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F O R th e c o n v en ien ce o f o u r re a d e rs , th e re a p p e a rs b e lo w a lis t o f p a g e n u m b e rs in th e re s p e c tiv e is su e s fo r 1 9 5 4 . T h o se in
th e c o lu m n e n ti t le d “ G en era l P a g e s ” in d ic a te g e n e ra l p a g es and th o se in th e c o lu m n e n ti t le d “ P ro ce e d in g s P a g e s ” a p p ea re d in th e P ro ceed in g s o f th e A m erican A sso c ia tio n o f T e x ti le C h em ists andC o lo ris ts .
T h e p resen ce o f th e le t te r “ P ” b e fo re th e p a g e n u m b e r a n y w here in th is index in d ic a te s th a t th e m a te r ia l a p p ea re d in AATCC P ro ceed in g s .
D a t e o f G e n e r a l P r o c e e d in g sI s s u e N o . Pa(jes P a g e s
1 7-32 P I - P I 6J a n u a ry 18 ........................ 2 3 3 -6 0 P 3 9 -P 5 2F e b ru a ry 1 ...................... 3 6 1 -9 2 P 6 9 -P 7 8F e b ru a ry 15 ................... ................... 4 9 3 -1 2 4 P J 0 1 - P I 18M arch 1 .............................. ................... 5 1 4 9 -1 5 6 P 1 2 5 -P 1 4 8M arch 15 ........................... ................... 6 1 5 7 -1 8 8 P 1 6 5 - P 1 80M arch 29 ........................... 7 1 8 9 -2 2 0 P I9 2 -P 2 1 2A p ril 12 .............................. ................... 8 2 2 1 -2 0 0 P 2 2 9 -P 2 4 2A pril 2 6 ................................ 9 2 8 3 -2 9 2 P 2 6 1 -P 2 8 2M ay 1 0 ................................ ................... 16* 3 1 5 -3 2 4 P 2 9 3 - P 3 14M ay 2 4 ................................ ................... 11 3 4 1 -3 5 6 P 3 2 5 -P 3 4 0J une 7 ................................ ................... 12 3 8 3 -3 8 8 P 3 5 7 -P 3 8 2J u n e 21 .............................. ................... 13 3 8 9 -4 2 0 P 3 9 7 -P 4 16
4 4 5 -4 5 2 P 4 2 1 -P 4 4 4J u ly 19 .............................. 4 5 3 -4 8 4 P 4 6 1 -P 4 7 8A u g u s t 2 ........................... ................... 16 5 0 9 -5 1 6 P 4 8 5 -P 5 0 8A u g u st 16 ........................ ................... 17 5 1 7 -5 4 8 P 5 2 1-P 5 4 4A u g u st 3 0 ........................ ................... 18 5 9 7 -6 1 2 P 5 4 9 -P S 9 6
6 1 3 -6 4 4 P 6 1 7 -P 6 3 4S ep tem b e r 27 ................ ................... 20 6 7 3 -6 7 6 P 6 4 5 -P 6 7 2O cto b er 11 ........................ ................... 21 7 0 1 -7 0 8 P 6 7 7 -P 7 0 0O ctober 25 ........................ 2 2 7 0 9 -7 4 0 P 7 1 5 -P 7 3 2N o v em b er 8 ................... 7 4 1 -7 7 2 P 7 4 9 -P 7 7 0N o v em b er 22 ................... 24 7 9 7 -8 0 4 P 7 7 3 -P 7 9 6D ecem ber 6 ........... 25 8 0 5 -8 8 0 P 8 3 7 -P 8 7 6D ecem ber 20 ................... 8 9 7 -9 0 4 P 8 8 1 -P 8 9 6
AATCC R E S E A R C H N E W S L E T T E R ..............................P I , P 7 0 . P 2 3 0 .P 2 9 4 , P 3 5 8 , P 4 2 2 , P 4 8 6 . P 5 8 8 . P 6 4 6 , P 7 1 6 , P 8 4 0
AATCC R esea rch S y m p o s iu m ...................................................................... P 2 6 2 . P 3 6 0A b ra se r, An E v a lu a tio n o f a Tensioniing D ev ice fo r U se w ith th e
T a b e r (T h o m a s an d W h a m ) ....................................................................... P 3 4 1A b rasio n R es is tan ce o f F a b r ic s w hen T est U n its o f A b ra s io n a re
C om bined w ith T e s t Uniiits o f L a u n d e rin g , D ry e lean in g an dL ig h t, A P re lim in a ry S tu d y o f th e (Z o o k a n d M a c k ) .............. P 61
A b so rp tio n o f D isp erse D yes by “ D a c ro n -’ P o ly e s te r F ib e r fro m A q u eo u s B a th s , F a c to rs A ffec tin g th e ( Ia n n a ro n e , L a rs o n an d T h o m as) ................................................................................................................. P 6 5 0
A b so rp tio n T es t, T h e U se o f M eta l T u b e s in th e L a u n d e r-O m e te rfo r th e D ynam ic ( M a n d ik o s ) ....................................................................
A BSTRA CTS—E nzym e A c tio n in D e s iz in g ...............................................................................V a t Dye O x id a t io n : R ev iew o f M eth o d s a n d R e a g e n ts ......................F lu o re s c e n t Dyes a n d th e A p p lic a tio n o f F lu o re sc en c e to T e x tile sM o th p ro o fin g M eth o d s and T e s t s .................................................................F la m m a b ili ty H a z a rd s o f F a b r ic s .................................................................Dye S a tu ra tio n an d D ye C o m p a ta b i l i ty ....................................................A queous D yeing o f O rio n a n d D a c r o n .........................................................T e x tile s an d R u b b e r ..............................................A D yer’s D efin itio n o f th e T e rm “ F a s t D ye” .........................................G arm en t D yeing ...................................................................S ilicone R esin s A dd M ore P lu s e s to Y o u r A c e ta te ..............................A p p lic a tio n s o f P la s t ic in T e x t i le s .................................................................T h e Q u a n tita t iv e S e p a ra tio n o f F ib e r M ix tu re s by F lo ta t io n . So iling a n d Soil R e ten tio n in T e x tile F ib e rs : S u sp en d in g P o w e r
o f S u r fa c ta n ts .................................................................................................T h e M o d ifica tio n o f C ellu lo se by C hem ica l M ean s.C ustom s N o m e n c la tu re .................................................................................B leach in g w ith Som e P e ro x y g e n C h e m ic a ls ' i !W atch O ut fo r D y n e l! ............................................................................................E ffic iency o f V a t-C o lo r A g ing D epends on T e m p e ra tu re C o n tro l T h e E ffects o f th e S o ap in g A f te r t r e a tm e n t on V at D yeingsD ynel ........................................................................... T ...........T h e 1 irep ro o fin g o f F a b r ic s w ith P h o s p h o ro u s -R es in C o m poundsT en d erin g o f W ool G o o d s ....................................................................................I so c y an a te s an d T h e ir M o d ify in g E ffec ts on O th e r T e x tile
P o ly m ers .................................................................................................................W ool R esea rch and th e L a u n d e re r . ..............................P ro g re ss in D yeing th e N ew er S y n th e tic F ib e r s .................... ! . . . .“T e ry len e ” P o ly e s te r F ib e r in C a n a d a ......................................................M icrob ia l D am ag e to A n im al an d V eg etab le F ib e rs a n d I ts
Idient i f i oaitio n a n d P re v e n t i o n ......................................................................N ew P ro b le m s in G a rm e n t D yeing : D ealin g w ith U n io n s c o n ta in
ing th e M an-M ade F ib e r s ...................................E x p e r im e n ts ou th e C o n tin u o u s Dyeing- o f W ool, w ith S p ec ia l
R eferen ce to th e S ta n d fa s t M o lten -M eta l T e c h n iq u e ...................M o is tu re R e la tio n s h ip s o f W ool a n d S y n th e tic F i b e r s .............C o tton as a B asis f o r N ew T e x tile F ib e r s ......................D ynel C h a ra c te r is tic s an d P ro cessin g -...................A S u rv ey o f Dyeing- A b o v e 1 00°C in P a e k a g ^ D yeing!S y m posium on T e x tile P r in t i n g ..............................
