12 39.67 178.87
179.88 -41.80 178.89 68.76 -178.84
-35.68 -179.91
179.71 -38.03 178.71 75.23 -179.54
159.49 179.96
-179.48 -44.74 179.10 55.94 -177.95
-55.44 178.75
179.72 -39.25 179.49 71.93 179.31 40.19 -179.41
179.75 -46.93 177.19 64.30 -175.25
178.89 179.09
179.89 -41.13 178.16 71.20 -178.58
147.38 -179.49
179.36 -39.26 177.33 133.18 -178.43
95.94 7.25 -17.27 4.57
63.63 5.65 143.23 8.27
71.15 5.98 103.38 8.55
45.89 5.00 37.92 5.85
68.86 5.90 97.86 7.49
51.98 5.17 -76.58 7.28
65.61 5.71 179.49 9.18
78.79 6.94 -9.97 5.26
76.11 -63.95 179.33
176
Table 1A (continued)
00 No. Conf or- Rel. Index 41 +l dl
mation energy f:
t2 d2
179.96 144 * aLeLgL -67.56 -40.13 178.51 66.50 5.74
aLaLaL 3.32 *** -al.43 70.97 -177.72 176.55 a.72
145 aLgDaD 12.83
146 aLgDaL 10.46
147 aLgDbL 11.74
148 aLgDdD 11.44
149 aLgDdL 10.98
150 aLg?eD 15.77
151 aLgDeL 11.04
152 &gDgD la.30
153
154
155
&gDgL 10.56
aLgLaD
aLgLaL
2.91
3.71
-80.93
528 -70.99 77.29 55.10
400 -71.40 78.09
-75.76
468 -72.17 77.43
-148.99
453 -71.36 77.04
-153.74
427 -70.90 77.96
-154.07
586 -71.67 77.06 63.62
434 -71.66 75.95
-75.47
621 -71.18 77.47 78.95
403 -71.39 76.11
-79.35
6 -68.51 -82.35 54.08
17 -67.29 -82.79 -76.46
75.43 178.96
-179.69 -36.33 177.78 -173.19 -63.78 178.61 -157.38 45.93 -179.69
-179.69 -34.80 174.52 -174.15 -65.24 -179.50 46.20 -36.97 -179.92
-179.67 -34.09 179.04 -169.41 -62.23 177.35 4.60 159.56 -179.99
-179.69 -35.75 178.49 -171.91 -62.93 177.46 -37.11 -56.74 178.28
-179.74 -36.76 174.23 -176.41 -65.64 -179.54 -5.44 41.76 -179.33
-179.78 -36.13 177.99 -173.30 -64.30 178.93 -175.73 .175.68 177.97
-179.71 -35.99 -179.23 -171.25 -63.06 175.90 76.67 148.96 -179.54
-179.68 -35.76 177.51 -171.36 -62.21 174.49 -169.52 -63.63 179.63
-179.66 -35.75 -179.79 -172.07 -64.10 178.32 75.62 76.28 179.11
-178.50 -36.97 -178.33 71.81 70.43 176.48 -60.92 52.71 177.93
179.88 -41.79 178.89 63.65 68.78 -178.84 143.25
-35.68 -179.91
8.46 8.36
a.48 5.09
a.41 6.78
a.43 5.71
a.50 5.00
a.47 9.14
a.41 7.06
a.41 a.53
a.44 6.21
6.09 5.78
5.65 a.27
177
Table 1A (continued)
00 No. Confor- Rel. Index 41 +Cl dl
mation energy 42 r2 d2
93
179.71 -38.00 178.70 75.23 -179.55
159.48 179.96
-179.48 -44.75 179.10 55.94 -177.95
-55.44 178.75
156 aLgLbL 4.07
157 aLgLdD 1.91
158 aLgLdL 3.94
159 aLgLeD 7.28
160 aLgLeL 4.26
161 aLgLgD 9.66
162 aLgLgL 3.32
163 bLaDaD 6.70
164 bLaDaL 7.24
165 bLaDbL 6.42
166 bLaDdD
167 bLaDdL
6.80
7.15
27 -69.83 -79.96
-152.56
71.18 5.98 103.40 8.55
2 -65.67 -94.84
-163.68
45.91 5.00 37.93 5.85
179.72 -39.24 179.48 71.95 179.30 40.19 -179.41
179.76 -46.93 177.19 64.30 -175.25
178.89 179.09
179.89 -41.14 178.16 71.20 -178.58
147.44 -179.49
-179.98 -37.34 178.20 77.08 175.92
-63.05 179.68
179.96 -40.15 178.51 70.95 -177.72 75.43 178.96
179.19 154.21 -177.47 48.04 -179.84 47.32 179.99
24 -69.19 -81.32
-149.84
68.88 5.90 97.87 7.49
260 -67.93 -86.71 62.47
51.97 5.17 -76.59 7.28
38 -67.27 -81.35 -76.89
65.60 5.71 179.47 9.18
353 -68.06 -78.80 78.77
73.77 6.11 -65.36 5.95
14 -67.56 -81.41 -80.93
66.49 5.74 176.54 8.72
209 -151.45 53.47 54.90
23.31 6.69 -51.84 4.92
179.66 153.82 -179.24 42.99 -178.51
-34.90 -179.96
179.46 153.98 -178.91 44.36 -177.51
158.80 179.98
178.93 136.23 -172.50 35.35 -174.41
-55.51 179.12
179.50 152.20 -178.66 43.92 -177.89
256 -153.02 54.10
-75.72
21.94 6.65 147.82 8.16
189 -153.86 53.50
-155.87
21.97 6.64 98.81 8.09
220 -143.40 52.73
-167.02
0.03 5.64 44.27 5.37
246 -153.14 53.40
19.65 6.58 100.27 7.33
-152.37 46.02 -179.81
178
Table 1A (continued)
00 No. Confor- Rel. Index 41
;2' :: .X1 dl
mation energy z2 d2 $3 03
168
169
170
171
172
173
174
175
176
177
bLaDeD
bLaDeL
bLaDgD
bLaDgL
bLaLaD
bLaLaL
bLaLbL
bLaLdD
bLaLdL
bLaLeD
178 * bLaLeL bLaLgL 3.86
179 bLaLgD 11.78
11.53
7.16
12.11
6.23
6.96
4.01
4.50
5.94
3.91
9.20
458 -153.92 54.09 64.71
247 -153.43 54.05
-77.97
493 -153.02 51.71 75.29
167 -153.37 53.87
-81.08
229 -154.95 -70.85 54.94
25 -155.49 -69.95 -69.73
49 -154.89 -71.13
-152.60
139 -155.10 -72.09
-154.19
22 -155.89 -61.81
-111.83
336 -155.15 -70.68 63.67
-154.72 *** -66.04
-81.14
473 -154.89 -70.41
179.55 149.97 -176.20 21.87 6.81 56.74 178.99 -62.88 6.92
-173.14 177.72
179.64 154.71 -179.35 23.21 6.69 43.71 -178.67 -179.39 8.94
144.66 -179.46
179.16 151.41 -176.80 19.41 6.62 53.61 -175.83 -58.01 5.14
-63.47 178.31
179.59 154.03 -179.21 22.00 6.64 43.82 -177.25 178.77 8.55 75.98 178.82
179.77 157.73 179.01 -123.60 8.61 -36.16 178.53 -160.45 8.33 45.27 -179.59
179.79 158.05 -179.06 -120.04 8.51 -30.23 179.37 55.58 5.05 -32.86 179.85
179.82 159.53 178.73 -120.67 8.51 -32.60 178.03 1.39 6.65 156.87 -179.76
179.75 159.12 177.62 -121.76 8.48 -29.68 177.99 -34.56 5.46 -57.11 178.16
179.95 163.43 179.89 -105.61 -33.96 175.64 34.23 42.24 179.31
179.75 157.98 179.20 -122.96 -35.99 178.62 -178.48
-174.52 177.80
179.82 157.99 177.45 -119.84 -39.92 176.73 67.04 73.41 -179.70
179.78 158.01 179.21 -122.30 -36.52 175.97 -174.05
8.14 4.39
8.60 9.06
8.49 5.72
8.56 8.50
78.10 -64.26 179.96
179
Table 1A (continued)
00 No. Confor- Rel. Index 41 %l dl
mation energy 42 r2 d2 93
180 bLaLgL 3.86
181 bLbLaD 7.26
182 bLbLaL 5.73
183 bLbLbL 5.69
184 bLbLdD 6.77
185 bLbLdL 6.18
186 bLbLeD 9.76
187 bLbLeL 5.93
188 bLbLgD 12.33
189 bLbLgL 5.08
190
191
bLdDaD 8.18
bLdDaL 6.53
21 -154.72 -66.02 -81.14
259 -154.99 -153.44
54.31
123 -154.75 -154.62 -73.05
120 -154.88 -154.53 -154.54
215 -154.93 -154.08 -158.14
163 -154.75 -154.68 -150.31
359 -154.78 -154.72
63.41
138 -154.97 -154.34 -74.90
504 -154.85 -154.05
77.56
74 -154.77 -154.56 -80.03
301 -154.26 -158.39
55.04
196 -154.62 -156.06 -73.11
179.82 157.99 177.46 -119.81 8.49 -39.90 176.75 67.06 5.72 73.42 -179.70
179.76 158.80 179.67 -173.10 10.70 157.04 179.86 26.98 6.87 46.47 -179.58
179.78 158.62 179.84 -175.62 10.72 158.89 179.69 -123.97 8.70 -35.73 179.87
179.77 158.41 179.78 -175.80 10.72 159.12 179.79 -174.26 10.75 158.15 -179.95
179.76 158.52 179.83 -174.64 10.71 158.22 -179.96 144.53 9.89 -57.55 179.06
179.78 158.51 179.80 -176.19 10.72 159.22 179.12 -172.96 9.75
44.91 -179.88
179.78 158.83 179.54 -174.55 10.71 156.54 179.53 8.96 8.71
-175.48 177.93
179.76 158.41 179.83 -175.66 10.72 158.99 179.39 -92.04 9.43 145.96 -179.43
179.76 158.66 179.59 -175.38 10.72 158.02 177.44 15.79 7.02 -64.23 179.79
179.77 158.23 179.83 -175.36 10.71 158.39 -179.17 -96.31 8.48 76.13 178.92
179.83 157.56 -179.95 143.40 9.83 -57.30 178.56 -166.00 8.89 45.59 -179.62
179.82 159.31 179.26 148.12 9.87 -57.30 177.91 37.89 5.72 -38.03 179.37
180
Table 1A (continued)
00 No. Confor- Rel. Index 41 rl dl
mation energy 62 72 d2 43
192
193
194
19s
196
197
198
199
200
201
202
203
bLdDbL
bLdDdD
bLdDdL
bLdDeD
bLdDeL
bLdDgD
bLdDgL
bLdLaD
bLdLaL
bLdLbL
bLdLdD
bLdLdL
6.37
7.59
6.93
10.62
6.51
13.16
5.86
7.67
6.12
5.76
6.84
6.35
181 -154.78 -157.65 -153.55
281 -154.03 -158.72 -157.30
228 -154.42 -157.83 -148.99
407 -154.52 -158.03
63.90
194 -154.50 -157.99 -75.89
536 -154.50 -157.73
78.56
131 -154.56 -157.35 -79.45
284 -155.01 -149.91
54.42
158 -155.21 -147.58 -73.97
126 -154.92 -147.60 -156.29
224 -155.40 -145.64 -159.55
178 -155.14 -147.09 -151.80
179.76 157.96 -179.98 144.91 -56.99 178.42 -9.48 158.86 -179.96
179.85 157.43 -179.72 142.88 -57.19 178.80 -49.22 -57.60 178.93
179.80 157.53 179.96 144.37 -56.48 177.50 -7.96 45.91 -179.66
179.79 157.41 -179.99 143.67 -57.29 178.47 175.83
-175.08 177.87
179.83 159.09 179.99 146.18 -56.94 177.10 69.31 147.88 -179.48
179.80 157.66 -179.99 145.22 -56.13 175.21 -178.92 -63.98 179.85
179.80 158.30 179.93 145.22 -57.78 179.35 68.19 76.54 178.94
179.76 158.60 178.95 -172.92 47.28 -179.53 -77.75 46.75 -179.48
179.75 159.02 178.77 -171.75 41.98 -179.46 122.76
-35.22 -179.97
179.80 159.55 178.05 -172.24 39.53 -179.39 68.89
157.11 -179.89
179.75 159.79 177.65 -170. 19
39.35 -178.89 29.08 -56.82 178.70
179.77 159.22 178.61 -171.11
41.29 179.92 71.74 45.32 -179.80
9.84 8.14
9.83 7.22
9.82 6.08
9.83 9.85
9.84 7.94
9.80 9.04
9.86 6.90
9.73 6.60
9.67 8.07
9.64 a.34
9.61 6.24
9.66 7.07
181
Table 1A (continued)
00 No. Confor- Rel. Index 41 rl dl
mation energy r2 d2
204
205
206
207
208
209
210
211
212
213
bLdLeD
bLdLeL
bLdLgD
bLdLgL
bLeDaD
bLeDaL
bLeDbL
bLeDdD
bLeDdL
bLeDeD
9.86
6.42
12.62
5.42
11.50
9.41
9.70
11.12
10.06
13.72
179.74 362 -155.31 159.23 179.07 -172.27 9.73
-150.05 47.15 -179.16 -95.43 8.43 63.25 -174.81 177.88
179.77 190 -155.08 159.04 178.55 -173.61
-149.60 42.79 -179.41 156.16 -76.14 143.64 -179.41
179.79 517 -154.85 158.96 179.07 -172.60
-150.06 45.63 178.63 -92.77 77.04 -64.41 179.86
179.78 103 -154.99 159.14 178.66 -173.56
-149.04 41.93 -178.17 151.91 -80.72 75.80 178.92
179.63 456 -155.34 155.48 179.56 6.08
62.96 -174.20 176.06 90.66 55.93 45.32 -179.60