T h e P ro d not ion o f P r in t in g R o lle rs b y ’ E le c tro d e p o s i t io n ! ! ! ! l l i e P ro d u c tio n o f P ic to r ia l E ffe c ts in T e x tile P r in t in gM elange o f V ig o u re u x P r in t i n g ..............................................T h e P ro d u c tio n o f M eta l S c re e n s ..............D octo r S tre a k s — T h e ir O rig in and P r e v e n t io n ........................T h e F lo w P ro p e r tie s o f T e x tile P r in t in g P a s t e s ..............R heo logy and th e L e tte rp re s s P r in t in g P ro cessT h e R ed u c tio n o f V a t D yes in P r in t in g P a s te s . . . . .A n In v e s tig a tio n o f t i le C hem iea l R ea c tio n s In v o lv e d in th e
Use of S o d iu m F o rm a k le h y d e -S u lfo x y la te in T e x tile P r in t in g
P 4 0 2
1920 20 21 21 22 22 23 23 23 343435
353536
3637 373738 38
79797980
80
80
8181819797
1601601 6 016 01 60160160161161
161
T h io u re a D io x id e (F o rm a m in e su lf iu ic A c id ) : A N ew R educingA g e n t i o r T e x tile P r i n t i n g ....................................................................
F asa-io -L ig h it B asie P r in t s o n V iscose R a y o n ...................................C o n tro l o i P a d d in g P ro ce sse s by R ad io a c tiv e I s o to p e L abe llingT h e P r in t in g E ffic ien cy o i V a t D y e s ......................................................D ye T r a n s ie r on D ye ing a n d P r i n t i n g ...................................................D e v e lo p m en ts in th e A p p lic a tio n o f A zo ic D yes in P r in t in g . .R e s is ts u n d e r A zo ic D y e s ..............................................................................N ew D e v e lo p m en ts in th e A p p lic a tio n o f P h ll ia lo e y a n in e s in
T e x tile P r in t in g ...........................................................................................O b se rv a tio n s o n T e x tile P r in t in g in th e U S A ..................................
T h e A d v a n ta g e s a n d U ses o f “C o lo ra y ” S p u n D yed R ayon S ta p le ; T h e T e c h n iq u e s o f U sin g “C o lo ra y ” ; a n d T h e F as tn essP ro p e r tie s o f “C o lo ra y ” .................................................................................
S o lu tio n -D y ed S ta p le .........................................................................................S om e N o te s on W ool B le a c h in g ...................................................................B le ac h in g N y lo n F a b r ic s ; U se o f A cid S o lu t io n s o i Sodium
C h lo r ite ...................................................................................................................F lu o re s c e n t W h ite n in g A g e n ts ...........................................................................U se o f S ilico n es in th e T e x ti le I n d u s t r y .....................................................N ew U n sh r in k a b le W ool F in is h . A u s t r a l ia n P ro ce ss U ses Nylon T h e C o r re la tio n o f D yeing M eth o d s a n d S e rv ic e a b ility o f W ool. .B r ig h te n in g T e x tile s w ith F lu o r e s c e n t C o m p o u n d s ..........................S a lt F o r m a t io n a n d A ir S ta b il i ty o i N a p h th o l A S P r o d u c t s . . . .N ew M e th o d o f T r ib o e le c t r i c i iy ......................................................................T h e E ffec t o f C o p p er in W ool D y e in g ........................................................A re O rion , D acro n , D ynel, e tc , th e D ryc*leaner’s P ro b lem F ibe rs? M an -M ad e F ib e r D a ta S h e e ts : A C o m p re h e n s .v e M eth o d o f Iden
t ify in g an d D iff e re n tia tin g b e tw een th e C h em ica l F ib e rs . . . .C o tto n a n d th e S y n th e tic F ib e r s ...................................................................T h e U se o i M ic ro sco p y in T e x tile D yeing a n d F in i s h in g ..................S ilico n es A p p lie d in T e x ti le P r o c e s s in g .....................................................T h e “ C o llo re s in ” P r in t in g M e th o d .............................................................E v e rg la z e C h in tz a n d E m b o ss in g E f fe c t s ................................................T h e D e v e lo p m en t a n d E n d U ses o f “O rio n ” ..........................................A b so rp tio m e tr ic C o lo rim e try in th e T e x ti le L a b o r a to r y ................T h e M ec h a n ic a l F in is h in g o f C o tto n an d R ay o n F a b r ic s : A New
U se fo r I s o c y a n a te s ...........................................................................................T h e U se o f S o d iu m C h lo rite fo r L in en P iece B le a c h in g ..................T H P C -R es in F la m e p ro o iin g ..............................................................................Som e E x p e r im e n ts o il th e O v erd y e in g o f N y lo n ..................................S tu d ie s in th e F u n d a m e n ta l P ro ce sse s o f T e x tile P r in tin g . VI—
T h e T r a n s ie r o f D isp erse an d W a te r-S o lu b le Dyes to Nylond u r in g S te a m in g ..............................................................................................
D yeing U n d e r “ S ta t ic P r e s s u r e ” S y s te m ..................................................S tr ip in g o f D yed T e x t i le s ...................................................................................P r o te c t in g W ool A g a in s t D e g ra d a t io n ........................................................F la m m a b il i ty o f C lo th in g T e x t i le s ............. ...............................................D e te rg en ts in D ry e le a n in g ...................................................................................M ild ew p ro o fin g o f C an v a s P r o d u c ts ...........................................................P r e p a ra t io n o f S o lu b le Y a rn s by th e C arb o x y m e th y la tio n of
C o tto n ......................................................................................................................F u n d a m e n ta ls o f th e D yeing o f O ellu lo s ic F ib e i\s .............................N ew D u Poin t V a t P r in t D e v e lo p m en t P r o c e s s ........................................T h e A p p lic a tio n o f Id e n tif ic a tio n T in ts , w d h P a r t i c u la r R efer
ence io A c e ta te R a y o n S ta p le ...................................................................T h e D yeing o f V iscose R ay o n a t H ig h T e m p e ra tu re s .......................T h o u re a D iox ide in T e x tile P r in t i n g ..........................................................P re v e n t io n o f Soil R ed e p o s itio n in T e x tile C lean in g O perations
by P ro te in s a n d O th e r P o ly m eric M a te r i a ls ..................................A p p lic a tio n s o f S ilico n C h em ica ls in T e x ti le P ro c e s s in g ..................W a te r -R e s is ta n t W ool ........................................................................................Som e C au ses o f D am ag es to W ool F ib e r s .............................................M e ta l C om plex C o m p o u n d s in C o tto n D y e in g .......................................S u r fa c ta n ts in T e x ti le P r o c e s s in g ................................................................T h e In f lu e n c e o f U ltra s o n ic W aves o n F ib e r s ........................................S o rb it a s a S u b s t i tu te i o r G ly cerin e in V a t P r in t i n g .......................D e te rm in a tio n o i A m in o G ro u p s in P o ly a m id e s ..................................R ea c tio n s o f D iffe ren t A m i no p la s t R esm s U sed as F i n i s h e s . . . . W ash in g F a s tn e s s o f W ool D yeings Im p ro v e d by M od ify ing Wool R e s is ta n c e to M ic ro b io lo g ic a l D e te r io ra tio n o f R esin -T reated
C ellu lo sic F a b r ic s ...........................................................................................P ro p e r tie s an d U ses o f C o u r le n e ...................................................................A b ra s io n D am age o f T e x tile F i t i e r s .........................................- .................O p p o r tu n ity f o r R a m ie .............................................................. .........................T h e P ro d u c tio n a n d P ro p e r t ie s o f S o lu tion -D yed A c e ta te .............S tu d ie s in th e P r in t in g o f T e ry len e P o ly e s te r F i b e r .......................D yeing o f N y lo n Y a rn in P a c k a g e F o r m ................................................O p tic a l an d E le c tro n M icro sco p ic S tu d ies o f C o tton F ib e r
S t r u c tu re .................................................................................................................Im p ro v in g th e D yeing P ro p e r t ie s o f P o ly e s te r F ib e i s .....................T h e H e a t S e ttin g o f T e ry len e P o ly e s te r F ila m e n t F a b ric s in
R e la tio n to D yeing a n d F in i s h in g ..........................................................T h e T e x tile T rad e and N ew er F ib e r s ........................................................H y d ro p h L ic S y n th e tic F i b e r s ...........................................................................I n v e s tig a tio n s to D e te rm in e th e E ffec ts o f th e W ash in g T em pera
tu r e a n d T im e a n d th e C o n c e n tra tio n o f th e W ash in g A gentsw h e n W a s h in g by M a c h in e ........................................................................
T e x tile F ib e r C o n s u m p t io n ................................................................................F lu o re s c e n c e a n d T e x t i le s ................................................................................A e rila n — T h e A c ry lic F ib e r , a n d B le n d s ........................................T h e E ffe c t on W ool o f B o ilin g in A q u eo u s S o lu tio n s : L— Solu
tio n s a t p H 1 .5 -9 w ith a n d w ith o u t S o d iu m S u l l a i e ..................R ag s a n d S h o d d y .................................................... ...............................................T h e D yeing o f A c e ta te R ay o n w ith D isperse D yes; 1— A queous
S o lu b i l i ty a n d th e In f lu en c e o i D isp e rs in g A g en ts ; II— The R e la tio n b e tw een A q u e o u s S o lu b ility and D yeing P ro p ertie s
T h e R e f ra c t iv e In d ic e s o f T e x ti le F ib e r s .............................................D irec t D y e s tu ffs ......................................................................................................A S im p le Id e n tif ic a tio n o f T h e rm o p la s tic F ib e r s .............................T h e D y e ab ility o f M o d em S y n th e t ic s ........................................................T h e C o m p le m en ta ry N a tu r e o f F ib e rs fro m N a tu ra l and from
S y n th e tic P o ly m e rs .............................................. .. .....................................S y n th e tic F ib e rs in C o m b in a tio n F a b r i c s ...................................................A n In tr o d u c t io n to C o n tin u o u s D y e in g .............................. .......................A ffin ity E ffe c ts d u r in g P a d d lin g ......................................... .............U se o f N y lo n Y a m s in F is h N e t t in g ...................................................P e ro x id e B le ac h in g o f P r o te in F ib e r s ........................................................N ew Id e a s fo r C rease- an d S h r in k -R e s is t F in is h in g P ro cesse s . . T a r S p o t R em o v a l f ro m C o tto n F a b r ic s d u r in g F in ish in g . . . .
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2 2 8The C re a se -R es is t F i n i s h ............................................................... ......................Nylon in S o c k s : R e la t iv e M e r its o f D iffe ren t C o n s t r u c t i o n s . . . .M ethods o f F ib e r Id e n t i f i c a t io n .............. ......................................................New P ro ce ss f o r P a d -D y e in g Synthetics* w ith A c e ta te D yes! . ! 'Successfu l B leaching- o f T y p e 6 7 0 N y lo n ...............................................Cellulose A c e ta te a s a R a w M a te r ia l f o r R ay o n P ro d u c tio nP roblem s in Dyeing: th e N e w e r S y n th e tic F i b e r s .........................! !The F u tu r e o f th e N a tu r a l F i b e r s ................... ...........................................Cotton F in ish in g - D e v e lo p m e n ts ..............................Some A sp ec ts o f th e C h e m is try and T e x tile U ses o f S e q u e s te r in g
A gents ................................................................................................. . ...........P igm ent P rin tin g - a n d D y e in g ....................................................... ..A dvanced F e a tu r e s o f N ew F u g i t o m e te r ......................................... !F ast S h ad es on S p u n R a y o n s .............. ............................................................The P ro b le m o f C ro c k in g F a s tn e s s o f N a p h th o i D y e in g s. ! ! ! ! !Nylon C olored w ith L a rg e Y a t D ye P a r t i c l e s .........................................V ariab les in P a d d in g P r o c e s s e s ........................................................................New A c e ta te D ev elo p s W o o l-L ik e C r im p ................... ...............................Viscose C o a g u la tio n in R e la tio n to th e P r o d u c t io n o f C rim ped
R ayon F i la m e n ts .......................................................................... .....................Textile I n te r - F ib e r C o m p e titio n 1 9 5 2 .................................................C rease-R esistant, F in is h e s f o r C o tto n a n d L in e n F a b r i c s . . . . . ."M ylar” P o ly e s te r F i b e r ................................................................................Orion A cry lic F i b e r .....................................................Fesin E m u ls io n s as T h ic k e n e r s ..........................................................................P ean u t P ro te in F ib e r : A r d i l ...............................................................................The D yeing o f N y lo n 6 ..........................................................................................P rob lem s o f th e G a rm e n t D y e r a n d F in is h e r , in c lu d in g th e D ye
ings o f B u t to n s ......................................................................................................A bstracts o f T e c h n ic a l P a p e r s ................................................................................A cceptability and P e rc e p t ib i l i ty o f F a d in g , S tu d ie s on th e ( N o r th
ern N ow E n g la n d S e c t’o n ) ...............................................................................Acetate D yeings A f te r t r e a te d w ith C u ra b le R esin s , F a s tn e s s P r o p e r
tie s o f (F a ir le ig h D ic k in so n C ollege S tu d e n t C h a p t e r ) ..............A cetate-D ynel-R ayon B lends, D y e in g an d F in i s h in g P ie c e G oods
M ade fro m D y n e l-R ay o n an d ( R i p p n e r ) ...............................................A cetate-Rayon B lends. Im p ro v e d W ash F a s tn e s s o f (S a lv in , Con-
c ia to ri. W alk e r , W a rd a n d F o rtes® ) ....................................................Acetylation o f C o tto n , P r a c t ic a l P a r t i a l (B u ra s , C ooper, K e a tin g
and G o ld th w a it) ................................................................................................Acrylic F ib e r, D y e in g an d F in i s h in g " O rio n ” ( S t e v e n s ) ...................Address o f th e M e d a lis t ( D e r b y ) ..........................................................................ADR A w ard W in n e r to b e A n n o u n c ed a t A n n u a l B a n q u e t, 1 9 5 4 . .ADR A w ard P re s e n te d to C h a r le s A Z ’m m e rm a n , 1 9 5 4 ...................Adsorption o f D e te rg e n t in th e D ye ing P ro c e s s ( F le t t an d H o y t) . .American D yestu ff R e p o r te r A w ard , 1 9 5 3 .................................................Analysis o f T h e S y n th e tic F ib e rs , A Q u a l i ta t iv e (L u n d e g a rd an d
R o seb erry ) ..............................................................................................................Analysis o f W ool A d m ix ed w ith C o tto n a n d V iscose R->yon. C om
p arison o f th e S u ifu r ic A cid a n d S o d iu m H y d ro x id e M eth o d sfo r th e (H o ro w itz an d M a n d e l ) ...............................................................
A ntistatic F in ish e s f o r T e x ti le s ( H a y e k ) ....................................................Appel, O lney M edal to b e A w ard ed to W illia m D u n f o r d ...................Apn*l to be 1 1 th O lnev M ed a l R ec in ie n t. W D ..............................................Application o f C h lo rin e a n d T r e a tm e n t o f T e x ti le W as te s
(C h am b erlin ) .........................................................................................................Application o f V a t and D ire c t D yes, S u m m a ry o f a n O p en -F o ru m
DJscussion (P a n e l) ..............................................................................................Aqueous B a th s , F a c to r s A ffe c tin g th e A b so rp tio n o f D isp erse D yes
by " D a c ro n ” P o ly e s te r F ib e r f ro m ( la n n a ro n e , L a rs o n an dT h o m as) ...................................................................................................................
Aspects o f G rease-W ool S co u rin g , P r a c t ic a l ( W o l f r o m ) ......................A tlanta: T h e C o n v en tio n C i ty .............................................................................A tlanta C o n v en tio n E x ceed s 1 6 0 0 , R e g is tr a t io n a t ..............................A uditor’s R e p o r t ............................................................................................................Authors of P a p e rs , N o tic e t o ..........................................P 1 1 8 , P 4 1 6 , P 6 3 4 ,Award, 1953 A m e ric a n D y e stu ff R e p o r t e r ....................................................Backsizing C a rp e ts a n d R u g s ( H a g e r ) ..........................................................Bancroft, T h e D u a l L ife o f E d w a rd ( E d e l s t e in ) .........................................Banquet, 1 9 5 3 A n n u a l ...........................................................................................Baroior L o ad in g Im p ro v e m e n t ( C o le ) ...............................................................Baths, F a c to rs A ffec tin g th e A b s o rp tio n o f D isp e rse D yes b y
"D acro n ” P o ly e s te r F ib e r f r o m A q u e o u s ( l a n n a ro n e , L a rs o nand T h o m a s ) .........................................................................................................
Behavior o f O p tica l B le a c h in g A g e n ts o n Cellulo-sdc M a te r ia ls , T h e( G L ru m a n d P e n n e r ) .............................................................................