179.61 344 -155.50 155.73 179.65 5.29
62.41 -171.38 176.98 -56.08 -68.38 -35.97 178.81
179.67 355 -155.33 156.44 179.29 7.99
63.27 -174.74 177.17 -112.53 -153.75 157.03 -179.88
179.66 439 -155.35 155.97 179.40 7.90
63.39 -175.04 177.70 -153.62 -157.29 -57.57 178.97
179.64 376 -155.39 156.16 179.44 6.52
62.96 -172.98 176.34 -108.72 -147.52 45.44 -179.97
179.62 555 -155.47 156.37 179.46 7.16
62.98 -173.90 176.29 72.54 64.64 -174.84 177.79
9.69 9.41
9.73 7.25
9.67 8.82
8.65 7.64
8.63 6.52
8.69 9.85
8.68 9.73
8.65 8.68
8.66 8.68
179.62 214 * bLeDeL -155.03 156.60 179.41 6.19 8.64
bLeDgL 8.51 *** 62.21 -172.53 176.50 -33.80 6.31 -78.69 73.90 179.73
179.67 215 bLeDgD 15.98 589 -154.97 156.15 179.49 4.03 8.60
62.30 -172.74 171.46 79.29 7.49 80.08 -63.72 -179.98
182
Table 1A (continued)
00 No. Confor- Rel. Index 41 Zl dl
mation energy r2 d2
216 bLeDgL
217 * bLeLaD bLgLaD
218 bLeLaL
219 bLeLbL
220 * bLeLdD bLgLdD
221 bLeLdL
222 * bLeLeD bLgLeD
223 bLeLeL
224 bLeLgD
225 bLeLgL
226 bLgDaD
227 bLgDaL
179.63 8.51 316 -155.04 156.61 179.42 6.20 8.64
62.20 -172.53 176.50 -33.80 6.31 -78.69 73.89 179.73
179.89 -155.32 162.41 179.04 -72.40 8.44
4.86 *** -62.52 113.40 -175.93 -13.66 4.49 54.63 40.69 178.94
179.82 6.00 145 -154.42 158.28 179.37 -93.19 9.41
-75.10 144.91 -179.81 -141.38 8.75 -73.50 -35.18 179.92
179.80 5.77 127 -154.68 158.10 179.37 -91.16 9.35
-72.81 145.04 -178.88 168.16 10.19 -155.02 158.94 180.00
-155.02 4.95 *** -77.85
-160.11
6.35 179 -154.48 -73.23
-151.17
-154.67 a.41 *** -78.43
63.49
6.06 152 -154.69 -74.47 -74.88
11.72 466 -154.90 -65.40 74.70
5.23 88 -154.62 -74.06 -80.07
13.37 544 -154.31 77.33 55.05
10.01 372 -150.29 73.60
179.78 157.35 -179.95 -96.72 74.64 -178.73 60.01
-55.98 178.87
179.81 158.15 179.36 -91.11 142.33 -179.59 166.66 45.02 -179.85
179.81 158.28 178.67 -96.50 75.94 -178.93 -69.93
-175.32 178.00
179.80 158.26 179.39 -93.14 147.22 -179.97 -106.52 145.82 -179.44
179.81 157.90 178.14 -82.78 133.60 -175.33 -7.28 -63.43 177.59
179.80 158.11 179.40 -92.46 146.33 -178.50 -110.74 76.24 178.83
179.65 156.87 177.91 14.56 -63.71 178.72 -157.29 46.04 -179.69
179.19 149.20 -175.39 4.32 -64.14 175.56 37.59
8.37 6.55
9.33 9.50
8.38 7.26
9.43 9.07
a.94 5.02
9.39 a.33
6.94 8.36
6.44 4.46
-78.92 -38.98 179.29
183
Table 1A (continued)
00 NO. Confor- Rel. Index 41 %l dl
mation energy 92 r2 d2
43
179.47 73.59 -171.07
-61.54 170.16 150.47 -179.54
179.22 153.36 -179.61 -62.32 176.18 -56.41 177.49
-178.90 162.22 178.52 -62.23 175.56 40.97 179.96
179.69 157.29 177.98 -64.13 179.00
-175.43 177.93
179.23 152.36 -179.13 -63.58 176.53 148.06 -179.53
228 * bLoDbL dL<DeL 9.95
-152.21 *** 72.32
-80.25
-62.42 6.00 66.85 6.46
229 bLgDdD 11.81
230 bLgDdL 10.43
231 bLgDeD 16.04
232 bLgDeL 11.85
233 bLgDgD 18.67
234 bLgDgL 11.03
235 bLgLaD 5.39
236 bLgLaL 4.66
237 bLgLbL 4.98
238 bLgLdD 4.95
239 bLgLdL 4.89
475 -153.93 76.26
-150.77
10.95 6.72 -34.40 5.54
399 -153.90 77.16
-144.04
23.10 6.98 3.51 4.55
590 -154.19 77.18 63.61
14.79 6.96 -175.62 9.14
477 -154.34 75.73
-77.29
9.17 6.70 75.27 7.04
179.69 156.80 177.90 -62.32 174.81 -63.84 179.77
626 -154.27 77.34 78.75
15.71 6.87 -169.75 8.53
179.46 152.94 -179.81 -64.79 179.59 75.22 179.32
179.76 156.53 179.95 80.71 179.85 45.39 -179.59
432 -153.72 75.96
-80.64
8.71 6.80 74.44 6.20
99 -155.14 -76.50 55.41
-95.10 8.44 -48.26 5.14
179.79 157.53 -179.26 73.68 179.71
-35.66 -179.94
179.77 157.76 179.91 75.57 179.98
157.40 -179.92
56 -154.68 -79.94 -75.07
-98.19 8.44 148.08 8.38
71 -154.87 -79.36
-154.37
-97.33 8.43 102.16 8.55
179.78 157.35 -179.95 74.63 -178.73
-55.98 178.87
179.79 157.68 -179.73 73.56 179.53 42.92 -179.60
69 -155.02 -77.85
-160.13
-96.72 8.37 59.98 6.55
66 -154.61 -79.70
-152.03
-97.98 8.43 98.30 7.55
184
Table 1A (continued)
00 No. Confor- Rel. Index 41 rl dl
mation energy r2 d2
240
241
242
243
244
245
246
247
248
249
250
251
bLgLeD
bLgLeL
bLgLgD
bLgLgL
dDaDaD
dDaDaL
dDaDbL
dDaDdD
dDaDdL
dDaDeD
dDaDeL
dDaDgD
8.41 308 -154.68 -78.43 63.50 -
5.17 81 -154.91 -79.16 -75.03
11.09 436 -154.70 -77.51 77.17
4.21 33 -154.73 -79.66 -80.36
7.95 294 -158.52 56.67 54.24
179.81 158.27 178.67 -96.51 8.38 75.93 -178.94 -69.93 7.26
.175.33 178.00
179.76 157.44 -179.46 -97.07 8.45 75.97 179.33 -176.13 9.24
146.19 -179.46
179.79 158.02 178.62 -95.26 8.41 77.91 179.06 -63.66 5.79
-63.62 178.89
179.78 157.39 -179.47 -98.22 8.43 74.54 -179.11 179.23 8.76 75.65 178.97
-179.97 -56.51 176.99 -166.43 8.81 37.17 178.65 -63.88 5.35 40.68 178.95
-179.99 8.29 305 -158.92 -57.39 179.32 -166.08 8.81
55.02 42.89 -178.79 148.34 8.19 -75.20 -34.83 -179.97
-179.95 7.23 254 -158.53 -57.69 -179.85 -166.46 8.78
54.66 42.15 -177.88 95.88 8.04 -156.82 158.38 -179.98
-179.98 8.29 306 -158.94 -56.79 178.61 -166.25 8.81
55.00 42.84 -178.35 57.92 6.19 -159.84 -57.52 179.04
-179.96 8.19 302 -158.85 -57.48 179.77 -166.16
54.60 43.52 -178.38 100.28 -152.43 47.29 -179.92
12.81 527 -159.03 55.64 64.71
8.07 299 -158.67 54.94
-77.49
13.33 542 -158.49 53.42
-179.97 -58.02 -178.57 -161.51 56.06 178.31 -63.78
-173.02 177.63
-179.98 -57.43 179.33 -166.17 43.18 -178.94 -179.23
143.79 -179.45
-179.94 -57.64 -179.66 -165.76 51.12 -177.23 -60.40
8.80 7.37
8.95 7.02
8.81 8.96
8.86 5.32
75.75 -63.56 178.49
185
Table 1A (continued)
00 No: Confor- Rel. Index 41 Tl dl
mation energy r2 d2
252 dDaDgL -179.97
7.16 248 -158.65 -57.44 179.39 -166.42 8.80 54.81 43.53 -177.65 178.94 8.57
-80.70 76.37 178.75
253 dDaLaD 179.65
8.05 297 -157.33 -57.51 178.33 40.55 5.76 -71.18 -38.36 178.20 -162.62 8.36 55.06 45.22 -179.59
254 dDaLaL 178.25
4.27 39 -147.30 -56.60 172.67 35.51 5.34 -69.18 -41.43 174.86 33.01 4.21 -78.32 -37.35 179.05
265 dDaLbL 179.54
4.79 63 -157.99 -59.16 176.54 34.95 5.57 -75.25 -36.22 175.87 -2.86 6.67
-152.19 157.70 -179.63
256 dDaLdD 179.07
7.11 243 -158.73 -58.70 178.02 32.44 5.75 -77.47 -41.23 179.78 -51.39 6.25
-160.15 -57.70 -179.88
257 dDaLdL 179.48
4.31 42 -150.19 -57.50 176.80 46.90 5.59 -64.37 -31.02 173.23 16.15 4.16
-133.17 47.65 -179.45
179.68 258 dDaLeD 10.15 381 -157.01 -57.47 178.49 41.36 5.77
-70.59 -37.69 178.25 179.72 9.06 63.80 -174.43 177.78
179.35 259 dDaLeL 5.99 143 -158.01 -57.84 173.52 31.69 5.47
-75.65 -43.99 174.29 54.88 6.45 -88.77 143.40 -179.32
260 dDaLgD 12.77 522 -157.39 -70.74 78.31
179.71 -57.50 178.37 41.64 5.74 -38.22 175.47 -175.79 8.51 -64.26 -179.98
261 dDaLgL 4.87 65 -156.41 -68.84 -81.49
179.14 -57.53 176.07 40.04 5.66 -41.74 176.90 64.96 5.67 73.22 -179.68
262 dDbLaD 7.82 290 -157.58 -151.87
54.06
179.99 -56.63 177.81 -6.40 8.06 156.13 -179.70 24.71 6.78 46.57 -179.50
-179.97 263 dDbLaL 6.38 187 -157.88 -57.01 178.52 -10.15 8.15
-153.92 159.20 179.64 -124.40 8.71 -73.01 -36.06 179.91
186
Table 1A (continued)
00 No. Confor- Rel. Index 41 Tl dl
mation energy r2 d2
264
265
266
267
268
269
270
271
272
273
274
275
dDbLbL
dDbLdD
dDbLdL
dDbLeD
dDbLeL
dDbLgD
dDbLgL
dDdDaD
dDdDaL
dDdDbL
dDdDdD
dDdDdL
6.37
7.41
6.86
10.34
6.59
13.01
5.81
9.08
7.09
7.10
8.48
7.70
182 -158.01 -153.69 -154.55
266 -157.82 -153.19 -158.11
226 -157.94 -153.99 -150.43
392 -158.15 -153.81
63.26
201 -157.95 -153.46 -74.72
531 -158.09 -152.73
77.37
129 -158.08 -153.77 -80.00
333 -158.94 -157.86
55.12
241 -158.63 -155.08 -72.98
242 -158.62 -157.51 -152.75
313 -158.93 -158.37 -157.05
286 -160.33 -155.49 -143.28
-179.97 -56.96 178.46 -9.91 8.15 159.55 179.81 -174.56 10.74 158.33 -179.96
-179.97 -56.96 178.48 -8.88 8.13 158.62 -179.96 144.28 9.88 -57.56 179.07
-179.98 -56.98 178.47 -10.52 8.16 159.43 179.10 -173.67 9.75 44.65 -179.85
-179.96 -56.77 177.93 -8.49 8.09 155.56 179.75 7.01 8.66
-175.77 177.98
-179.97 -56.99 178.55 -9.89 8.16 159.71 179.35 -91.96 9.43 146.82 -179.45
-179.97 -56.65 177.91 -8.74 8.12 157.72 177.84 14.41 6.96 -64.22 179.66
-179.97 -57.01 178.55 -9.28 8.14 158.82 -179.19 -96.46 8.48 76.22 178.91
-179.92 -57.23 178.81 -49.67 7.21 -57.29 178.24 -166.81 8.89 45.51 -179.61
-179.85 -56.65 177.92 -57.16 177.36 -38.46 179.36
-179.89 -57.36 179.10 -56.52 177.97 159.48 -179.99
-179.93 -57.41 179.16 -57.05 178.43 -57.76 178.99
-179.38 -56.24 178.58 -54.80 175.16 45.54 -179.63
-46.66 7.10 36.82 5.67
-49.06 7.19 -9.05 8.12
-50.13 7.23 -49.66 7.23
-44.68 7.00 -3.84 5.86
187
Table 1A (continued)
00 No. Confor- Rel. Index 41 Zl dl
mation energy 92 r2 d2
93
276 dDdDeD 11.51 457 -158.96 -157.39
63.97
277 dDdDeL 7.07 239 -158.71 -156.09 -76.25
278 dDdDgD 14.03 560 -158.78 -157.20
279 dDdDgL 6.57
280 * dDdLaD
281
282
283
284
285
286
287
aDgLaD
dDdLaL
dDdLbL
dDdLdD
dDdLdL
dDdLeD
dDdLeL
dDdLgD
8.25
6.80
6.30
7.19
6.99
10.47
7.16
13.38
-179.92 -57.23 178.81 -48.03 7.10 -55.99 174.76 -179.58 9.05
78.75 -63.94 179.86
199 -158.74 -155.79 -79.32
-157.53 *** -139.50
54.29.