Binding P o w e r o f T e x ti le F in i s h in g M a te r ia ls , P ig m e n t (S h a p iro ) Bleaching A g e n ts on C e llu lo s ic M a te r ia ls , T h e B e h a v io r o f O p tic a l
(G la ru m a n d P e n n e r ) ......................................................................................Blends and o th e r F ib e rs f o r C a rp e ts , D y e in g W ool (C la p h a m ) . . Blends, D yeing a n d F in i s h in g P ie c e G oods M ad e f r o m D y n e l-R ay o n
and D y n e l-R ay o n -A ce ta te ( R i p p n e r ) .......................................................Blends, Im p ro v ed W ash F a s tn e s s o f A c e ta te -R a y o n (S a lv in , Con-
c ia to ri, W alk e r , W ard a n d F o r t e s s ) .................................... • • ................Blends o i D acron o r O rion w ith W ool, D ye ing U n io n S h ad es on
(C lem son C ollege S tu d e n t C h a p t e r ) ..................................................Blends o i W ool an d S y n th e tic F ib e i s w ith W a te r -S o lu b le a n d D is
perse D yes, U n io n D y e in g (N e w Y o rk S e c tio n ) . . . ...........B O D T es ts m th e S tu d y o f T e x ti le W as te s , A C o m p a riso n o f th e
Oxygen C o n su m ed f ro m P e r m a n g a n a te a n d (R h o d e I s la n dSection S u b c o m m itte e o n S tr e a m P o l l u t i o n ) ....................................
Bond M achine, T h e ( B o n d ) ......................... ............................................................
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T e x t ilfa s e rn (V o lu m e I I o f P a r t I I — N e u e s te F o rt s c h r L t t e u n d V e rfa h re n in d e r c h e m is c h e n T e c h n o lo g ie d e r T e x t i i i a s e m ) . .
O rgan ic S yn th e se s— A n A n n u a l P u b lic a t io n o f S a t is f a c t o r y M e th o d s f o r th e P r e p a r a t io n o f O r g a n ic C h e m ic a ls ( \ o i u m e32) .............................................................................................
M aleic A n h y d r id e D e r iv a t iv e s — R e a c tio n s o f th e D o u b le B o n d . .Case H is to rie s in C o in m e r ie a l D e v e lo p m e n t ............................................T h e C h e m is itry o f S y n t h e t ic D y e s , V o lu m e I I ............................................E n cy c lo p e d ia o f C h e m ic a l T e c h n o lo g y , V o lu m e 1 0 ’— P e n ta c e n e
to P o ly m e th e n e D y e s ...................................................•■•••_................................Condensed P y r id a z in e a n d P y r a z i n e R in g s (O in n o lin e s , P h t h a la -
fcines, a n d Q u i n o z a l i n e s ) ......................................................................................O rgan ic S yn th e se s , V o lu m e 3 3 ................................................................................Detergency E v a l u a t i o n a n d T e s t i n g ....................................................................T e x tile F ib e r s , Y a r n s a n d F a b r i c s ....................................................................O rganic A n a ly s is , V o lu m e I ......................................................................................A S T M S ta n d a rd s o n S o a p s a n d O t h e r D e te rg e n ts ( w i t h R e la te d
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R a te s and M e c h a n is m s o f R e a c t io n s ....................................................... 2 2 8C h e m ic a l M e th o d s in In d u s t r ia l H y g ie n e ( In te rs c ie n ce M a n u a l
N o . 3 ) . ..................................................................... ....................................... 2 2 8R e p o rts o n th e P ro g re s s o f A p p lie d C h e m is itry , V o lu m e 37
(1 9 5 2 ) .............................................................................................................................. 2 2 8F ib e r M ic ro s c o p y (In te rs c ie n c e M a n u a l N o . 2 ) ..................................... 2 2 8
C a d y E le c te d H o n o r a r y M e m b e r, W il l ia m H a m l i n ..................................... P 3 2 6C A L E N D A R , A A T C C ........................................ P I . P 4 0 . P 7 1 , P 1 0 2 , P 1 2 6 .
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C a le n d e r: A N e w A p p r o a c h to C a le n d e r D e s ig n , T h e M c K ie r n a n -T e r r y M u lt i -P u r p o s e ( W i l k i n s o n ) ............................................................... 2 4 7
C a rp e t S o ilin g (W h it n e y a n d S c h a p p e l ) ............................................................ P 1 4 3C a rp e ts and R u g s , B a c k s iz in g ( H a g e r ) ............................................................ P 1 7 2C a rp e ts , D y e in g W o o l B le n d s and o th e r F ib e r s f o r (C la p h a m ) . . . . P 1 4 1Ca-se H is to n e s o f S tre a m P o llu t io n (W e s te rn N e w E n g la n d S u b
c o m m itte e on S tre a m P o l l u t i o n ) ............................................................... P 1 1 2Cellulose* A c e ta te F a b r ic s , A R a p id T e s t f o r G a s -F a d in g R esistan ce
o f D y e d ( F r i e d m a n ) ............................................................................................ 597C e llu lo s ic F a b r ic s , W r in k le -R e s is ta n t F in is h f o r i C o -o k e )....................... P 8 9 1C e llu lo s ic F ib e rs , N e w T e x t i le F ib e r s w it h th e S t r u c tu r a l E le m e n ts
of N a t u r a l ( C o m p t o n ) ......................................................................................... P I 03C e llu lo s ic M a te ria ls , T h e B e h a v io r o f O p tic a l B le a c h in g A g e n ts on
(G l a r u m a n d P e n n e r ) ......................................................................................... P 3 1 0C h a ir m e n o f th e S p o n s o rin g S e ctio n s , G re e tin g s f r o m t h e .................... P 5 5 1C h a ir m e n — S ta n d in g C o m m itte e s o f th e C o u n c i l ..................................... P 5 5 6C h e m .c a l C h a ra c te ris t ic s a n d C o a t in g T e c h n iq u e s ----------- G la ss F ib e rs
(M a r z o c c h i ) ................................................................................................................ P 3 2 9C h e m ic a l S p e cia ltie s , Im p o rta n it N o tic e to M a n u f a c tu re rs o f T e x t i le P 6 3 1 C h e v r e u l ( 1 7 8 6 -1 8 8 9 ) , L e D o y e n des E t u d ia n t s de F r a n c e : M ic h e l
E u g e n e (E d e ls t e in ) ................................................................................................. 8 9 7" C h lo r in a t io n ” P rocesses a n d t h e ir E ffe c t on th e W e a r L i f e of
S h r in k -R e s is ta n t M a te ria ls , T h e N a t u r e o f th e M o d if ic a tio n so f W o o l b y V a r io u s (F r is h m a n a n d H a r r i s ) .....................................
C h lo r in e and T r e a t m e n t o f T e x t i le W a s te s , A p p l ic a t io n o f(C h a m b e r l in ) .......................................................................... • • ■ •.................
C le a n in g , W h ite n e s s R e te n tio n b y S a t in and C re p e L in g e r ie F a b r ic sd u r in g N o r m a l W e a r and ( L i n d s e y ) ......................................................
C L E M S O N C O L L E G E S T U D E N T C H A P T E R —R e p o rt .................................................................................................................... • • •
C o a t in g T e c h n iq u e s a n d C h e m ic a l C h a ra c te ris t ic s -----------G la s s F ib e r s(M a r z o c c h i ) ........................................... ......................... ..........................................
C o lo r D e v e lo p m e n t a n d I t s R e la td o n s lrp to F a s h io n (S i s s o n ) ............C o m p a ris o n o f P h y s ic a l P ro p e rt ie s o f L ig h t w e ig h t C o tto n C o r d u
ro y s o f D iffe re n t C o n s tru c tio n s , A ( P e t z e l ) .....................................C o m p a ris o n of th e O x y g e n C o n s u m e d f r o m th e P e rm a n g a n a te
and B O D T e s ts in th e S tu d y o f T e x t i le W a stes, A (R h o d eIs la n d S e c tio n S u b c o m m itte e on S tre a m P o l l u t i o n ) ....................
C o m p a ris o n o f th e S u lf u r ic A c id and S o d iu m H y d r o x id e M e th o d s f o r th e A n a ly s is o f W o o l A d m ix e a w it h C o tto n a n d V isco seR a y o n (H o r o w it z a n d M a n d e l ) ........................................... .........................
C o n t r o l Processes a n d T e s t M e th o d s , A R e v ie w o f T e x t i le -S h r in k age (W a r n e r ) ........................................... ..............................................................
C o n v e n t io n C o m m itte e , R e p o rt o f N a t i o n a l ................................................C O N V E N T I O N . N A T I O N A L ( A T L A N T A ) —
P h o t o o f E x e c u t iv e C o m m it t e e .......................................................................1 9 5 4 C o n v e n t io n M essage to A A T C C M e m b e rs a nd F r i e n d s . . . . A n O p en L e t t e r f ro m th e R e s e rv a tio n C o m m itte e C h a ir m a n . . . . A t la n t a C o n v e n t io n to F e a t u r e C o rp o ra te M e m b e rs D a y ; D in in g
C o m m itte e A n n o u n c e s P la n s ..........................................................................P u b l .o it y a n d F in a n c e C o m m itte e R e p o r t s .................................................E x e c u t iv e C o m m itte e .......................... .......................................................................W D A p p e l to be 1 1 th O ln e y M e d a l R e c ip ie n t .....................................A n O p e n L e t t e r f r o m th e R e g is tra t io n C o m m it t e e ................................R e p o rts o f the T r a n s p o r t a t io n , R e c e p tio n , P r in t in g a n d E x h i b i t
C o m m itte e s ..................................................................................................................5 8 C o n c e rn s to E x h i b i t a t A t l a n t a ....................................................................L a d ie s C o m m itte e to f e a t u r e D iv e rs if ie d P r o g r a m ................................T e c h n ic a l P r o g r a m ....................................................................................................S p e cia l T r a i n to A t l a n t a .........................................................................................A n In v it a t io n i i o m th e P re s id e n t .....................................................................A n I n v it a t io n f r o m th e V ic e P re s id e n t, S o u th e rn R e g io n ..............G re e tin g s I r o m th e C h a ir m e n o f th e S p o n s o rin g S e c tio n s ..............P r o g r a m ........................................................................ ............................ .........................N a t .o n a l O ffice rs o f A A T C C ................................................................................P a s t P re s id e n ts .............................................................................................................C h a ir m e n — s ta n d in g C o m m itte e s o f th e C o u n c i l ................................N a t io n a l C o n v e n t io n C o m m it t e e ................................................. ..A t la n t a C o n v e n t io n E x e c u t iv e C o m m itte e a n d C o m m itte e
M e m b e rs .................................................................................................................. ' 'Y o u r H o s ts f o r th e 3 3 r d N a t io n a l C o n v e n t io n : T h e S o u th e rn se c
t io n s — P ie d m o n t , S o u th C e n tra l, S o u th e a s te rn a n d \v u s h in g -to n ( T h o m p s o n ) ............................................................ ......................................
T h e S o u th s F i r s t T e x t i le W e t P ro c e s s in g E x h i b i t ................................E x h i b i t D e s c rip t io n s ..............................................................................1 9 5 4 A D R A w a r d W in n e r to be A n n o u n c e d a t A n n u a l B a n q u e t ln te rs e c t io n a l C o n te s t C o m m itte e , J u d g e s , S e c tio n a l C o m m itte e sA b s t r a c t s o f ln te rs e c t io n a l C o n te s t P a p e r s .................................................O ln e y M e d a l to be A w a r d e d to W i l l ia m D u n f o r d A p p e l .................A b s t r a c t s o f T e c h n ic a l P a p e r s ...........................................................................A t la n t a — T h e C o n v e n t io n C i t y ............................. .............................................1 9 5 4 A D R A w a r d P re se n te d to C h a rle s D Z im m e r m a n ....................W a s h in g to n F i r s t i n 1 5 th ln te rs e c tio n a l C o n t e s t ...................................R e g is t r a t io n a t A t la n t a C o n v e n t io n E x c e e d s 1 6 C 0 ................................
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te ria ls ( G la tru m a n d P e n n e r ) ................................................................... P 3 1 0H o s ie r y G r o u p :
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T h e E ffe c t o f U r e a -F o r m a ld e h y d e R e s in s on th e L ig h t F a s t ness o f D ire c t D y e s (R h o d e Is la n d S e c t i o n ) .................................... P 6
T h e T e a r S tre n g th o l R e s in -T r e a t e d T e x t i le s (P ie d m o n t S ec t io n ) ......................................................................................................... P 4 1
R e la t io n s h ip B e tw e e n S t r u c tu r e o f D y e s a n d T h e i r D y e in g C h a ra c te r is t ic s o n H y d r o p h o b ic F ib e r s (N o r t h e r n N e w E n g la n d S e c t io n ) ......................................................................................................... P 4 2 6
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In v e s t ig a t io n o f S o d iu m S u li'o x y la te f o rm a ld e h y d o as th e P r i m a r y R e d u c in g A g e n t in V a t D y e in g (S o u t h C e n t r a l Sect io n ) ............................................................... P 5 2 5
U n io u D y e in g B le n d s o f W o o l a n d S y n t h e t ic F ib e r s w it hW a t e r -S o lu b le a n d D is p e rse D ye s (N e w Y o r k S e c t i o n ) . . . . P 6 5 6
L e v e lin g U n e v e n ly D y e d M a t e r ia l (P h i la d e lp h ia S e c t io n ) . . . . P 8 3 9N a t io n a l S tu d e n t C o n te s t :
D y e in g U n io n S h ad es o n B le n d s o f D a c r o n o r O r io n w it h W o o l(C le m s o n C o lle g e S tu d e n t C h a p t e r ) ......................................................... P 4 8
F a s tn e s s P ro p e rt ie s o f A c e ta te D y e in g s A f t e r -t r e a t e d w it h C u ra b le R e s in s (F a i r le ig h D ic k in s o n C o lle g e S tu d e n t C h a p t e r ) ............................................................................................................................ P 6 0
O ln o y M e d a l A w a r d :R o la n d E v e r e t t D e r b y . . . T h e M e d a lis t— T h e M a n (S a m p s o n ) P 2 7 1 R o la n d E v e r e t t D e rb y . . . T h e M e d alist-— T h e S c ie n tis t
(L e i t c h ) ................................................................................................................. P 2 7 2P re s e n ta tio n o f M e d a l ( B o n n a r ) ................................................................... P 2 7 3A d d re s s o f th e M e d a lis t ( D e r b y ) ........................................................................ P 2 7 4
■'Science F ib e r s ” G r o u p :L a u n d e r in g P ro p e rt ie s o f th e S cie nce F ib e r s ( J o h n s o n ) ............ P 2 3 9D y n e l “ In n e r S t r u c t u r e ” ( F e ild , S e tte rs tro n i a n d D a v is s o n ) . . P 2 9 6
T e x t i le A u x i l ia r ie s G r o u p :P o ly v in y l P y r r o l id o n e : \ V e rs a tile C o m p o u n d w it h P o te n t ia l
T e x t i le U s e s (H a n s e n , B e r g m a n a n d W h i t w e r ) .......................... P 7 2E m u ls io n P o ly m e r s f o r th e T e x t i le In d u s t r y ( S h a p ir o ) . . . . P 1 3 2A d s o r p t io n o f D e te rg e n t in the D y e in g P ro c e ss ( F l e t t and
H o y t ) .......................................................................................................................... P 3 3 5A n t is ta t ic F in is h e s f o r T e x t i le s ( H a y e k ) ............................................ P 3 6 8
W o o l G r o u p :T h e N a t u r e o f th e M o d if ic a tio n s o f W o o l b y V a r io u s “ C h lo
r in a t io n ” P rocesses a n d T h e i r E ffe c t o n th e W e a r L i f e o fS h r in k -R e s is t a n t M a te r ia ls ( F r i s h m a n ) ............................................ P 1 7 4
P r a c t ic a l A s p e c ts o f G re a s e -W o o l S c o u r in g ( W o l f r o m ) ............ P 3 7 2C o o p e r, T h e C o n t r ib u t io n s o f T h o m a s ( E d e l s t e u i ) ................................... 1 81C o rd u ro y s o f D iffe re n t C o n s tru c t io n , A C o m p a ris o n o f P h y s ic a l
P ro p e rt ie s o f L ig h t w e ig h t C o tto n ( P e t z e l ) ............................................ P 4 4 2C o tto n , A n In v e s t ig a t io n o f th e P ro p e rt ie s o f C y a n o e th y la te d
(R h o d e Is la n d S e c tio n ) .................................................................................... P 7 7 4C o tto n a n d R a y o n F a b r ic s , S h r in k a g e in L a u n d e r in g o f ( A A T C C
R e s e a rch C o m m itte e on D im e n s io n a l C h a n g e s ) ................................ P 3 6 4C o tto n a n d V is c o s e R a y o n , C o m p a ris o n o f th e S u lf u r ic A c id and
S o d iu m H y d r o x id e M e th o d s f o r th e A n a ly s is o f W o o l A d m ix e d w it h (H o r o w it z a n d M a n d e l ) ....................................................... 6 1 3