221 -157.51 -144.50 -74.37
175 -157.79 -145.75 -158.22
251 -158.14 -147.23 -160.21
232 -157.11 -144.76 -153.25
401 -157.73 -148.03
63.19
249 -158.21 -147.70 -76.79
545 -158.13 -148.78
-179.92 -57.21 178.83 -49.11 7.20 -57.23 178.20 175.01 9.84
-175.00 177.85
-179.85 -56.36 178.07 -46.84 7.07 -56.43 175.43 66.31 7.83 149.29 -179.51
-179.85 -56.64 178.09 -57.60 178.25 76.52 179.16
-179.86 -55.44 176.14 88.13 -177.27 46.00 -179.37
179.93 -55.96 176.80 43.08 -178.93
-35.20 -179.96
179.84 -56.06 176.13 37.92 -178.55
156.32 -179.86
179.51 -56.25 176.28 40.48 -178.29
-57.50 179.30
179.80 -56.13 176.74 41.01 -179.49 45.62 -179.61
-179.96 -56.22 177.38 55.41 -178.45
-174.63 177.88
179.99 -56.00 176.77 43.59 -178.89
144.10 -179.42
-179.96 -56.45 177.65 47.79 179.38
76.68 -64.59 179.95
-47.53 7.15 66.38 6.80
11.44 6.54 -43.10 5.70
-4.78 5.94 122.75 8.05
-8.39 5.89 65.09 8.22
-9.16 5.95 29.33 6.27
-5.90 5.93 69.63 6.97
-4.31 6.15 -88.58 8.28
-7.66 6.00 155.85 9.39
-6.66 6.11 -91.31 7.18
188
Table 1A (continued)
00 No. Confor- Rel. Index 41 rl dl
mation energy 42 r2 d2
43
288 dDdLgL
289 dDeDaD
290
291
292
293
294
dDeDaL
dDeDbL 10.49
dDeDdD 11.96
dDeDdL 10.82
dDeDeD 14.43
295 * dDeDeL dDeDgL 9.33
296 dDeDgD 16.82
297 dDeDgL 9.33
298 * dDeLaD aDgLaD 5.30
299 dDeLaL 6.78
179.99 6.14 160 -158.08 -56.00 176.84 -7.64 5.97
-147.01 42.70 -177.56 151.74 8.80 -81.17 75.50 178.97
-179.96 12.32 503 -158.26 -57.31 178.86 174.65 9.81
63.41 -173.70 176.11 91.58 7.68 55.92 45.57 -179.63
-179.95 10.17 383 -157.98 -57.35 178.87 173.45 9.80
62.90 -170.98 177.08 -55.11 6.51 -68.22 -36.03 178.78
-179.96 402 -158.22 -57.25 178.56 175.15
63.62 -174.31 177.05 -111.71 -153.76 156.76 -179.86
-179.96 481 -158.28 -57.25 178.65 175.81
63.83 -174.65 177.70 -152.86 -157.28 -57.53 178.94
-179.96 418 -158.04 -57.33 178.72 173.97
63.34 -172.42 176.29 -107.59 -147.40 45.85 -179.99
-179.95 566 -158.05 -57.34 178.83 174.56
63.37 -173.70 176.27 73.05 64.62 -174.97 177.82
-179.96 -158.14 -57.26 178.54 173.57
*** 62.70 -172.75 176.59 -34.12 -79.11 73.57 179.79
-179.97 602 -158.26 -57.29 178.69 171.77
62.72 -172.45 171.41 79.88 80.08 -63.75 -179.95
-179.96 342 -158.14 -57.26 178.54 173.57
62.70 -172.76 176.60 -34.13 -79.10 73.57 179.79
179.37 -154.80 -58.20 175.75 80.65
*** -64.73 105.63 -172.19 -19.11 53.30 42.68 -178.78
-179.97 218 -158.84 -57.29 177.82 69.57
-77.02 144.56 -179.86 -141.87 -73.56 -35.41 179.94
9.81 9.84
9.82 9.72
9.80 8.66
9.81 8.70
9.80 6.34
9.78 7.52
9.80 6.34
7.39 4.19
7.93 8.75
189
Table 1A (continued)
00 No. Confor- Rel. Index 41 rl dl
mation energy r2 d2.
300 dDeLbL
301 * dDeLdD dDgLdD
302 dDeLdL
303 * dDeLeD dDgLeD
304 dDeLeL
305 dDeLgD
306 dDeLgL
307 dDgDaD
308 dDgDaL 11.76 471 -157.90
309
310
311
dDgDbL
dDgDdD
dDgDdL
-179.96 6.52 195 -158.69 -57.28 177.82 71.90 7.96
-74.36 145.44 -178.88 168.60 10.19 -154.95 159.23 179.98
179.87 -157.00 -57.87 178.76 68.43 6.80
5.66 *** -77.62 74.65 -178.60 60.42 6.54 -160.06 -56.04 178.90
-179.98 7.16 250 -158.73 -57.32 177.87 71.65 7.94
-75.10 142.85 -179.67 167.20 9.51 -151.14 44.99 -179.85
179.60 -157.65 -57.62 175.82 64.10 6.55
8.92 *** -79.36 73.72 -176.28 -69.63 7.10 62.85 -175.74 178.17
-179.96 6.77 216 -158.67 -57.23 177.76 69.76 7.96
-75.97 147.47 -179.97 -106.06 9.06 -74.66 146.34 -179.46
12.57 516 -157.58 -67.63 75.08
6.01 147 -158.71 -75.48 -79.95
14.11 562 -157.93 78.07 55.13
179.84 -57.28 176.76 78.73 7.91 136.29 -176.22 -4.94 5.11 -63.39 177.66
-179.97 -57.26 177.84 70.82 7.96 146.41 -178.50 -110.36 8.32 76.50 178.79
-179.96 -56.43 176.37 -178.22 8.98 -63.40 178.50 -156.64 8.37 46.19 -179.70
-179.98 -54.48 172.34 -179.47 9.04
79.26 -64.70 -179.38 48.43 5.21 -74.61 -37.40 179.97
-179.96 12.97 530 -158.42 -56.34 176.90 -176.99 a.97
78.31 -62.48 177.99 3.37 6.86 -151.09 158.22 -179.90
-179.93 12.80 526 -157.75 -56.31 176.32 -177.84 8.97
78.13 -62.75 177.96 -36.60 5.76 -154.25 -56.67 178.29
179.97 12.04 486 -157.74 -56.06 174.44 -179.83 9.01
78.07 -64.59 178.54 -3.87 4.86 -151.38 39.52 -179.04
190
Table 1A (continued)
00 No. Confor- Rel. Index 41 Tl dl
mation energy r2 d2
312
313
314
315
316
317
318
319
320
321
322
323
dDgDeD
dDgDeL
dDgDgD
dDgDgL
dDgLaD
dDgLaL
dDgLbL
dDgLdD
dDgLdL
dDgLeD
dDgLeL
dDgLgD
16.85 603 -158.19 77.87 63.63
12.39 507 -157.95 77.24
-74.91
19.52 628 -158.15 78.11 78.84
11.86 478 -158.30 77.09
-79.75
5.30 94 -154.77 -64.72 53.30
5.46 107 -157.70 -79.77 -75.10
5.87 133 -157.73 -79.03
-153.95
5.66 117 -156.97 -77.62
-160.06
5.74 124 -157.67 -79.79
-152.00
8.92 326 -157.65 -79.36 62.85
5.98 142 -157.76 -78.70 -74.78
11.83 476 -157.76 -77.53
-179.97 -56.46 176.44 -178.56 8.99 -63.97 178.95 -175.00 9.17
-175.64 177.96
-179.91 -56.91 178.19 -177.32 8.94 -62.81 176.34 78.26 7.18 149.64 -179.56
-179.98 -56.37 176.23 -176.94 8.94 -62.04 174.61 -169.10 8.54 -63.77 179.72
-179.94 -56.95 178.25 -178.21 8.97 -64.00 178.85 76.14 6.28 75.82 179.22
179.37 -58.20 175.75 80.63 7.39 105.60 -172.20 -19.13 4.19 42.70 -178.78
179.95 -57.98 179.67 67.38 6.82 73.78 179.69 148.28 8.38
-36.04 -179.92
179.84 -57.64 178.63 67.93 6.83 76.32 -179.94 103.33 8.56
158.19 -179.97
179.86 -57.88 178.76 68.41 6.80 74.65 -178.60 60.43 6.54
-56.04 178.90
179.82 -57.95 179.17 66.86 6.79 73.38 179.61 98.21 7.52 42.38 -179.52
179.60 -57.63 175.82 64.10 6.54 73.70 -176.28 -69.64 7.10
-175.75 178.17
179.97 -57.78 179.37 68.99 6.90 76.56 179.23 -175.38 9.23
147.17 -179.48
179.70 -57.28 177.12 68.87 6.84 78.19 179.29 -62.76 5.72
77.17 -63.31 178.52
191
Table lA (continued)
00 No. Confor- Rel. Index 41 rl dl
mation energy r2 d2
179.94 -57.85 179.46 75.02 -179.22 75.74 178.96
179.34 47.19 178.90 39.29 178.72 41.29 179.04
179.31 76.99 -178.05 42.70 -178.71
-34.67 -179.97
179.20 72.12 -175.42 39.11 -176.81
156.52 -179.90
179.77 50.56 -177.82 40.15 -177.20
-57.22 178.48
179.18 77.06 -176.56 41.46 -177.73 47.87 -179.74
324 dmLgL 5.08
325 dLaDaD 7.34
326 dLaDaL 7.57
327 dLaDbL 6.37
328 dLaDdD 7.49
329 dLaD& 7.35
330 dLaDeD 11.27
331 dLaDeL 7.47
332 dLaDgD 12.49
333
334
335
dLaDgL
dLaLaD
dLaLaL
6.49
7.43
4.59
75 -157.84 -79.33 -80.25
67.82 6.83 179.98 8.76
262 -150.20 55.61 54.35
-79.13 6.61 -61.97 5.26
280 -148.43 54.50
-75.34
-52.46 5.91 147.71 8.14
183 -149.61 53.95
-159.55
-56.18 5.81 90.23 7.77
273 -152.73 54.27
-162.80
-75.02 6.38 52.48 5.88
263 -147.87 53.93
-154.40
-52.38 5.82 96.29 7.16
179.66 94.16 -165.91 71.34 -171.60
-169.72 177.53
179.39 67.04 -178.19 43.23 -178.48
143.38 -179.45
179.43 47.46 -177.31 52.75 -175.85
-63.72 178.49
447 -153.30 51.33 64.45
-26.80 5.51 -44.15 6.13
271 -150.38 54.31
-78.37
-60.84 6.09 -179.89 8.92
511 -150.20 52.44 75.15
-77.18 6.54 -58.91 5.19
179.41 68.30 -178.09 43.25 -177.18 75.94 178.83
179.41 43.95 -179.97
-35.18 179.05 45.46 -179.59
179.43 44.86 -179.68
-33.44 178.98 -35.07 179.26
192 -149.96 54.22
-81.22
-60.09 6.05 178.04 8.53
268 -148.61 -71.68 54.86
126.67 8.12 -159.27 8.32
52 -148.99 -69.77 -71.62
130.04 8.17 50.08 4.89
192
Table 1A (continued)
00 No. Confor- Rel. Index 41 Tl dl
mation energy r2 d2
336
337
338
339
340
341
342
343
344
345
346
347
dLaLbL
dLaLdD
dLaLdL
dLaLeD
dLaLeL
dLaLgD
dLaLgL
dLbLaD
dLbLaL
dLbLbL
dLbLdD
dLbLdL
179.23 5.55 111 -150.49 44.96 179.86 127.66 8.14
-72.42 -32.71 178.73 0.35 6.74 -153.40 157.31 -179.83
179.43 6.74 211 -145.75 41.64 178.67 121.84 7.94
-74.54 -29.14 179.29 -34.97 5.54 -155.68 -56.86 178.08
179.32 4.76 62 -149.25 42.77 -178.61 135.98 8.21
-63.34 -33.87 175.55 32.29 4.40 -113.34 42.08 179.93
179.34 9.64 352 -148.98 43.30 -179.80 126.25 8.12
-71.64 -35.49 179.06 -177.70 9.08 63.59 -174.67 177.83
179.41 6.00 146 -149.67 46.99 178.66 129.36 8.20
-70.15 -38.57 177.49 72.05 6.84 -79.49 137.45 -179.25
12.29 502 -149.30 -71.20 77.85
4.64 54 -149.65 -67.30 -81.31
7.50 274 -150.00 -155.10
54.25
6.04 150 -150.75 -155.92 -73.16
5.97 141 -150.53 -155.68 -154.52
7.02 234 -150.45 -155.38 -158.22
6.50 193 -150.62 -155.86 -150.42
179.35 43.93 -179.76 127.60
-36.46 176.54 -173.90 -64.32 179.96
179.39 45.78 179.72 131.58
-39.31 178.37 68.33 72.92 -179.78
179.04 41.87 -179.79 73.42
154.97 179.84 24.98 46.37 -179.54
179.05 42.69 -179.66 72.36
157.28 179.72 -125.55 -35.80 179.89
179.10 42.79 -179.68 72.51
157.89 179.91 -175.35 158.41 -179.97
179.08 42.48 -179.66 73.19
156.64 -179.91 143.04 -57.59 179.09
179.08 42.86 -179.71 72.13
157.75 179.19 -174.39 44.86 -179.87
8.13 8.51
8.24 5.85
8.44 6.85
8.46 8.73
8.46 10.75
8.46 9.87
8.46 9.76
193
Table 1A (continued)
00 No. Confor- Rel. Index 41 Tl dl
mation energy r2 a2
348
349
350
351
352
dLbLeD
dLbLeL
dLbLgD
dLbLgL
dLdDaD
353 * dLdDaL gLdDaL
354 dLdDbL 6.25
355 dLdDdD
356 * dLdDdL
357
358
359
gLdDdL
dLdDeD
dLdDeL
dLdDgD
179.01 10.14 380 -151.11 42.97 -179.72 72.92 8.47
-156.13 155.82 179.51 8.71 8.72 63.42 -175.37 177.91
179.09 6.16 161 -150.37 42.57 -179.59 72.24 8.46
-155.55 158.06 179.45 -92.37 9.44
12.56
5.36
8.51
3.11
7.72
3.28
10.85
-74.58 146.20 -179.44
515 -149.66 -155.27
77.55
96 -150.29 -155.58 -79.84
317 -149.03 -158.99
55.10
-80.21 *** -165.96
-83.19
168 -145.91 -160.47 -152.26
287 -146.81 -161.10 -154.93
-80.33 *** -165.01
-154.17
419 -148.97 -158.57
63.96
179.12 42.42 -179.91 71.96
156.80 177.50 14.84 -64.19 179.75
179.10 42.92 -179.66 73.27
157.44 -179.12 -96.73 76.38 178.86
179.05 43.73 -179.44 33.93
-56.91 178.32 -165.46 45.43 -179.61