C o tto n C o r d u r o y s o f D iffe re n t C o n s tru c tio n s , C o m p a ris o n o f P h y s i c a l P ro p e rt ie s o f L i g h t w e ig h t ( P e t z e l ) ................................................. P 4 4 2
C o t t o n -F a b r ic S h r in k a g e a n d Its C o n t r o l ( L a n g ) ...................................... P 4 6 4C o tto n K n d t G o o d s, S t a b i l i ty C o n t r o l o f ( S m i t h ) ......................................... P 4 6 7C o tto n , P r a c t ic a l P a r t ia l A c e t y la t io n o f (B u r a s , C o o p e r, K e a t in g
and G o ld t h w a it ) ..................................................................................................... P 2 0 0C o tto n to P ro d u c e W a t e r R e p e le n cy , T h e U s e o f O c ta d e c y l Is o c y a
n a te o n (H a in a la in e n , R e id a n d B e r a r d ) ................................................. 4 5 3C O U N C I L —
O n e H u n d r e d a n d E i g h t y -N i n t h M e e t in g ....................................................... P 4 6O n e H u n d r e d a n d N in td e th M e e t in g .................................................................. P 3 8 0O n e H u n d r e d a n d N i n e t y -F i r s t M e e t in g .......................................................... P 4 0 0O n e H u n d r e d a n d N in e ty -S e c o n d M e e t in g .................................................... P 5 2 4O n e H u n d re d a n d N i n e t y -T h i r d M e e t in g ....................................................... P 7 9 3
C o u n c il, C h a ir m e n — S ta n d in g C o m m itte e s o f t h e ...................................... P 5 5 6C re a s e -R e s is ta n t F in is h e s w it h P o ly m e r ic L a tie e s , M o d if ic a t io n o f
U r e a -F o r m a ld e h y d e a n d M e la m in e -F o r m a ld e h y d e (S o u t h e a s t e rn S e c tio n ) ................................................................................................................ P 7 8 0
C re p e L in g e r ie F a b r ic s d u r in g N o r m a l W e a r a n d C le a n in g , W h it e ness R e te n t io n b y S a t in a n d ( L i n d s e y ) .................................................... P 7 6 0
C u ra b le R e sin s, F a s tn e s s P ro p e rt ie s o f A c e ta te D y e in g s A f t e r -tre a te d w it h (F a i r le i g h D ic k in s o n C o lle g e S tu d e n t C h a p t e r ) . . P 5 0
C y a n o e th y la te d C o tto n , A n In v e s t ig a t io n o f th e P ro p e rt ie s o f(R h o d e Is la n d S e c t io n ) ....................................................................................... P 7 7 4
D a c ro n o r O r io n w it h W o o l, D y e in g U n io n S h ad es o n B le n d s of(C le m s o n C o lle g e S tu d e n t C h a p t e r ) .......................................................... P 4 S
“ D a c r o n ” P o ly e s te r F ib e r f r o m A q u e o u s B a th s , F a c t o r s A ffe c tin g th e A b s o r p t io n o f D is p e rs e D y e s b y ( Ia n n a r o n e , L a r s o n andT h o m a s ) ....................................................................................................................... P flfin
D e p th ( o r A p p a r e n t S t r e n g t h ) o f D y e in g s a n d “ M o n e y V a lu e ” o fD ye s , T in c t o r ia l S tre n g th ( G o d l o v e ) ....................................................... P 6 8 5
D e rb y , R o la n d E v e r e t t . . . T h e M e d a lis t— T h e M a n (S a m p s o n ) . . P 2 7 1 D e r b y , R o la n d E v e r e t t . . . T h e M e d a lis t— T h e S c ie n tis t ( L e i t c h ) P 2 7 2D e rb y , T e n t h O ln e y M e d a l A w a r d to R o la n d E v e r e t t ............................. P 2 7 ID e te rg e n t E f f ic ie n c y -In t e r p r e t a t io n o f R e fle c ta n ce C u rv e s (B a c o n
a n d S m i t h ) P 6 1 9D etergent, in th e D y e in g P ro c e ss , A d s o r p t io n o f ( F l e t t a n d H o y it ) . P 3 3 5D im e n s io n a l S t a b i l i t y o f V is c o s e R a y o n ( L e a v i t t ) ................................... P 4 7 2D ire c t D ye s , S u m m a r y o f A n O p e n -F o r u m D is c u s s io n o n th e A p
p lic a tio n o f V a t a n d (P a n e l ) ........................................................................ P 8 8 3D ire c t D ye s , T h e E ffe c t o f U r e a -F o r m a ld e h y d e Resdns o n th e L i g h t
F a s tn e s s o f (R h o d e Is la n d S e c t io n ) .......................................................... P 6D is p e rse D ye s b y “ D a c r o n ” P o ly e s te r F i b e r f r o m A q u e o u s B a th s .
F a c to r s A ffe c tin g th e A b s o r p t io n o f (Ia n n a r o n e , L a r s o n a nd T h o m a s ) ....................................................................................................................... P 6 5 0
D is p e rs e D ye s , U n io n D y e in g B le n d s o f W o o l a n d S y n th e t ic F ib e rsw it h W a t e r -S o lu b le a n d (N e w Y o r k S e c t i o n ) ............................. .. .
D r y c le a n in g a nd L i g h t . A P r e l im in a r y S t u d y o f T h e A b ra s io n R e s is ta n c e o f F a b r ic s w h e n T e s t U n it s o f A b ra s io n a re C o m - b in e d w it h T e s t U n i t s o f L a u n d e r in g , (Z o o k a n d M a c k ) . . . .
D r y i n g M e d iu m , T h e U s e o f S u p e rh e a te d S te a m as a ( H u n t e r ) . . D u P o n t J a c k s o n L a b o r a t o r y P a c k a g e D y e r , T h e ( B la k e r and
S t r ic k l i n ) .......................................................................................................................D y e A p p l ic a t io n , T h e In f lu e n c e o f T e m p e r a t u r e on V a t - ( F o x ) . . . D y e d C e llu lo s e A c e ta te F a b r ic s , A R a p id T e s t fo r G a s -F a d in g
R e s is ta n ce o f ( F r i e d m a n ) .................................................................................D y e d V isc o se , S p u n - ( W a l m s l e y ) .......................................................... .................D y e h o u s c P ro b le m s , P n e u m a t ic M a n g le S o lve s M a n y ( A m i d o n ) . .D y e in g a n d F i n is h in g “ O r i o n ” A c r y l i c F i b e r (S t e v e n s ) ..........................D y e in g a n d F in is h in g P ie c e G o o d s M a d e f r o m D y n e l-R a y o n and
D y n e l -R a y o n -A c e ta te B le n d s (R i p p n e r ) ................................... .............D y e in g a n d P r in t i n g o f G la s s D e c o r a tiv e F a b r ic s , T h e F in ish in g *
(C a r o s e ll i ) ........................................................................... .......................................D y e in g B le n d s o f W o o l and S y n t h e t ic F ib e r s w it h W a te r-S o lu b le
a n d D is p e rs e D y e s , U n io n (N e w Y o r k S e c tio n ) ...............................D y e in g C h a r a c te r is t ic s o n H y d r o p h o b ic F ib e r s , R e la tio n s h ip B e
tw e e n S t r u c t u r e o f D y e s and T h e i r ( N o r t h e r n N e w E n g la n dS e c t io n ) .........................................................................................................................
D y e in g In d u s t r y o f F r a n c e , H o w N a p o le o n A id e d th e E a r ly (E d e l s te in ) ...............................................................................................................................
D y e in g K n i t G o o d s , N e w M e th o d o f V a t - ( B l u m ) .....................................D y e in g M e ta liz e d W o o l C o lo rs , N e w N e u t r a l - ( C l a p h a m ) .................D y e in g , N a p h t h o l ( N u t t a l l ) ..................................................................... ................D y e in g o f T e x t i le F ib e r s U n d e r S ta t ic P re s s u re , T h e ( D r i j v e r s ) . . D y e in g P ro c e ss , A d s o r p t io n o f D e te rg e n t in th e ( F l e t t and H o y t ) . .D y e in g , S u b s t r a t u m F o r m in W o o l ( S e t t y ) ................................ .................D y e in g U n io n S h a d e s o n B le n d s o f Da< r o n o r O r io n w it h W o o l
(C le m s o n C o lle g e S tu d e n t C h a p t e r i .........................................................D y e in g W o o l B le n d s and O t h e r F ib e r s f o r C a rp e ts ( C l a p h a m ) . . . . D y e in g s A f t e r tr e a t e d w it h C u ra b le R e s in -. F a s tn e s s P ro p e rtie s o f
A c e ta te (F a i r le i g h D ic k in s o n C o lle g e S tu d e n t C h a p t e r ) ..............D y e in g s a n d “ M o n e y V a lu e ” o l D ye s , T in c t o r ia l S tre n g th , D e p th
( O r A p p a r e n t S t r e n g t h ) o f ( G o d l o v e ) ................................................D y e r , T h e D u P o n t Ja c k s o n L a b o r a t o r y P a c k a g e (B la k e r and
S t r ic k l i n ) ......................................................................................................................D y e r s ’ G u ild s , A L o o k a t t h e E a r l y ( E d e l s t e i n ) ...........................................D ye s— A M is c e lla n y , V a t ( F o x ) .............................................................................D ye s a n d T h e i r D y e in g C h a ra c te r is t ic s o n H y d r o p h o b ic F ib e rs ,
R e la t io n b e tw e e n S t r u c tu r e o f (N o r t h e r n N e w E n g la n dS e c t io n ) .........................................................................................................................