-177.62 67.59 -178.79 48.25
-53.89 172.07 29.70 -39.05 179.37
178.25 38.09 -178.77 27.88
-55.19 176.95 -5.92 158.88 -179.88
178.15 39.80 -178.25 29.07
-55.10 177.48 -44.33 -57.28 178.22
-177.87 68.00 -178.97 48.41
-55.68 175.41 -13.64 39.08 179.75
179.09 43.59 -179.34 34.36
-56.81 178.19 176.35 -174.89 177.84
8.45 7.01
8.47 8.50
6.43 8.88
6.03 5.44
6.17 8.06
6.21 7.05
6.11 6.04
6.43 9.84
178.45 6.84 225 -148.67 40.32 -179.25 30.01 6.29
-160.09 -56.78 177.07 68.90 7.93 -77.80 146.64 -179.46
179.07 13.39 546 -148.81 43.27 -179.42 35.03 6.37
-158.47 -55.72 174.96 -178.27 9.04 78.65 -64.00 179.89
194
Table 1A (continued)
00 No. Confor- Rel. Index 41 z1 dl
mation energy r2 d2
360 dLdDgL
361 dLdLaD
362 dLdLaL
363 dLdLbL
364 dLdLdD
365 dLdLdL
366 dLdLeD
367 dLdLeL
368 dLdLgD
369 dLdLgL
370
371
dLeDaD
dLeDaL
178.75 6.06 153 -147.90 40.94 -179.51
-159.02 -57.49 179.24 -79.99 76.07 179.12
178.48 7.55 277 -140.16 35.55 179.27
-153.15 65.90 -176.63 54.14 46.04 -179.24
6.28 173 -147.89 -149.98 -74.15
6.18 164 -149.21 -151.41 -155.41
6.98 231 -143.58 -149.53 -159.70
6.58 200 -148.18 -150.24 -151.54
9.93 367 -147.95 -152.72
63.11
179.26 41.95 179.42 42.20 -179.34
-35.46 -179.95
179.13 43.14 179.51 43.06 -179.35
157.60 -179.93
179.25 39.35 178.24 39.98 -178.43
-56.93 178.86
179.16 41.86 179.50 42.51 -179.93 44.55 -179.74
178.96 40.35 179.79 46.28 -178.51
-175.13 177.96
179.27 6.66 207 -148.39 42.84 179.35
-151.51 43.77 -179.38 -76.00 144.81 -179.43
178.97 12.86 529 -148.47 41'.71 179.83
-152.41 46.27 179.03 76.91 -64.29 179.65
179.24 5.68 119 -148.47 42.75 179.43
-151.21 42.73 -178.10 -80.76 75.70 178.94
179.49 11.43 452 -150.65 48.29 -179.05
62.84 -173.69 176.21 55.84 45.78 -179.64
179.47 9.31 341 -150.70 47.03 -179.05
62.21 -170.77 176.94 -68.05 -36.31 178.79
30.86 6.35 68.39 6.90
68.75 7.03 -59.40 6.07
72.79 7.06 123.40 8.11
72.91 7.10 73.84 8.51
68.41 6.83 30.51 6.33
72.80 7.07 73.68 7.17
69.90 7.01 -94.86 8.43
72.57 7.09 157.46 9.45
72.21 7.11 -91.32 7.22
72.15 7.06 153.20 8.85
-95.69 8.42 90.93 7.64
-98.10 8.45 -55.58 6.48
195
Table 1A (continued)
00 No. Confor- Rel. Index 41 rl dl
mation energy 62 r2 d2
43
372 dLeDbL
373 dLeDdD
374 dLeDdL 10.01
375 dLeDeD 13.61
376 * dLeDeL dLeDgL
377 dLeDgD
378 dLeDgL 8.55
379 * dLeLaD aLgLaD
380 dLeLaL
381 dLeLbL 6.34
382 * dLeLdD dLSLdD
383 dLeLdL
9.71
11.10
8.55
16.05
5.53
6.64
5.41
6.97
179.45 356 -151.04 47.32 -179.39 -96.09 8.44
63.02 -174.22 177.09 -112.31 9.83 -153.76 156.84 -179.87
179.48 438 -150.71 47.65 -179.34 -95.28 8.42
63.24 -174.49 177.73 -153.28 9.71 -157.25 -57.51 178.94
179.46 373 -150.73 47.12 -179.30 -97.41 8.45
62.77 -172.44 176.28 -108.52 8.66 -147.46 45.34 -179.96
179.45 552 -151.06 46.66 -179.02 -96.98 8.44
62.74 -173.84 176.29 72.27 8.65 64.59 -175.19 177.86
179.44 -150.98 46.92 -179.44 -98.23 8.47
*** 62.03 -172.41 176.50 -34.43 6.30 -79.02 73.53 179.83
179.46 591 -150.97 47.73 -179.34 -99.19 8.47
62.14 -172.28 171.45 79.42 7.48 80.07 -63.73 -179.99
179.44 318 -151.03 46.98 -179.44 -98.18 8.47
62.02 -172.41 176.49 -34.42 6.30 -79.01 73.55 179.82
179.22 -150.93 44.63 179.98 172.03 9.15
*** -63.91 109.02 -175.08 -18.18 4.43 54.30 41.05 -179.95
179.22 206 -151.14 45.32 -179.70 159.06 9.43
-75.69 141.82 -179.78 -144.92 8.79 ’ -73.63 -34.88 179.91
179.23 177 -151.07 45.09 -179.68 160.93 9.43
-73.26 143.19 -178.83 165.96 10.17 -154.98 159.01 180.00
179.26 -150.65 43.99 -178.67 155.22 8.80
*** -78.43 74.80 -179.32 59.77 6.58 -159.79 -56.08 178.89
179.24 230 -150.99 45.30 -179.74 162.67 9.39
-73.11 134.03 -179.48 158.18 9.40 -151.16 45.09 -179.86
196
Table 1A (continued)
00 No. Confor- Rel. Index 41 rl dl
mation energy +2 d2
179.18 384 * dLeLeD -151.45 44.72 -179.07 154.58 8.82
dLgLeD 9.19
385 dLeLeL 6.62
*** -79.81 75.29 179.90 -71.90 63.64 -175.76 178.03
7.39
179.21 44.85 -179.65 158.39
145.01 -179.94 -109.09 145.32 -179.43
179.29 46.15 179.64 168.48
138.98 -176.72 -2.94 386 dLeLgD 12.40
387 dLeLgL 5.78
388 dLgDaD 13.52
389 dLgDaL 10.35
390
391
392
393
394
395
dLgDbL 12.18
d.LgDdD 12.08
dLgDdL 11.23
dLgDeD 16.30
dLgDeL 9.95
dW%D 18.90
203 -151.11 -75.25 -74.92
9.44 9.11
508 -150.90 -66.39 75.34
9.42 5.22
-63.42 177.88
179.25 44.96 -179.71 159.21
144.69 -178.47 -112.68 76.33 178.81
128 -150.78 -74.73 -80.01
9.43 8.38
179.38 46.28 179.54 -91.27
-63.73 178.25 -157.93 46.01 -179.69
-179.97 47.87 -176.34 -87.84
-64.44 176.20 35.31
549 -151.04 76.62 55.19
7.15 8.35
394 -155.12 74.11
-81.06
6.95 4.51
-41.30 -179.94
179.37 44.58 -179.14 -91.31
-62.56 177.22 3.14 159.27 -179.94
179.33 44.47 -179.50 -91.94
-62.74 176.78 -36.41 -56.71 177.99
179.68 53.50 178.42 -84.90
-63.40 177.28 0.35 41.07 179.98
179.36 46.40 179.54 -91.46
-64.21 178.70 -176.22 -175.58 177.95
495 -150.57 76.53
-149.66
7.09 6.73
490 -150.66 76.21
-152.45
7.11 5.62
445 -153.23 76.96
-147.29
7.02 4.67
595 -151.33 76.49 63.71
7.17 9.12
179.47 73.57 -171.07 -62.43
-61.54 170.16 66.83 150.51 -179.54
369 -152.19 72.32
-80.26
6.00 6.46
179.39 46.83 179.25 -89.61
-62.21 174.16 -170.13 -63.70 179.71
627 -150.87 76.77 79.04
7.04 8.52
197
Table 1A (continued)
00 No. Confor- Rel. Index 41 71 dl
mation energy 42 r2 d2 93
396
397
398
399
400
401
402
403
404
405
406
407
dW%L
dLgLaD
dLgLaL
dLgLbL
dLgLdD
dLgLdL
dLgLeD
dLgLeL
dLgLgD
dLgLgL
eDaDaD
eDaDaL
179.19 10.93 426 -150.16 71.77 -174.92 -67.19 6.34
74.02 -63.35 175.33 72.68 5.92 -79.40 76.06 179.58
179.24 6.07 154 -149.56 43.10 179.95 156.05 8.84
-76.50 80.55 -179.19 -47.95 5.07 55.37 44.56 -179.41
179.25 5.13 78 -150.78 43.89 -178.34 153.44 8.80
-80.49 73.59 179.52 147.78 8.38 -74.86 -35.76 -179.94
179.28 5.50 110 -150.47 44.22 -178.92 154.35 8.82
-79.80 76.08 179.51 102.34 8.59 -153.97 157.96 -179.95
179.26 5.41 102 -150.65 43.92 -178.67 155.19 8.80
-78.42 74.82 -179.32 59.78 6.59 -159.81 -56.07 178.89
179.27 5.43 104 -150.64 44.11 -178.53
-80.33 73.64 178.99 -151.74 42.51 -179.57
9.19 335 -151.43 -79.81 63.64
5.57 114 -150.57 -79.60 -74.50
11.71 462 -150.13 -78.71 77.99
179.18 44.73 -179.06 75.29 179.89
-175.75 178.03
179.27 43.84 -178.58 76.05 179.16
146.26 -179.46
179.30 44.30 -179.32 77.74 177.01
-63.62 179.25
179.29 4.65 55 -150.46 44.05 -178.61
-79.99 74.85 -179.40 -80.00 75.93 178.92
179.54 11.08 435 63.17 -176.00 174.84
57.08 36.30 178.91 54.25 40.19 178.99
179.35 11.89 479 63.23 -173.49 176.28
56.02 43.05 -178.94 -74.89 -34.32 179.99
153.72 8.80 97.83 7.55
154.59 8.82 -71.90 7.39
154.57 8.83 -176.00 9.25
155.84 8.87 -65.25 5.95
153.84 8.80 179.49 8.78
87.70 7.46 -64.28 5.38
91.39 7.58 149.31 8.24
198
Table 1A (continued)
00 No. Confor- Rel. Index 41 $: 01 Tl d1
mation energy 02 r2 d2 Jr3 03
408 eDaDbL
409 eDaDdD
410 eDaDdL
411 eDaDeD
412 eDaDeL
413 eDaDgD
414 eDaDgL
415 eDaLaD
416 eDaLaL
417 eDaLbL
418 eDaLdD
419 eDaLdL
179.33 10.87 422 63.36 -174.36 176.82 89.97 7.52
55.52 42.56 -178.05 97.41 8.15 -156.36 158.15 -179.95
179.34 12.07 488 63.27 -174.16 176.47 89.70 7.49
55.68 40.81 -177.78 55.44 6.12 -161.07 -57.15 179.12
179.32 11.72 467 63.33 -174.09 176.74 90.42 7.55
55.44 43.50 -178.42 101.04 7.45 -152.29 47.76 180.00
179.52 16.46 598 63.63 -174.58 178.67 94.67 7.90
56.49 56.18 177.96 -63.85 7.09 64.72 -172.51 177.49
179.31 11.71 463 63.28 -173.85 176.32 90.93 7.57
55.89 43.14 -179.02 -177.96 9.00 -77.01 141.60 -179.42
179.55 16.44 597 63.71 -177.65 178.68 86.27 7.46
53.19 50.75 -175.85 -59.96 5.27 75.18 -63.44 177.99
179.29 10.71 411 63.25 -173.77 176.41 90.77 7.55
55.74 43.56 -177.73 179.47 8.61 -80.61 76.23 178.77
179.44 10.62 408 63.65 -173.87 178.59 -59.22 6.66
-70.40 -34.35 179.46 -158.11 8.28 54.91 45.16 -179.58
179.64 5.16 80 62.96 -170.87 -178.43 -50.05 6.32
-68.17 -26.30 179.00 64.09 5.34 -62.92 -40.31 178.75
179.14 7.73 288 61.98 -168.83 174.93 -49.03 6.11
-63.93 -36.50 174.60 3.74 6.10 -151.30 139.57 -178.42
179.66 9.55 350 62.43 -167.60 178.83 -48.21 6.20
-67.62 -29.30 178.78 -29.81 5.27 -151.11 -55.98 176.99
178.94 6.19 166 61.49 -170.18 176.50 -56.54 6.59
-68.75 -40.74 -179.69 -8.77 5.10 -157.62 62.14 179.22
199
Table 1A (continued)
00 No. Confor- Rel. Index 41 rl dl
mation energy 42 T2 d2
43
420 eDaLeD 12.62
421 eDaLeL 10.58
422 eDaLgD 15.22
423 eDaLgL 7.11
424 eDbLaD 11.13
425 eDbLaL 9.86
426 eDbLbL 9.92
427 eDbLdD 10.80
428 eDbLdL 10.34
429 eDbLeD 14.13
430
431
eDbLeL 10.11
eDbLgD 16.46
179.52 518 63.20 -172.10 177.81 -54.87
-67.65 -34.73 178.01 -177.08 64.20 -174.59 177.85
-179.08 406 63.71 -166.14 -179.34 -46.15
-68.80 -26.98 178.71 94.66 -64.98 147.38 -179.41
179.47 577 62.29 -169.97 175.55 -51.46
-65.41 -37.41 173.57 -175.16 79.05 -64.13 -179.95
179.70 244 62.57 r171.19 176.61 -54.00
-65.38 -39.36 -179.89 66.68 -83.80 69.35 -179.68
179.19 440 63.12 -172.78 176.27 -105.73
-151.05 153.38 -179.25 20.68 54.04 45.81 -179.47
179.11 363 63.37 -174.15 176.91 -112.04
-154.04 156.73 179.69 -128.28 -73.29 -35.78 179.91
179.17 366 63.44 -174.06 177.04 -111.84
-153.66 157.94 180.00 -177.11 -154.44 158.51 -179.97
179.13 416 63.29 -173.80 176.84 -109.93
-153.01 155.82 -179.75 139.92 -158.39 -57.50 179.06
179.12 393 63.37 -174.06 176.90 -112.30
-153.96 157.35 179.15 -176.94 -150.29 44.10 -179.81
179.10 563 63.55 -174.80 176.85 -112.66
-154.66 154.35 179.36 5.28 63.45 -175.87 178.01
179.16 379 63.43 -174.07 177.09 -111.68
-153.45 157.76 179.55 -94.81 -74.73 146.40 -179.46
179.18 599 63.31 -173.33 176.74 -110.41
-152.61 157.19 177.81 13.49 77.51 -63.94 179.43
6.46 8.98
6.17 7.46
6.22 8.43
6.45 5.74
9.67 6.65
9.81 8.76
9.81 10.73
9.76 9.83
9.81 9.75
9.81 8.65
9.81 9.45
9.78 6.92
200
Table 1A (continued)
00 No. Confor- Rel. Index 41 Tl
mation energy 92 r2
43
432 eDbLgL 9.28
433 eDdDaD 12.77
434 eDdDaL 10.98
435 eDdDbL 10.80
436 eDdDdD 12.24
437 eDdDdL 11.44
438 eDdDeD 15.23
439
440
441
eDdDeL
eDdDgD
eDdDgL
10.99
17.59
10.19
179.14 339 63.40 -173.97 177.00 -110.95
-153.63 156.89 -179.05 -99.47 -80.03 76.12 178.91
179.20 523 63.55 -174.27 177.51 -152.63
-157.58 -57.22 178.30 -167.34 55.18 45.03 -179.58
179.35 428 63.27 -172.29 176.63 -146.23
-153.52 -56.79 177.26 37.67 -71.87 -36.74 179.09
179.23 417 63.57 -174.15 177.80 -151.45
-156.87 -56.60 178.05 -9.81 -152.92 159.11 180.00
179.19 499 63.57 -174.40 177.62 -153.12
-157.85 -57.35 178.67 -51.24 -157.73 -57.71 179.08
179.32 454 63.34 -172.85 177.65 -148.48
-155.85 -55.63 176.47 -5.98 -145.84 46.72 -179.78
179.26 578 63.61 -174.22 177.69 -151.76
-156.94 -57.08 178.10 174.40 64.01 -174.75 177.81
179.18 430 63.48 -174.10 177.18 -151.77
-157.17 -57.01 176.64 66.85 -77.33 145.40 -179.38
179.22 613 63.50 -173.99 177.49 -150.36
-156.62 -55.96 174.74 179.76 78.75 -63.94 179.87
179.24 385 63.39 -173.44 177.17 -150.17
-155.86 -57.60 178.61 66.20 -79.41 76.25 179.11
179.10
9.79 a.52
9.67 8.89
9.57 5.62
9.65 a.12
9.68 7.27
9.59 5.98
9.66 9.84
9.64 7.84
9.60 9.04
9.64 6.80
442 * eDdLaD 61.55 -169.62 174.80 -26.97 6.12 eDgLaD 6.25 *** -74.88 77.82 179.73 -48.89 5.11
55.03 51.41 -179.54
179.32 443 eDdLaL 9.72 357 62.69 -170.65 175.29 -100.46 a.31
-139.75 40.29 -179.79 118.14 7.87 -74.89 -35.20 -179.95
201
Table 1A (continued)
00 No. Confor- Rel. Index 41 +l dl
mation energy r2 d2
444 eDdLbL 9.96
445 * eDdLdD eDgLdD 5.20
446 * eDdLdL eDgLdL 8.55
447 eDdLeD 13.71
448 eDdLeL 10.56
449 eDdLgD 16.56
450 eDdLgL 9.41
451 eDeDaD 15.50
452 eDeDaL 13.12
453
454
455
eDeDbL 13.78
eDeDdD 15.16
eDeDdL 13.90
178.73 61.53 -172.22 174.26 -37.28
*x* -79.17 66.82 -175.99 50.87 -164.31 -55.65 178.63
179.53 57.13 -155.92 166.43 -46.35
*** -96.65 48.65 179.72 70.05 -154.81 39.65 -178.03
179.31 554 62.98 -171.65 175.90 -105.15
-146.43 49.35 -179.08 -94.88 63.28 -174.72 177.86
179.35 404 63.14 -172.00 175.81 -107.41
-147.04 45.15 -179.37 157.82 -75.25 143.88 -179.41
179.25 600 62.98 -171.88 175.79 -106.72
-146.91 45.01 178.95 -94.66 76.84 -64.56 179.99
179.28 345 62.99 -171.85 175.60 -107.96
-146.26 42.21 -177.95 150.48 -81.12 74.94 179.11
179.29 580 63.16 -173.28 176.40 71.87
64.16 -173.18 175.94 93.03 56.06 45.41 -179.66
179.25 535 63.08 -173.93 176.48 69.05
63.13 -169.35 176.34 -51.87 -67.16 -36.13 178.48
179.27 557 63.21 -173.44 176.17 72.56
64.42 -174.25 176.95 -110.63 -153.79 156.15 -179.82
8.64 9.85
179.31 575 63.14 -173.04 176.20 73.58
64.69 -174.37 177.76 -151.56 -157.22 -57.38 178.86
8.66 9.72
179.21 559 63.08 -173.34 176.20 71.07
64.03 -171.80 175.97 -105.71 -146.70 45.11 -179.97
8.58 8.62
179.17 370 63.12 -172.94 174.92 -110.38
-146.21 38.13 -179.24 66.71 -157.08 154.93 -179.74
8.60 8.22
6.11 6.02
5.89 6.24
8.56 8.36
8.59 9.40
8.59 7.26
8.57 8.76
8.61 7.74
8.52 6.40
202
Table 1A (continued)
00 No. Confor- Rel. Index (01 +1 dl
mation energy r2 d2
179.26 614 63.21 -173.59 176.36
64.10 -173.36 175.97 64.75 -175.02 177.84
179.28 63.15 -173.92 176.16
*** 63.19 -172.22 176.08 -79.40 72.61 -179.86
456 eDeDeD 17.69
457 * eDeDeL eDeDqL 12.48
71.55 8.60 74.23 8.76
69.84 8.56 -33.56 6.33
eDeDqD
eDeDqL
eDeLaD
20.03
12.48
9.53
179.26 630 63.12 -173.38 176.11
63.46 -171.97 170.98 80.28 -63.66 -179.98
179.30 510 63.13 -173.91 176.16
63.19 -172.22 176.08 -79.37 72.65 -179.86
179.70 349 65.04 -178.04 -179.28
-70.17 137.64 179.65 55.64 42.13 178.08
458
459
460
68.76 8.50 81.32 7.59
69.86 8.56 -33.52 6.33
-27.81 7.55 6.19 5.30
179.04 63.01 -174.75 177.94
*** -80.65 70.91 179.59 -75.82 -36.09 -179.91
179.47 62.89 -173.00 176.70
*** -78.48 74.18 -179.93 -154.20 160.32 179.88
178.73 61.52 -172.22 174.26
*** -79.18 66.82 -176.00 -164.32 -55.64 178.63
179.09 62.24 -172.80 176.18
*** -80.18 69.46 179.98 -152.92 40.57 -179.09
178.94 62.04 -172.00 173.82
*** -78.41 70.65 -176.81 62.98 -178.37 178.56
179.29 62.84 -173.23 177.14
*** -78.28 74.60 179.47 -74.21 147.01 -179.47
179.52 574 63.74 -175.19 177.61
-69.70 141.54 179.25 77.08 -64.14 -179.91
-37.53 6.40 145.05 8.29
461 * eDeLaL eDqLaL 7.83
462 * eDeLbL eDqLbL 8.41
463 * eDeLdD eDqLdD 5.20
464 * eDeLdL eDqLdL 8.13
465 * eDeLeD eDqLeD 12.05
466 * eDeLeL eDqLeL 8.42
467 eDeLqD 15.06
-33.72 6.29 100.54 8.44
-37.29 6.11 SO.87 6.02
-36.39 6.27 93.70 7.29
-35.43 6.12 -71.13 7.08
-33.31 6.32 -175.92 9.18
-27.13 7.52 -2.06 5.49
203
Table 1A (continued)
00 No. Confor- Rel. Index 41 71 dl
mation energy 42 r2 d2
43
179.24 468 * eDeLqL 63.13 -174.18 177.95 -35.24 6.37
469 eDgDaD 17.08
470 eDgDaL 14.89
471 eDgDbL 16.08
472 eDgDdD 15.61
473 eDgDdL 14.99
474 eDgDeD 20.05
475 eDgDeL 15.68
476 eDgDgD 22.55
477 eDgDgL 14.97
478 eDgLaD 6.25
479 eDgLaL 7.83
eDgLgL 7.53 *** -79.35 73.58 -179.73 179.09 -79.76 76.02 178.91
179.11 607 62.47 -172.34 171.50 80.33
80.04 -63.26 179.34 -154.91 54.93 45.97 -179.69
179.13 570 62.82 -173.91 173.68 78.07
78.17 -64.55 177.74 42.23 -78.91 -36.13 179.77
179.34 592 62.85 -173.22 173.03 80.24
79.78 -62.60 178.82 3.59 -151.81 158.53 -179.98
179.25 584 62.90 -175.14 173.39 77.47
78.99 -63.17 178.63 -36.95 -155.37 -56.21 178.09
179.35 573 63.57 -178.09 176.22 74.13
76.98 -64.07 176.10 -5.51 -150.61 37.83 -178.36
179.19 632 62.65 -172.56 171.89 79.82
79.71 -63.82 179.50 -173.29 63.51 -175.74 177.99
179.15 585 62.91 -173.61 173.91 79.76
78.94 -62.97 177.48 80.47 -75.01 147.98 -179.50
179.18 635 62.53 -172.11 171.62 al.94
80.03 -61.84 175.35 -167.45 78.59 -63.72 179.61
179.16 572 62.72 -172.91 172.69 79.37
79.39 -63.98 -179.78 78.74 -79.75 76.12 178.92
179.10 169 61.56 -169.65 174.78 -26.99
-74.85 77.83 179.71 -48.88 55.04 51.43 -179.54
179.04 291 63.00 -174.75 177.95 -37.53
-80.65 70.89 179.58 145.03 -75.82 -36.09 -179.91
a.73
7.48 a.39
7.38 4.90
7.45 6.99
7.38 5.84
7.22 4.69
7.47 9.23
7.41 7.34
7.46 a.58
7.46 6.51
6.12 5.11
6.40 a.29
204
Table 1A (continued)
00 No. Confor- Rel. Index 41 71 dl
mation energy r2 d2
179.48 8.41 309 62.88 -172.99 176.70
-78.48 74.18 -179.92 -154.20 160.33 179.87
480
481
482
483
484
485
486
487
eDgLbL
eDgLdD
eDgLdL
eDgLeD
eDgLeL
eDgLgD
eDgLgL
eLaDaD
-33.71 6.29 100.53 8.44
178.73 5.20 84 61.53 -172.23 174.26
-79.18 66.82 -175.99 -164.32 -55.65 178.62
-37.29 6.11 50.87 6.02
179.09 8.13 300 62.24 -172.80 176.19 -36.39 6.27
93.69 7.29 -80.18 69.47 179.97 -152.93 40.58 -179.09
178.93 12.05 487 62.04 -172.01 173.81
-78.41 70.65 -176.81 62.98 -178.35 178.56
-35.45 6.12 -71.15 7.08
179.28 8.42 310 62.86 -173.25 177.15
-78.26 74.60 179.47 -74.20 146.94 -179.47
179.56 14.38 565 61.47 -167.06 172.34
-71.68 82.32 178.09 78.33 -61.67 177.20
179.23 7.53 276 63.14 -174.18 177.95
-79.34 73.60 -179.72 -79.76 76.01 178.91
-33.30 6.32 -175.90 9.18
-21.72 6.02 -55.87 5.41
-35.23 6.37 179.11 8.73
-177.74 4.73 61 -65.85 154.87 179.47 25.43 5.81
56.34 44.01 177.36 -57.40 5.21 55.07 45.12 -179.07
-176.33 178.82 177.44
-179.93
-178.95 -176.06 -177.78 179.86
488 * eLaDaL gLaDaL
489 * eLaDbL gLaDbL
490 eLaDdD
491 * eLaDdL gLaDdL
-63.55 106.02 4.67 *** 57.02 37.54
-79.33 -35.07
-24.05 4.78 136.80 7.97
-65.57 101.83 4.14 *** 53.96 41.78
-155.49 159.85
-26.91 4.49 95.88 7.95
-179.27 -179.45 178.94 179.55
-179.16 -175.00 -177.42 -178.75
2.96 7 -66.28 124.51 54.47 45.37
-154.04 -56.83
-6.18 4.95 64.69 6.44
-65.01 108.64 3.13 *** 54.57 36.13
-159.33 44.59
-20.54 4.35 84.91 6.68
205
Table 1A (continued)
00 No. Confor- Rel. Index 41 Tl dl
mation energy 42 r2 d2
93
492 * eLaDeD gLaDeD
493 * eLaDeL gLaDeL
494 * eLaDgD
gL=DgD
495 * eLaDgL
gL&gL
496 * eLaLaD gLaLaD
497 * eLaLaL gLaLaL
498
499
500
501
eLaLbL
eLaLdD
eLaLdL
eLaLeD
502 * eLaLeL
gL&gL
503 eLaLgD
-65.87 8.93 *** 53.90
65.82
-63.95 5.20 *** 56.63
-79.07
-63.65 9.33 *** 52.15
76.34
-75.66 4.23 *** 55.48
-81.51
-80.19 5.83 *** -72.78
54.91
178.09 109.77 -169.60 47.40 178.16
-174.51 178.06
-176.71 106.59 178.89 39.45 177.56
146.08 -179.51
-179.91 110.33 -173.10 44.45 -178.00
-62.79 177.71
-179.16 82.39 -179.66 42.06 -177.21 75.24 178.97
-178.54 73.94 178.94
-35.32 179.10 45.05 -179.59
-12.36 4.24 -71.40 6.90
-23.42 4.80 172.68 8.97
-17.43 4.34 -67.28 5.41
-47.68 5.03 176.78 8.54
149.91 8.35 -159.40 8.32
-178.58 -80.32 73.74 -179.91 153.29 8.35
3.07 *** -70.91 -31.48 179.26 53.47 4.99 -70.56 -33.54 179.38
-179.87 5.03 72 -77.18 148.11 179.60 -135.88 8.56
-71.34 -31.95 178.26 2.20 6.67 -152.56 156.56 -179.77
-179.89 6.56 198 -77.21 144.06 178.11 -141.38 8.60
-72.28 -29.77 178.27 -35.65 5.52 -155.15 -57.31 178.52
-179.99 4.53 51 -77.06 155.21 -178.86 -118.78 8.15
-62.62 -33.04 176.34 36.50 4.49 -110.44
9.78 360 -76.32 -71.03 63.67
-79.63 2.98 *** -66.72
-81.16
12.22 497 -75.34 -70.74
40.93 178.74
-179.89 139.14 179.65 -145.56 8.71 -35.22 178.59 -177.87 9.06
-174.39 177.78
-178.66 75.56 177.93 155.89 8.40
-39.66 177.52 67.68 5.77 73.02 -179.70
-179.86 136.12 179.73 -147.72 8.70 -35.83 176.00 -173.40 8.50
78.10 -64.22 179.93
206
Table 1A (continued)
00 No. Confor- Rel. Index 41 tl dl
mation energy r2 d2
504
505
506
507
508
509
510
511
512
513
eLaLgL