D y e s b y “ D a c r o n ” P o ly e s te r F i b e r f r o m A q u e o u s B a th s , F a c to rs a ffe c tin g th e A b s o r p t io n o f D is p e rs e (Ia n n a r o n e , L a r s o n andT h o m a s ) ........................................................................................................ ..
D ye s, S u m m a r y o f an O p e n -F o r u m D is c u s s io n o n th e A p p lic a t io n ofV a t a n d D ire c t ( P a n e l ) .........................................................................................
D ye s, T h e E ffe c t o f U r e a -F o r m a ld e h y d e R e s in s on th e L i g h t F a s t ness o f D ir e c t (R h o d e Is la n d S e c t io n ) ...................................................
D ye s, T in c t o r ia l S tre n g th , D e p th ( o r A p p a r e n t S t r e n g t h ) of D y e in g s a n d “ M o n e y V a lu e ” o f ( G o d l o v e ) ...................................................
D ye s, U n io n D y e in g B le n d s o f W o o l a nd S y n th e t ic F ib e rs w it hW a t e r -S o lu b le a n d D is p e rs e ( N e w Y o r k S e c t io n ) .........................
D y e s tu ffs , N e u t r a l P re m e ta liz e d ( W e i d m a n n ) .............................................D y e w o o d s a n d T h e i r A p p l ic a t io n , N a t u r a l ( T i s d a l e ) ...............................D y n a m ic A b s o r p t io n T e s t , T h e U s e o f M e t a l T u b e s in th e L a u n d e r -
O m e te r f o r th e (M a n d i i k o s ) .............................................................................D y n e l “ In n e r S t r u c t u r e ” (F e i ld , S ette rsitro m a n d D a v i s s o n ) ..............D y n e l -R a y o n a n d D y n e l - R a y o n - A cet a te B le n d s , D y e in g a nd F in is h
in g P ie ce G o o d s M a d e f r o m ( R i p p n e r ) ...................................................E ffe c t o f U r e a -F o r m a ld e h y d e R e s in s o n th e L i g h t Fa stne ss of
D ir e c t D ye s . T h e (R h o d e Is la n d S e c t i o n ) .............................................E f f lu e n t a n d a S e w a ge P la n t . T e x t i le ( D i c k ) .............................................E le c t r o s t a t ic B e h a v io r o f F a b r ic R e s is t iv it y , O n e C lu e to (T e ix e ir a
a n d E d e ls t e in ) ..........................................................................................................E le m e n ts o f N a t u r a l C e llu lo s ic F ib e r s , N e w T e x t i le F ib e rs w ith
S t r u c t u r a l (C o m p t o n ) ......................................................................................E M P L O Y M E N T R E G I S T E R ...................................P I . P 4 0 , P 1 0 2 , P 1 2 6 ,
P I 6 6 P I 9 3 , P 2 3 1 , P 2 6 1 , P 2 9 3 , P 3 2 6 , P 3 5 7 , P 3 9 8 . P 4 2 1 .P 4 6 1 . P 5 4 0 , P 5 9 1 . P 6 2 2 , P 6 4 7 . P 6 7 7 . P 7 1 7 , P 75 0.
E m u ls io n P o ly m e r s f o r th e T e x t i le In d u s t r y ( S h a p i r o ) ...................E v a l u a t i o n o f a T e n s io n in g D e v ic e f o r U s e w it h th e T a b e r
A b ra s e r , A n (T h o m a s a n d W h a m ) ................................................... ..E x e c u t iv e C o m m itte e a n d C o m m itte e M e m b e rs , A t la n t a C o n v e n tio nE x h i b i t , T h e S o u t h ’s F i r s t W e t P ro ce ss in g - ......................................................E x h ib i t io n , 1 9 5 4 A m e r ic a n T e x t i le M a c h in e r y ..........................................F a b r ic S u rfa c e S*tudy (K r a m m e s a n d M a r e s h ) ..........................................F a c t o r s A f f e c t in g th e A b s o r p t io n o f D is p e rs e D y e s b y “ D a c ro n ’ '
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e datori, W a lk e r , W ia rd a n d F o r t e s s ) ................................................... .. • P 7 o4F a stn e ss o f D ir e c t D y e s , T h e E ffe c t o f U r e a -F o r m a ld e h yd e Resins
o n th e L i g h t (R h o d e Is la n d S e c t i o n ) ......................................................Fa stn e ss P ro p e rt ie s o f A c e ta te D y e in g s A f t e r tr e a t e d w it h C u ra b le
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th e S y s te m o f Y a r n M a n u f a c t u r in g , as w e ll as th e (C a r o n ) . .F ib e r , D y e in g a n d F in i s h i n g “ O r io n ” A c r y l i c ( S t e v e n s ) ......................F ib e r P la c e m e n t ( S c h w a r z ) ......................................................................................F ib e r g la s T e x t i le s , N e w In d u s t r ia l A p p l ic a t io n s o f ( H o r t o n ) . . . - P3«KF ib e r g la s T e x t i le s , S y m p o s iu m o n ........................................................................... P o l lF ib e r s ----------- C h e m ic a l C h a ra c te r is t ic s a n d C o a t in g T e c h n iq u e s , Glass
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Island Sectio in. from the Pro4)' jufroni the Vice P ■ M 13th AATfl .v.fs, New Method -*ij, Stability Cont: -s lodiMon of Cr m Ctsafie-Ettistai s section) ..........
hnatn Resistance o: Combined with I t
of Cotton ifld isarch Committee oi - ' d Properties of t -Jr-Ometer lor die I Tubes in the d! ihmability and tb i Preliminary Stud: is when Test Units - j of Laimdenn? D fames of Direct I
on the (Rhode jj**8 °f Synthetic ** of lanperature
^ Tests in the nons and Operati ■ fobrits During- \ ““•"bSstinji 1™ ^««s Dn- 'ffitwvemem, BarJHJBHologica]
, “teinaig; 195
Sultl-Pu,i ^ iwai
> « Ili t
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ffUCilfsj*.
** Bert
%ox.c
Dyes—
IV AMERICAN DYESTUFF REPORTER^^— ■MPUb.^qr 20, 1954 2o
Finish for Cellulosic Fabrics, Wrinkle-Resistant (Cooke)............... P891Finishes for Textiles, Antistatic (H ayek)......................................... P368Finishes with Polymeric Latices, Modification of Urea-Formalde
hyde and Melamine-Formaldehyde Crease-Resistant (Southeastern Section) ............................................................................. P780
Finishing-, Dyeing- and Printing of Glass Decorative Fabrics, The(Caroselli) ........................................................................................ P327
Finishing Fabrics, Problems in Resin- (Silver) . .................... .. P697Finishing Materials, The Pigment Binding Power of Textile
(Shapiro) ........................................................................................ P691Finishing “Orion” Acrylic Fiber, Dyeing and (Stevens).................... P409Finishing Pie<*e Goods Made from Dynel-Rayon and Dynel-Rayon-
Acetate Blends. Dyeing and (R ippner)..................................... P209Flammability and the Law (H ager).................................................... P788France, How Napoleon Aided the Early Dyeing Industry of
(Edelstein) .............................. 33Frey Appointed as New Administrative Assistant............................ P127Gas-Fading Resistance of Dyed Celluose Acetate Fabrics, A Rapid
Test for (Friedm an)........................................................................ 597GEORGIA INSTITUTE OF TECHNOLOGY STUDENT CHAPTER—
Report ..................................................................................................... P314Glass Decorative Fabrics, The Finishing, Dyeing and Printing of
(Caroselli) ........................................................................................ P327Glass Fibers------ Chemical Characteristics and Coating Techniques
(Marzocchi) ................................................................................... P329Grease-Wool Scouring. Practical Aspects of (W olfram )............... P372Greetings from the Chairmen of the Sponsoring Sections............... P55JGuide to Laws and Regulations Regarding Stream Pollution......... P359Guilds, A Look a t the Early Dyers’ (Edelstein)............................... 119Heat Setting Synthetics (E vans)........................................................... P470Highlights of the Past Year (W ood).................................................. 877Historical Notes on the Wet-Processing Industry (Edelstein) . . . .33, 119.