eLbLaD
eLbLaL
eLbLbL
eLbLdD
eLbLdL
eLbLeD
eLbLeL
eLbLgD
eLbLgL
514 * eLdDaD gLdDaD
515 * eLdDaL gLdDaL
4.25
7.56
5.92
6.02
7.07
6.39
10.08
6.31
12.62
5.33
6.26
3.11
37 -75.51 -65.74 -81.16
279 -73.35 -153.83
54.44
137 -72.78 -155.08 -72.83
148 -73.74 -154.97 -154.54
240 -73.39 -154.33 -158.12
188 -72.91 -155.16 -150.04
378 -73.94 -155.11
63.47
176 -74.04 -154.57 -75.11
519 -72.95 -154.65
77.69
95 -72.91 -155.15 -80.20
-77.87 *** -160.11
55.16
-80.22 *** -165.97
-83.20
-179.88 139.34 177.65 -142.00 8.60 -39.60 176.35 67.02 5.70 73.35 -179.63
-179.83 142.44 -178.83 166.51 10.13 158.53 179.73 29.61 6.95 46.35 -179.63
-179.83 140.90 -178.66 162.74 10.10 160.29 179.58 -121.16 8.65 -35.39 179.82
-179.86 140.92 -178.91 162.89 10.10 159.88 179.68 -172.44 10.75 157.75 -179.92
-179.83 142.19 -178.78 165.47 10.12 159.23 -179.96 146.50 9.91 -57.45 179.01
-179.82 140.43 -178.72 161.85 10.09 160.37 178.97 -170.61 9.74 44.58 -179.86
-179.85 143.07 -179.19 165.63 10.14 157.61 179.32 10.84 8.75
-175.41 177.93
-179.86 141.92 -178.94 164.38 10.12 159.51 179.42 -90.70 9.41 144.74 -179.39
-179.84 137.00 -178.89 158.74 10.04 159.16 177.11 18.06 7.08 -64.21 179.82
-179.84 136.70 -178.76 159.39 10.03 159.11 -179.26 -94.96 8.46 75.65 179.03
-178.78 75.38 -179.54 60.00 6.56
-55.62 178.30 -164.08 8.87 45.34 -179.62
-177.62 67.58 -178.79 48.24 6.03
-53.88 172.05 29.68 5.44 -39.05 179.37
207
Table 1A (continued)
00 No. Confor- Rel. Index 41 rl dl
mation energy 42 r2 d2
43
-178.65 71.88 -179.26
-55.87 178.16 154.07 -179.62
-178.80 73.80 -177.52
-52.71 177.07 -56.35 177.25
516 * eLdDbL gLdDbL
517 * eLdDdD gLdDdD
518 * eLdDdL gLdDdL
519 * eLdDeD gLdDeD
520 * eLdDeL gLdDeL
521 * eLdDgD gLdDgD
522 * eLdDgL
gLdDgL
523 * eLdLaD
-79.76 *** -161.43
-155.31
55.22 6.39 -7.36 8.07 4.84
-77.72 *** -163.91
-153.21
56.73 6.36 -39.32 6.86 5.21
3.28
-177.87 68.03 -178.97
-55.67 175.42 39.11 179.75
-178.77
-80.34 *** -164.96
-154.15
48.49 6.11 -13.62 6.04
-78.51 *** -159.96
63.92
74.59 -179.52 59.35 6.54 -55.75 178.16 177.58 9.84 8.82
-175.08 177.86
-178.93 76.76 -179.20
-54.95 177.44 146.92 -179.45
62.15 6.62 74.77 8.03
-178.73 74.80 -179.55 60.71 6.53
-54.70 175.15 -177.02 9.04
-77.27 *** -159.89
-73.16 5.11
11.33 -78.27
*** -159.68 78.57 -63.95 179.81
-178.75 74.99 -179.35
-56.20 179.66 74.98 179.26
-77.91 *** -159.92
-80.09
59.50 6.56 69.82 6.92 4.10
gLdLaD 5.38
524 eLdLaL 6.55
525 eLdLbL 6.18
526 eLdLdD 7.40
527 eLdLdL 6.74
-177.80 67.81 179.53 45.44 -173.63 45.41 -179.12
-179.87 136.91 -179.75 42.94 -179.57
-34.81 180.00
-179.88 142.08 179.20 39.81 -179.43
156.83 -179.87
-81.59 *** -158.80
53.68
84.47 7.05 -73.84 6.34
197 -73.86 -148.51 -73.92
162.53 9.39 124.19 8.12
165 -74.87 -148.36 -156.20
166.06 9.42 69.77 8.38
-179.89 140.97 179.18 40.55 -179.02
-56.91 178.78
-179.88 136.42 -179.88 42.04 179.94 45.76 -179.88
265 -75.05 -147.25 -159.28
166.11 9.41 30.94 6.33
212 -73.55 -148.24 -151.73
162.14 9.37 73.22 7.15
208
Table 1A (continued)
00 No. Confor- Rel. Index 41 +1 dl
mation energy r2 d2
528 eLdLeD
529 * eLdLeL gLdLeL
530 * eLdLgD gLdLgD
531 * eLdLgL
gLdLgL
532 * eLeDaD gLeDaD
533 * eLeDaL gLeDaL
534 * eLeDbL gLeDbL
535 * eLeDdD gLeDdD
536 * eLeDdL gLeDdL
537 * eLeDeD gLeDeD
538 * eLeDeL gLeDgL
539 * eLeDgD gLeDgD
-179.87 10.39 397 -74.88 144.03 -179.61 169.46 9.51
-150.34 48.34 -179.38 -94.31 8.43 63.31 -174.50 177.81
-178.58 -80.46 73.43 178.29 96.13 7.45
5.24 *** -151.79 40.66 -178.89 154.90 9.40 -76.54 143.07 -179.40
-178.61 -79.70 73.87 179.05 98.05 7.56
11.25 *** -153.19 46.55 179.61 -90.35 7.16 76.90 -63.67 178.86
-178.57 -80.26 73.54 178.37 96.13 7.44
4.19 *** -151.38 39.92 -177.71 150.64 8.80 -80.95 75.60 178.93
-179.35 -79.56 75.16 -179.71 -72.38
10.18 *** 63.37 -175.92 176.78 88.44 55.51 44.84 -179.44
-179.11 -80.21 74.39 -179.98 -75.52
8.26 *** 62.58 -171.99 177.06 -56.92 -68.56 -35.80 178.85
-179.18 -79.99 75.07 179.49 -73.20
8.68 *** 63.49 -175.27 177.36 -113.23 -153.86 157.03 -179.88
-179.15 -79.95 74.93 179.68 -72.61
9.96 *** 63.65 -175.77 177.94 -154.63 -157.56 -57.47 178.95
7.35 7.56
7.42 6.55
7.40 9.86
7.38 9.74
-179.13 -80.05 74.73 179.73 -74.65 7.41
8.94 *** 63.12 -173.48 176.40 -109.56 8.69 -147.53 44.73 -179.93
-179.25 -80.51 74.17 179.94 -74.87 7.41
12.77 *** 63.01 -174.32 176.22 71.94 8.66 64.65 -174.91 177.81
-179.20 -79.74 75.35 179.39 -74.73 7.42
7.45 *** 62.57 -173.37 176.77 -34.86 6.35 -78.98 73.57 179.75
-179.48 -79.13 76.05 179.94 -74.46 7.39
14.76 *** 62.82 -174.17 172.54 77.92 7.44 79.65 -63.65 179.80
209
Table 1A (continued)
00 No. Confor- Rel. Index 41 Tl dl
mation energy T2 d2
540 * eLeDgL gLeDgL
541 * eLeLaD eLgLaD
542 eLeLaL
543 eLeLbL
544 * eLeLdD eLgLdD
545 eLeLdL
546 * eLeLeD gLgLeD
547 eLeLeL
548 eLeLgD
549 eLeLgL
550 * eLgDaD
gLgDaD
551 eLgDaL
-179.20 -79.73 75.33 179.39 -74.74
7.45 *** 62.56 -173.36 176.77 -34.85 -78.97 73.57 179.76
-179.88 -75.33 153.39 -179.68 -85.17
5.22 *** -62.54 115.09 -176.60 -12.66 54.87 40.43 178.45
-179.82 6.25 170 -74.76 141.86 -179.92 -112.30
-75.08 143.83 -179.86 -142.71 -73.55 -35.07 179.93
-179.86 6.16 162 -75.54 142.12 179.97 -110,.30
-72.85 144.96 -178.86 168.04 -154.94 158.87 180.00
-179.87 -74.31 143.30 -179.32 -113.02
5.25 *** -77.56 75.27 -178.84 60.66 -159.95 -55.81 178.79
-179.83 6.63 204 -74.81 141.56 -179.93 -110.00
-73.03 140.09 -179.63 164.05 -151.11 44.39 -179.80
-178.89 -79.24 77.04 179.02 -177.91
7.98 *** -78.08 76.60 179.70 -70.37 63.80 -175.12 177.91
-179.84 6.44 191 -75.48 143.21 -179.96 -111.10
-74.34 146.89 -179.91 -106.88 -74.86 145.53 -179.44
-179.85 12.07 489 -74.43 136.73 178.87 -107.61
-65.67 134.46 -175.73 -6.75 74.89 -63.35 177.58
7.42 6.35
8.08 4.57
9.10 8.76
9.05 10.19
8.27 6.59
8.99 9.47
8.74 7.32
9.11 9.07
8.74 5.07
-179.83 5.56 112 -75.07 141.18 -179.87 -112.24 9.09
-74.12 145.57 -178.47 -111.86 8.36 -80.19 75.99 178.88
-179.82 -77.97 78.35 178.74 -63.11 5.74
12.10 *** 77.29 -62.46 176.47 -157.30 8.35 55.90 45.00 -179.67
-179.90 8.46 311 -68.66 156.57 177.89 14.35 5.83
78.35 -61.86 179.09 57.00 5.30 -64.91 -42.88 179.05
210
Table 1A (continued)
00 No. Conf or- Rel. Index 41 Sl
mation energy r2
552 eLgDbL
553 * eLgDdD gLgDdD
554
555
556
557
eLgDdL
eLgDeD
eLgDeL
* eLgDgD gLgDgD
558 * eLgDgL
559
560
561
562
563
- - sLsD+
eLgLaD
eLgLaL
eLgLbL
eLgLdD
eLgLdL
-179.12 10.30 390 -68.39 136.40 -176.35 -5.72 5.15
75.42 -62.61 177.03 -1.44 6.69 -152.94 158.46 179.20
-179.89 -65.46 115.19 -175.20 -24.52 4.79
10.90 *** 74.66 -61.82 174.81 -39.18 5.55 -153.75 -56.65 178.37
-176.88 10.04 375 -73.65 157.17 174.01 9.04 6.20
78.71 -66.42 -175.53 -3.59 5.49 -160.08 57.89 175.92
179.75 15.48 579 -71.25 142.60 -179.79 -1.30 5.46
76.55 -63.39 178.19 -175.66 9.10 64.14 -175.52 177.98
179.87 12.49 512 -71.67 159.23 179.60. 18.74 5.78
77.75 -59.91 174.56 86.40 7.32 -65.16 154.53 -179.76
-179.89 -77.57 78.80 178.92 -60.92 5.57
17.33 *** 77.16 -60.57 171.10 -169.45 8.51 80.28 -63.37 179.73
-179.89 -68.06 113.59 -177.34 -28.06 5.02
8.89 *x* 75.62 -63.09 177.61 75.80 6.15 -78.96 75.73 178.83
-179.84 5.75 125 -74.73 144.47 -179.52 -107.87 8.26
-75.01 83.69 179.52 -45.27 5.09 55.77 45.40 -179.78
-179.82 4.89 67 -74.14 142.41 -178.55 -115.64 8.35
-79.90 73.88 179.54 148.08 8.38 -75.07 -35.37 -179.95
-179.87 5.40 100 -75.34 140.00 -179.39 -118.24 8.41
-79.58 75.63 179.84 102.31 8.56 -154.31 156.81 -179.07
-179.87 5.25 91 -74.29 143.15 -179.32 -113.17 8.27
-77.56 75.27 -178.84 60.65 6.59 -159.96 -55.81 178.79
-179.82 5.12 77 -74.33 142.70 -179.01 -115.52 8.35
-79.72 73.64 179.35 98.02 7.55 -151.99 42.58 -179.57
211
Table 1A (continued)
00 NO. Confor- Rel. Index 41 %l dl
mation energy 02 r2 d2
43
564 eLgEeD 8.75
565 eLgLeL 5.57
566 eLgLgD 11.41
567 eLgLgL 4.52
568 gDaDaD 13.09
569 gDaDaL 13.17
570 gDaDbL 12.54
571 gDaDdD 13.25
572 gDaDdL 13.09
573
574
575
gDaDeD 17.86
gDaDeL 13.31
gDagD 18.39
322 -75.34 -78.26 63.59
115 -75.10 -79.22 -74.87
451 -74.98 -77.77 77.23
50 -74.54 -79.79 -80.47
533 77.76 56.80 54.33
537 77.76 55.04
-75.35
514 77.60 54.37
-156.76
539 77.87 54.82
-161.54
534 77.74 54.62
-152.52
616 77.63 55.32 64.72
541 77.69 54.66
-76.90
622 77.63 53.21 75.72
-179.85 145.49 179.21 -112.30 76.30 -179.25 -69.94
-175.15 177.95
-179.87 140.66 -178.82 -116.61 76.16 179.29 -175.84
145.52 -179.44
-179.83 141.98 179.47 -114.63 77.61 178.77 -64.40
-63.75 179.12
-179.84 139.17 -178.77 -119.14 74.56 -179.13 178.88 75.32 179.04
177.15 -62.74 176.79 -157.14 37.52 178.51 -63.62 40.30 178.99
177.09 -63.92 -179.98 -156.85 43.31 -178.90 148.53
-34.36 -179.98
177.21 -64.46 -179.25 -157.75 42.97 -178.05 97.05
157.33 -179.90
177.07 -63.89 -179.51 -157.35 41.52 -177.46 55.35
-56.54 178.82
177.08 -64.09 -179.60 -157.12 43.62 -178.68 99.43 45.54 -179.79
177.19 -65.03 -177.40 -153.14 55.16 177.99 -65.06
-173.04 177.60
177.20 -64.08 -179.87 -157.13 44.29 -178.78 -177.31
142.13 -179.42
177.15 -64.58 -178.69 -157.18 50.38 -177.34 -61.39
-63.64 178.60
8.29 7.28
8.39 9.25
8.36 5.84
8.41 8.77
8.28 5.34
8.29 8.19
8.28 8.06
8.26 6.03
8.29 7.33
8.38 7.02
8.30 8.95
8.33 5.34
212
Table 1A (continued)
00 No. Confor- Rel. Index 41 rl dl
mation energy r2 d2
576 gDaDgL 12.24
577 gDaLaD 11.96
578 gDaLaL 8.49
579 gDaLbL 9.69
580 gDaLdD 10.90
581 gDaLdL 8.83
582 gDaLeD 14.56
583 gDaLeL 9.74
584 gD&gD 16.94
585 gDaLgL 8.74
586 gDbLaD 13.25
587 gDbLaL 12.35
177.15 500 77.68 -64.15 -179.70 -157.40
54.59 44.19 -177.46 179.14 -80.98 75.69 178.88
178.86 482 76.06 -64.60 176.94 42.09
-77.36 -36.47 178.62 -160.82 55.02 45.00 -179.59
178.51 314 75.76 -65.20 176.72 39.39
-78.69 -41.43 176.45 36.20 -77.64 -29.66 179.24
173.04 354 80.04 -60.58 175.08 57.37
-69.35 -25.16 176.51 16.03 -144.06 160.88 179.96
176.88 424 76.69 -65.57 179.26 34.66
-83.49 -46.87 -178.38 -59.43 -163.23 -58.48 -177.37
179.42 324 75.84 -65.16 178.47 48.'64
-73.74 -27.87 176.97 14.06 -139.68 44.54 178.67
178.93 567 76.19 -64.54 177.34 43.63
-76.03 -36.90 178.50 -179.41 63.72 -174.77 177.84
177.85 358 76.41 -63.51 173.63 39.14
-78.44 -42.15 175.92 60.77 -85.42 143.33 -179.34
178.82 604 76.21 -64.45 177.20 / 45.'13
-75.34 -36.05 175.58 -173.65 78.36 -64.00 179.79
179.41 321 75.43 -64.53 174.93 38.07
-78.56 -43.13 177.43 63.48 -81.94 74.21 179.87
178.19 540 76.96 -64.02 177.89 5.86
-153.02 138.43 -178.59 4.10 53.43 44.16 -178.99
177.72 506 77.74 -63.43 179.10 0.91
-152.96 157.65 179.86 -125.96 -73.07 -34.68 179.78
8.29 8.56
4.71 8.36
4.68 4.48
5.06 6.40
4.91 6.76
4.82 4.49
4.77 9.10
4;56 6.65
4.75 8.51
4.69 5.76
6.53 6.29
6.88 8.71
213
Table 1A (continued)
00 No. Confor- Rel. Index 41 Sl dl
mation energy +2 62
588
589
590
591
592
593
694
595
596
597
gDbLbL 12.26 501 77.62 -153.21 -154.89
gDbLdD 13.34 543 77.57 -152.85 -158.77
gDbLdL 12.72 520 77.67 -153.13 -150.58
177.87 -63.50 178.93 0,84 6.86 156.81 -179.95 -178.16 10.73 157.98 -179.94
177.88 -63.61 179.02 1.97 6.83 155.08 -179.64 139.45 9.83 -57.41 179.06
177.81 -63.43 178.92 0.58 6.87 157.23 179.35 -176.38 9.76 45.12 -179.88
178.44 gDbLeD 16.35 596 77.51 -62.71 177.43 4.14 6.72
-151.69 152.77 -179.64 2.51 8.56 63.02 -174.48 177.70
177.79 gDbLeL 12.52 513 77.66 -63.61 179.22 0.50 6.89
-153.16 157.49 179.58 -93.32 9.38 -74.58 142.25 -179.35
178.28 gDbLgD 17.99 618 76.95 -63.41 176.58 6.60 6.48
-152.09 139.45 -178.37 -7.17 6.47 75.60 -64.43 179.40
gDbLgL 11.46 455 77.70 -152.91 -79.72
gDdDaD 13.05 532 77.35 -153.77
55.81
gDdDaL 10.01 374 78.83 -163.36 -72.70
177.72 -63.45 179.07 1.10 6.87 158.19 -179.08 -97.00 8.48 75.97 178.90
177.80 -62.88 177.61 -35.99 5.63 -55.66 176.06 -168.16 8.91 44.99 -179.64
173.04 -65.84 -176.98 -45.61 6.19 -55.68 -179.05 44.40 6.06 -40.41 -177.37
177.48 gDdDbL 11.65 461 77.38 -63.56 178.62 -37.40 5.70
-155.23 -55.23 176.09 -7.08 7.94 -152.84 152.87 -179.44
176.86 598 * gDdDdD 76.70 -65.56 179.23 34.64 4.91
gDaLdD 10.90 *** -83.51 -46.89 -178.38 -59.46 6.76 -163.22 -58.48 -177.37
177.35 599 gDdDdL 9.25 337 77.09 -63.61 177.77 -37.49 5.69
-154.75 -55.52 175.87 -13.39 6.02 -151.16 41.60 179.72
214
Table 1A (continued)
00 No. Confor- Rel. Index 41
;,' :21 rl dl
mation energy %-2 d2 Jr3 03
600
601
602
603
604
605
606
607
608
609
610
611
177.92 gDdDeD 15.60 583 77.23 -63.15 177.77
-154.23 -55.82 176.11 64.39 -174.95 177.81
176.85 gDdDeL 11.71 464 78.49 -61.57 178.08
-148.45 -55.16 176.11 -69.79 147.75 -179.45
177.86 gDdDgD 18.14 620 77.19 -63.24 177.74
-154.22 '-54.52 172.23 79.72 -63.70 179.85
177.36 gDdDgL 10.37 395 77.46 -62.75 177.35
-151.62 -55.98 177.00 -79.25 75.07 179.11
179.17 gDdLaD 10.21 387 75.48 -63.34 173.20
-147.85 49.00 -173.19 54.32 44.99 -179.65
176.73 gDdLaL 10.57 405 77.07 -64.88 178.28
-150.93 36.95 -178.96 -76.85 -34.04 -179.94
177.57 gDdLbL 9.87 364 76.96 -63.49 176.27
-148.23 38.57 -177.65 -154.85 159.35 179.94
176.93 gDdLdD 12.08 491 77.01 -65.33 179.87
-107.81 45.40 -177.52 -160.72 -55.85 178.76
179.49 gDdLdL 10.26 388 76.02 -63.38 174.87
-145.09 34.23 -177.66 -154.88 44.19 -179.47
178.59 gDdLeD 15.19 576 76.57 -63.74 176.58 -3.44 4.61
-148.95 38.53 -178.07 -102.30 8.48 62.97 -176.24 178.15
-36.72 5.66 173.30 9.81
-28.43 5.46 72.02 7.88
-35.78 5.56 179.44 9.05
-33.89 5.60 65.15 6.67
-2.38 4.50 -73.63 6.21
-5.18 4.76 116.79 7.93
'-2.55 4.61 69.17 8.33
40.27 4.95 31.21 5.81
-2.24 4.43 62.43 6.68
176.77 gDdLeL 10.90 425 77.24 -64.42 177.81 -5.62 4.75
-151.71 37.86 -178.65 149.61 9.34 -79.75 143.49 -179.43
179.65 gDdLgD 16.99 605 76.13 -61.76 172.38 12.22 4.64
-139.73 66.53 -174.58 -73.82 6.39 74.78 -63.39 177.73
215
Table 1A (continued)
00 No. Confor- Rel. Index 41 rl dl
mation energy r2 d2
612 gDdLgL 9.82
613 gDeDaD 17.56
,614 gDeDaL 15.55.
615 gDeDbL 15.94
616 gDeDdD 17.24
617 gDeDdL 16.19
618 gDeDeD 20..03
619 * gDeDeL gDeDgL 14.72
629 gDeDgD 22.12
621 gDeDgL 14.72
176.64 361 77.28 -64.49 178.10 -5.47
-151.33 37.58 -177.64 147.96 -81.56 75.34 179.00
177.31 612 77.45 -64.42 179.89 -176.02
63.10 -174.76 176.42 89.95 55.80 44.96 -179.56
581 77.39 ~64.55 62.46 -171.94
-68.77 -35.68
588 77.48 -64.23 63.29 -174.89
-153.76 156.93
609 77.44 -64.36 63.45. -175.38
-157.49 -57.47
594 77.43 -64.42 62.92 -173.13
-147.40 44.78
631 77.41 -64.46 62.84 -173.97 64.70 -174.90
77.47 -64.17 *** 62.45 -173.35
-79.12 73.55
177.35 179.98 -177.44 177.11 -57.04 178.87
177.36 179.43 -175.73 177.25 -112.69
-179.88
177.33 179.64 -175.12 177.86 -154.18 178.95
177.34 179.73 -176.96 176.33 -109.09
-179.94
177.41 179.79 -176.79 176.13 72.33 177.81
177.34 179.29 -177.27 176.80 -34.95 179.74
177.31 633 77.50 -64.21 179.52 -178.98
62.48 -173.05 171.79 79.12 79.99 -63.61 179.89
9.12 6.35
177.34 568 77.47 -64.17 179.28 -177.27
62.45 -173.34 176.80 -34.92 -,79.10 73.57 179.74
178.98 622 * gDeLaD 76.56 -64.03 177.57 92.74 7.04
g$lgLaD 10.94 *** -64.34 107.88 -173.71 -18.31 4.30 53.,73. 41.36 -179.24
4.75 8.76
9.13 7.61
9.12 6.55
9.12 9.85
9.13 9.73
9.12 8.68
9.12 8.67
9.12 6.35
9.11 7.48
178.26 623 gDeLaL 12.02 484 77.18 -63.30 177.54 79.10 7.21
-74.86 148.96 -179.87 -136.15 8.66 -73.07 -34.68 179.83
216
Table 1A (continued)
00 No. Confor- Rel. Index 41 rl
mation energy T2
178.24 -63.52 177.95 81.51 7.26 147.18 -179.06 170.81 10.20 158.59 -179.98
178.53 -64.70 179.70 76.41 6.22 73.62 -178.16 59.32 6.51
-55.87 178.84
624 gDeLbL 11.92 480 77.18 -72.98
-155.02
625 * gDeLdD 76.77 gDgLdD 11.03 *** -78.58
-160.19
178.21 -63.44 177.79 81.04 7.24 626 gDeLdL 12.40 509 77.18
-73.47 -150.78
146.43 -179.84 171.43 9.53 44.80 -179.86
179.45 -63.51 176.24 74.11 6.02 627 * gDeLeD 76.40
GDgLeD 14.34
628 gDeLeL 12.23
629 gDeLgD 17.87
*** -79.18 74.12 -177.16 -70.49 63.01 -174.53 177.87
178.32 -63.49 177.89 79.74 148.66 180.00 -104.05 143.33 -179.37
7.16
630 gDeLgL 11.20
631 gDgDa 19.63
632 gWD& 17.00
633 gDgDbL 18.45
634 gDgDdD
635 gDgDdL
18.43
17.43
498 77.15 -74.31 -74.84
7.23 8.99
178.56 -63.65 177.39 87.13 139.31 -177.24 -2.58 -63.49 178.04
178.40 -63.56 177.75 79.15 149.61 -178.70 -107.21 75.78 178.92
177.21 -63.04 176.84 -168.95 -63.31 178.36 -156.79 45.47 -179.66
617 76.87 -68.09 75.48
7.28 5.23
444 77.03 -74.80 -80.00
7.21 8.25
629 77.64 77.89 55.27
a.48 8.36
177.12 -61.74 174.56 -168.69 -63.49 178.33 48.94 -34.78 179.70
606 77.88 78.64
-73.62
a.48 5.04
177.19 177.56 -168.18 177.95 3.17
-179.89
177.20 176.93 -168.93 178.30 -37.99 178.41
177.18 176.60 -168.77 176.78 -1.62
-179.16
624 77.70 -63.22 78.01 -62.53
-151.24 157.74
8.47 6.84
623 77.64 -63.09 77.81 -63.04
-155.33 -56.58
8.48 5.79
611 77.74 -62.79 77.62 -63.26
-148.83 39.85
a.47 4.69
217
Table 1A (continued)
00 No. Confor- Rel. Index 41 Tl dl
mation energy $3
r2 d2
636 gDgDeD 22.44 177.24
-62.84 176.58 -169.10 -63.67 178.57 -175.11
-175.32 177.91
177.21 -64.85 -178.50 -168.73 -63.02 175.70 76.07 146.57 -179.43
8.49 9.16
637 gDgDeL 18.03
638 gDgDgD 24.89
639 gDgDgL 17.19
640 gDgLaD
641 gDgL&
642 gDgLbL
643 gDgLdD
644 gDgLdL
645 gDgLeD
11.17
10.77
11.09
11.03
10.88
14.34
646 gDgLeL 11.34
647 gDgLgD 16.64
634 77.71 77.89 63.77
619 77.55 75.68
-76.48
8.44 7.01
177.18 176.71 -167.56 174.20 -169.12 179.71
177.11 179.57 -169.23 178.44 75.17 179.46
176.65 178.48 84.74
-179.58 -42.00 -179.98
636 77.68 -62.93 77.94 -61.83 79.02 -63.70
8.43 8.54
8.48 6.20
608 77.71 -63.93 76.54 -63.93
-79.97 75.07
442 77.88 -63.48 -73.10 85.84 -55.89 43.93
6.65 4.92
177.90 -64.69 -179.46 75.83 73.02 179.85 147.70
-35.06 -179.97
178.55 -64.57 179.36 74.35 73.51 -179.18 100.17
156.99 -179.89
178.52 -64.71 179.72 76.39 73.59 -178.15 59.31
-55.87 178.84
415 77.17 -80.30 -75.09
6.26 8.36
437 76.78 -80.77
-154.82
6.16 8.48
433 76.77 -78.60
-160.17
6.22 6.51
178.51 -64.69 179.69 74.14 71.66 -179.61 96.65 43.06 -179.60
179.46 -63.51 176.25 74.10 74.11 -177.16 -70.49
-174.53 177.87
423 76.78 -80.81
-152.51
6.14 7.47
564 76.39 -79.18 63.02
6.02 7.16
177.93 -64.69 -179.57 76.88 75.29 179.53 -176.03
144.41 -179.42
450 77.15 -79.65 -74.81
6.32 9.23
177.36 -64.27 179.14 78.11 77.08 177.97 -65.18
-63.64 179.57
601 77.31 -78.54 77.66
6.37 5.89
218
Table 1A (continued)
00 No. Confor- Rel. Index 41 Zl dl
mation energy 42 t2 d2
93
177.92 389 77.12 -64.72 -179.62 75.73 6.24
-80.17 73.83 -178.93 178.60 8.76 648
649
650
651
WgLgL
gLaDaD
gLaDaL
gLaDbL
10.27
-80.39 75.44 178.99
3.84 19 -63.51 54.46 55.23
4.67 58 -63.57 57.03
-79.37
4.14 30 -65.56 53.96
-155.50
652 * qLaDdD GLaDaD ,2.96
-66.27 *** 54.47
-154.04
653 gLaDdL 3.13 12 -65.01 54.56
-159.33
654 gLaDeD 8.93 178.09
327 -65.87 109.77 -169.59 -12.36 4.24 53.90 47.40 178.17 -71.39 6.90 65.83 -174.51 178.06
655 gLaDeL 5.36 97 -76.19 55.50
-78.70
656 gLaDgD 9.33 343 -63.66 52.14 76.31
657 gLaDgL 4.23 35 -75.64 55.49
-81.53
658 gLaLaD 5.83 130 -80.19 -72.72 54.89
659 gLaLaL 3.07 10 -80.33
179.26 114.96 -175.42 38.81 178.81 41.40 179.10
-12.83 4.45 -62.34 5.18
-176.32 106.02 178.82 37.53 177.45
-35.02 -179.93
-178.95 101.84 -176.06 41.77 -177.77
159.85 179.86
-179.27 124.49 -179.45 45.37 178.93
-56.83 179.56
-24.06 4.78 136.77 7.97
-26.91 4.49 95.87 7.95
-6.20 4.95 64.69 6.44
-179.15 108.64 -174.99 36.14 -177.42 44.59 -178.75
-20.55 4.35 84.92 6.68
-179.30 81.61 -179.67 42.11 -178.50
143.12 -179.46
-48.19 5.06 179.10 8.94
-179.90 110.34 -173.10 44.43 -177.97
-62.80 177.70
-179.16 82.42 -179.66 42.05 -177.20 75.21 178.98
-178.;53 73.96 178.93
-35.33 179.13 45.07 -179.58
-178.57 73.73 -179.92
-17.44 4.34 -67.30 5.41
-47.65 5.03 176.75 8.54
149.97 8.35 -159.40 8.32
153.29 8.35 -70.88 -31.52 179.27 53.44 4.99 -70.57 -33.52 179.38
219
Table 1A (continued)
00 No. Confor- Rel. Index 41 71 dl
mation energy r2 d2
660
661
662
663
664
665
666
667
668
669
670
671
gLaLbL
gLaLdD
gLaLclL
gLaLeD
gLaLeL
gLaLgD
gLaLgL
gLbLaD
gLbLaL
gLbLbL
gLbLdD
gLbLclL
4.04
5.19
3.40
8.32
4.30
10.76
2.98
6.78
5.23
5.19
6.29
5.64
26 -79.47 -72.25
-151.82
82 -80.52 -74.80
-156.85
16 -80.49 -64.72
-108.69
307 -80.37 -72.03 63.63
40 -79.46 -69.34 -79.92
413 -80.00 -71.71 77.99
8 -79.63 -66.73 -81.15
-178.71 75.96 178.13 153.18
-30.53 178.37 3.70 158.36 -179.90
-178.47 73.59 178.18 147.87
-31.59 179.46 -38.56 -57.08 178.58
-178.54 72.99 -178.02 159.88
-32.76 178.04 39.08 39.32 178.17
-178.60 74.04 179.12 150.68
-36.20 178.87 -178.45 -174.72 177.83
-178.72 76.28 176.85 153.62
-38.78 176.77 71.55 134.07 -179.25
-178.58 74.38 .179.08 151.77
-36.43 176.35 -173.79 -64.16 179.83
-178.66 75.56 177.93 155.88
-39.66 177.52 67.68 73.01 -179.70
8.35 6.65
8.30 5.68
8.38 4.64
8.36 9.08
8.38 6.73
8.35 8.50
8.40 5.77
-179.02 219 -79.60 76.56 179.22 104.19 8.59
-152.89 156.60 179.65 25.99 6.84 54.50 45.44 -179.50
-179.08 89 -79.09 77.55 179.18 103.38 8.60
-153.43 159.43' 179.72 -123.45 8.67 -72.87 -34.74 179.75
-179.05 83 -79.65 76.74 179.19 102.46 8.57
-153.68 159.01 179.77 -174.76 10.74 -154.54 157.89 -179.94
-179.03 174 -79.62 76.64 179.23 -103.61 8.59
-153.24 157.62 -179.94 143.08 9.87 -158.38 -57.48 179.05
-179.05 116 -79.25 77.27 179.14 102.59 8.58
-153.61 159.48 179.08 -172.93 9.75 -150.07 45.03 -179.89
220
Table 1A (continued)
00 No. Confor- Rel. Index 41 Tl dl
mation energy r2 d2
672
673
674
675
676
677
678
679
680
681
682
683
gLbLeD
gLbLeL
gLbLgD
gLbLgL
gLdDaD
gLdDaL
gLdDbL
gLdDdD
gLdDdL
gLdDeD
gLdDeL
gLdDgD
9.41
5.43
11.59
4.37
6.26
3.11
4.84
5.21
3.28
8.82
5.11
11.33
-179.12 346 -79.30 77.64 178.99 103.51 8.60
-153.66 158.05 179.30 9.99 8.71 63.52 -174.80 177.81
-179.04 105 -79.88 76.27 179.29 102.03 8.56
-153.71 158.62 179.40 -92.03 9.37 -74.80 142.38 -179.34
-178.93 459 -79.87 75.64 179.12 100.81 8.53
-154.10 157.05 177.37 14.33 7.00 77.56 -64.24 179.82
-179.01 44 -79.42 76.57 179.30 102.33 8.57
-153.94 159.25 -179.32 -95.52 8.46 -79.80 75.83 178.95
-178.78 171 -77.85 75.43 -179.53 60.05 6.56
-160.11 -55.62 178.29 -164.07 8.87 55.17 45.32 -179.62
11 -80.21 -165.98 -83.19
64 -79.76 -161.43 -155.31
85 -77.71 -163.90 -153.19
13 -80.35 -164.99 -154.17
323 -78.51 -159.95
63.92
76 -77.28 -159.89 -73.17
449 -78.25 -159.68
-177.62 67.59 -178.78 48.24
-53.88 172.06 29.71 -39.05 179.37
-178.64 71.87 -179.26 55.21
-55.87 178.16 -7.36 154.07 -179.62
-178.79 73.77 -177.52 56.71
-52.71 177.06 -39.29 -56.34 177.24
-177.87 68.00 -178.96 48.43
-55.67 175.40 -13.64 39.09 179.75
-178.77 74.59 -179.51 59.36
-55.76 178.16 177.58 -175.08 177.86
-178.93 76.75 -179.20 62.16
-54.95 177.44 74.75 146.96 -179.45
-178.75 74.84 -179.55 60.76
-54.70 175.15 -177.02
6.03 5.44
6.39 8.07
6.36 6.86
6.11 6.04
6.54 9.84
6.62 8.03
6.53 9.04
78.57 -63.94 179.81
221
Table 1A (continued)
00 NO. Canfor- Rel. Index 41 Tl dl _.__ --___-- _.--.
mation enerov r2 d2 __
684 WdwL 4.10 29 -77.92 -159.90
-80.09
685 gLdLaD 5.38 98 -81.60 -158.79
53.67
686 gLdLaL 4.92 68 -80.58 -150.39 -74.62
687 gLdLbL 4.69 59 -80.07 -151.32 -155.43
688 gLdLdD 5.46 108 -81.55 -151.83 -160.68
689 gLdLdL 5.15 79 -80.33 -150.72 -151.15
690 gLdLeD 9.17 334 -81.03 -151.14 40.83 -179.24 -100.56 8.51
63.12 -175.73 178.03
691 gLdLeL 5.24 90 -80.46 -151.79 -76.54
692 gLdLgD 11.25 446 -79.67 -153.12
76.90
693 gLdLgL 4.19 -178.57
32 -80.27 73.56 178.37 96.18 7.44 -151.35 39.94 -177.72 150.66 8.80
694 gLeDaD 10.18
695 gLeDaL 8.26
-80.95 75.60 178.94
-179.34 384 -79.59 75.12 -179.70 -72.44 7.35
63.36 -175.89 176.78 88.47 7.56 55.51 44.84 -179.44
-179.12 304 -80.19 74.45 180.00 -75.51 7.42
62.57 -171.94 177.05 -56.86 6.55 -68.54 -35.81 178.85
-178.74 74.98 -179.37
-56.19 179.66 74.98 179.26
-177.79 67.80 179.53 45.42 -173.62 45.41 -179.12
-178.53 73.03 178.53 39.61 -179.06
-34.75 180.00
-178.62 74.00 178.23 40.50 -178.75 157.91 -179.94
-178.24 71.03 177.85 37.95 -177.60
-56.90 178.96
-178.54 73.24 178.55 40.47 -179.50 44.36 -179.79
-178.69 73.10 178.61
59.51 6.56 69.81 6.92
84.46 7.05 -73.86 6.34
97.01 7.46 120.96 8.03
97.05 7.48 71.40 8.43
92.10 7.29 28.56 6.29
97.33 7.48 72.42 7.10
96.80 7.47
-178.58 73.43 178.29 96.13 7.45 40.66 -178.89 154.91 9.40 142.98 -179.40
-178.62 73.91 179‘03 98.06 7.56 46.29 179.61 -90.60 7.17
-63.68 178.87
222
Table 1A (continued)
00 No. Confor- Rel. Index 41 71
mation energy r2
696 gLeDbL 8.68
697 gLeDdD 9.96
698 gLeDdL 8.94
699 gLeDeD 12.77
700 * gLeDeL
701 gLeDgD 14.76
702 gLeDgL 7.45
703
704
705
gLeLaD 4.49
gLeLaL 5.22
gLeLbL 5.07
gLeDgL 7.45
706 * gLeLdD gLgLdD
707 gLeLdL 5.56
4.18
-179.18 319 -79.98 75.10 179.50 -73.19 7.40
63.48 -175.25 177.35 -113.25 9.86 -153.87 157.09 -179.88
-179.15 371 -79.95 74.93 179.68 -72.62 7.38
63.65 -175.76 177.95 -154.64 9.74 -157.57 -57.47 178.95
-179.13 328 -80.05 74.74 179.73 -74.63 7.41
63.13 -173.49 176.40 -109.57 8.69 -147.52 44.69 -179.93
-179.25 524 -80.49 74.19 179.94 -74.85 7.41
63.00 -174.33 176.24 71.92 8.66 64.63 -174.88 177.80
-179.20 -79.74 75.35 179.39 -74.72 7.42
*** 62.56 -173.37 176.77 -34.86 6.35 -78.98 73.57 179.76
-179.47 569 -79.16 76.02 179.94 -74.51 7.39
62.81 -174.16 172.53 77.93 7.44 79.65 -63.64 179.80
-179.20 269 -79.74 75.34 179.39 -74.74 7.42
62.56 -173.36 176.77 -34.85 6.35 -78.98 73.56 179.75
-178.81 48 -79.44 76.32 -179.69 -160.10 8.90
-62.56 116.92 -177.61 -11.24 4.66 55.11 40.55 177.81
86 -79.08 -74.30 -73.44
73 -79.47 -72.17
-155.01
-79.66 *** -77.56
-160.17
113 -79.20 -72.58
-178.81 76.84 178.81 -175.53 9.22
146.20 -179.84 -139.56 8.71 -34.60 179.86
-178.81 76.35 178.93 -173.63 9.20
145.21 -178.93 168.73 10.18 158.58 -179.98
-178.80 75.65 179.85 -178.71 8.70 74.81 -179.03 60.03 6.55
-55.88 178.85
-178.79 76.64 178.83 -173.61 9.20
143.75 -179.69 168.54 9.51 -150.91 44.88 -179.86
223
Table lA (continued)
00 No. Confor- Rel. Index 41 Zl dl
mation energy r2 d2
-178.89 708 * gLeLeD -79.24 77.03 179.01 -177.92 8.74
aLaLeD 7.98 *** -78.08 76.60 179.70 -70.36 7.32
709 gLeLeL
710 gLeLgD
711 gLeLgL
712 gLgDm
713 gLgD&
714 gLgDbL
715 gLgDdD
716 sW’d.L
717 gLgDeD
718 gLgDeL
719 gLgDgD
63.80 -175.13 177.91
5.40 101 -79.46 -73.75 -75.09
10.98 429 -79.20 -64.62 74.93
4.42 46 -79.42 -73.80 -80.20
12.10 492 -77.98 77.28 55.89
9.63 351 -83.29 75.77
-83.28
10.67 410 -76.19 76.65
-138.40
10.86 421 -78.50 77.14
-152.13
9.25 338 -75.89 77.78
-148.72
14.92 571 -77.92 77.30 64.21
9.93 368 -80.71 74.56
-81.46
17.33 610 -77.54 77.16 80.27
-178.82 76.39 178.96 -175.49 9.22
146.65 -179.91 -106.56 9.04 143.81 -179.39
-178.80 76.96 177.95 -165.04 9.09
136.97 -175.80 -3.82 5.09 -63.39 177.65
-178.77 76.16 178.98 -175.43 9.21
146.64 -178.54 -110.50 8.32 75.82 178.91
-179.81 78.33 178.76 -63.13 5.74
-62.47 176.48 -157.31 8.35 45.00 -179.67
-176.64 69.81 177.61 -76.95 6.38
-67.22 -178.05 36.63 4.92 -37.84 -178.24
178.92 85.51 -177.13 -51.34 5.13
-58.46 171.34 15.95 6.36 159.20 179.93
-179.66 77.73 179.11 -63.27 5.72
-61.65 175.69 -35.35 5.60 -56.88 178.15
179.66 81.71 177.27 -60.04 5.69
-62.27 175.95 -0.54 4.66 41.31 -179.90
-179.85 78.79 178.48 -63.09 5.77
-62.90 176.89 -175.99 9.11 -175.22 177.87
-178.39 73.51 -176.40 -66.74 5.68
-62.68 173.57 71.26 6.70 139.38 -179.15'
-179.90 78.83 178.92 -60.90 5.57
-60.58 171.13 -169.45 8.51 -63.37 179.73
224
Table 1A (continued)
00 No. Confor- Rel. Index 41 Tl dl
mation energy T2 d2
720 gLgDgL
721 * gLgLaD
722
723
724
725
726
727
728
729
tjL&XD
gLgLaL
gLgLbL
gLgLdD
gLgLdL
gLgLeD
gLgLeL
gLgLgD
gLgLgL
8.98
4.49
3.84
4.24
4.18
4.09
7.98
4.38
10.31
3.33
330 -75.38 77.43
-76.18
-79.45 *** -62.55
55.10
20 -79.56 -79.55 -74.91
36 -79.79 -79.19
-154.21
31 -79.68 -77.57
-160.14
28 -79.52 -79.41
-151.76
295 -79.25 -78.08 63.80
45 -79.89 -78.97 -74.75
391 -79.65 -78.16 77.68
15 -79.69 -79.32 -80.20
-179.65 86.73 179.26 -53.94
-61.31 175.15 79.82 78.67 178.41
-178.81 76.26 -179.68 -160.14
116.83 -177.62 -11.33 40.57 177.82
-178.79 75.69 -179.79 179.79 73.88 179.56 148.61
-35.14 -179.97
-178.78 75.52 179.77 179.97 75.78 179.63 102.53
157.19 -179.90
-178.79 75.62 179.86 -178.73 74.83 -179.04 60.08
-55.89 178.85
-178.79 75.79 180.00 179.94 73.85 179.14 98.61 42.74 -179.61
-178.89 77.02 179.01 -177.92 76.64 179.70 -70.33
-175.13 177.91
-178.78 75.23 -179.86 -179.74 75.91 179.32 -175.46
144.54 -179.42
-178.75 75.54 179.38 -178.67 77.29 177.61 -65.22
-63.78 179.38
-178.77 75.41 -179.92 179.58 74.75 -179.25 179.60 75.59 178.98
5.46 6.31
8.90 4.66
8..72 8.37
8.7.3 8.56
8.70 6.55
8.72 7.55
8..74 7.32
8.73 9.22
8.75 5.91
8.71 8.76