181. 3 15, 517, 712, 897History of a Plant for Treatment of Textile Sewage (Hensehel) . . History of Operations of Textile-Sewrage Plants in Connecticut
(Snow) ..........................................................................................Hooke, The Role of Robert (Edelstein)..............................................Hosiery, Woolen and Worsted Spun Yarn in (M unz)....................Hosts for the 33rd National Convention, Your (Thompson).........HUDSON-MOHAWK SECTION—
Reports ..........................................P52, P194, P138, P507, P677,Humidity on the Light Fastness of Synthetics in the Fade-Ometer,
A Study of the Effect of Temperature and (Mid-West Section) Hydrophobic Fibers. Relationship Between Structure of Dyes and
Their Dyeing Characteristics on (Northern New EnglandSection) ............................................................................................
Index to Patent Digest.............................................................................Industrial Applications of Fiberglas Textiles, New (Horton) . . . . Influence of Temperature on Vat-Dye Application, The (Fox) . . . .“Inner Structure”, Dynel (Feild, Setterstrom and Davisson).........Intersectional Contest, Details o f .........................................................Intersectional Contest, Washington First in 15 th ............................Investigation of Sodium Sulfoxylateformaldehyde as the Primary
Reducing Agent in Vat Dyeing (South Central Section) . . . . Investigation of the Properties of Cyanoethylated Cotton, An
(Rhode Island Section)..................................................................Invitation from the President, An.......................................................Invitation from the Vice President of the Southern Region, An. .Jaooby Elected 13th AATCC President..................................................Knit Goods, New Method of Vat-Dyeing (B lum )............................Knit Goods, Stability Control of Cotton (S m ith )............................Latices, Modification of Urea-Formaldehyde and Melamine-Formal
dehyde Crease-Resistant Finishes with Polymeric (Southeastern Section) ...................... ..................... .....................................
Laundering, Drycleaning and Light, A Preliminary Study of The Abrasion Resistance of Fabrics when Test Units of Abrasionare Combined with Test Unit sof (Zook and M ack)...............
Laundering of Cotton and Rayon Fabrics, Shrinkage in (AATCCResearch Committee on Dimensional Changes)..........................
Laundering Properties of the Science Fibers (Johnson)...............Launder-Ometer for the Dynamic Adsorption Test, The Use of
Metal Tubes in the (M andikos).....................................................Law, Flammability and the (H ager)...................................................Light, A Preliminary Study of The Abrasion Resistance of Fab
rics when Test Units of Abrasion are Combined with TestUnits of Laundering Dryeleaning and (Zook and M ack).........
Light Fastness of Direct Dyes, The Effect of Urea-FormaldehydeResins on the (Rhode Island Section).......................................
Light Fastness of Synthetics in the Fade-Ometer, A Situdy of the Effect of Temperature and Humidity on the (Mid-West Section) .................................................................................................
Laght Fastness Tests in the Fade-Ometer, New Recommended TestConditions and Operating Practices for (N orton)....................
Lingerie Fiabrics During- Normal Wear and Cleaning, WhitenessRetention by Satin and Crepe (Lindsey)...................................
List of New Products Developed Since November, 1953, Alphabetical ...............................................................................................
Loading Improvement, Barotor (Cole)................................................LOWELL TECHNOLOGICAL INSTITUTE STUDENT CHAPTER—
Reports .......................................................................................... P i 94,Luster, Better Mercerizing for Improved (Fourt and Sookne) . . . .Machinery Exhibition, 1954 American Textile.................................Man, Roland Everett Derby . . . The Medalist— The (Sampson) . .Man-Made Fibers in Fashion (B oyer).................................................Mangle Solves Many Dyehouse Problems, Pneumatic (Amidon) . . MoKiernan-Terry Multi-Purpose Calender: A New Approach to
Calender Design (W ilkinson).........................................................Medal, Presentation of (B onnar).........................................................Medalist, Address of the (D erby).........................................................Medalist—The Man, Roland Everett Derby, The (Sam pson).........Medalist—The Scientist, Roland Everett Derby, The (Leitcli) . . . . Melamine-Formaldehyde Crease Resistant Finishes with Polymeric
P114P1112
315P266P560P795
P497
P426P509P330P785P296P572P678P525P774P550P550P881P719P467
P780
61P364P239
P402P788
61
P6
P497
P628P760
805709
P339P304
221P271P494
673
247P273P274
P272
Latices, Modification of Urea-Formaldehyde and (Southeast-P780
MEMBERSHIP APPLICATIONS...........P I, P49, P71, P127, P166,P231, P295, P334, P359, P398, P421, P489, P540. P632,
P647, P750, P792, P839, P882Man, Roland Everett Derby—The Medalist— The (Sampson) . . . . P271Me.eenzing for Improved Luster, Better (Fourt and Soo.viie)......... P30JMetalized Wool Colors, New Neutral-Dyeing (C lapham )............. P200Method of Vat-Dyeing Knit Goods, A New (B lum )...................... P719MID-WEST SECTION—
Reports ................. P180, P194, P338, P541, P542. P677, P715, P882Miscellany, Vat Dyes— A (Fox) P730
Modification of Urea-Formaldehyde and Melamine-Formaldehyde Crease Resistant Finishes with Polymeric Latices (Soutn-eastem Section) ...........................................................................
Modifications of Wool by Various “Chlorination” Processes and their Effect on the Wear Life of Shrink-Resistant MateriaLs.The Nature of the (Frishman and H arris)..............................
“Money Value” of Dyes, Tinctorial Strength, Depth (or ApparentStrength) of Dyeings and (Godlove).......................................
Naphthol Dyeing (Nut ta l l ) ................................................................Napoleon Aided the Early Dyeing Industry of France, How
(Edelstein) ......................................................................................National Convention Committee, Report o f ....................................National Officers of AATCC..................................................................Natural Cellulosic Fibers, New Textile Fibers with the Structural
Elements of (Compton)..............................................................Natural Dyewoods and Their Application (Tisdale)..........................Nature of the Modifications of Wool by Various “Chlorination''
Processes and Their Effect on the Wear Life of Shrink-Resistant Materials, The (Frishman and H arris)............................
Neutral-Dyeing Metalized Wool Colors, New (Clapham)...............Neutral Premetalized Dyestuffs (Weidmann)..................................NEW BEDFORD INSTITUTE OF TEXTILES AND TECHNOLOGY
STUDENT CHAPTER—Reports ............................................................................... P16, P180.
NEW YORK SECTION—Reports . . . .PI 48, P282. P359. P478. P506. P632. P649. P715.
NEWS OF THE TRADE................. 24, 55, 82, 121, 151, 183, 220,249, 283, 319, 350, 387. 417, 449, 479, 512, 599. 637, 675.
702, 736. 771, 799NEWSLETTER. AATCC RESEARCH...........P2, P70. P230. P294,
P358, P422, P477, P486, P588. P646. P716, NIAGARA FRONTIER SECTION—
Reports............................................................................. P398. P541.Nominating Committee, Report of th e ...............................................NORTHERN NEW ENGLAND SECTION—
Reports..................... P16, P49, P147, P194, P282, P339. P541.Notes on the Wet-Processing Industry, Historical (EdeLstein)
33, 119. 181, 315. 517, 712,Notice to all Manufacturers of Textile Chemical Specialties, Im
portant ............................................................................................Notice to Authors of Papers..............................P118, P416, P634,Octadecyl Isocyanate on Cotton to Produce Water Repelleney.
The Use of (Hamalainen, Reid and Berard)..........................Olney Medal Award to Roland Everett Derby, Tenth...................Olney Medal Recipient, W D Appel to be 11th..................................Olney Medal to be Awarded to William Dunford Appel...............Operating Practices for Lighjt Fastness Tests in the Fade-Ometer.
New Recommended Test Condition and (N orton)...................Optical Bleaching Agents on Celulosic Materials, The Behavior of
(Glarum and Penner)....................................................................“Orion” Acrylic Fiber, Dyeing and Finishing (Stevens)...............Orion with Wool, Dyeing Union Shades on Blends of Dacron or
(Clemson College Student Chapter)...........................................Oxygen Consumed from the Permanganate and B O D Tests in the
Study of Textile Wastes, A Comparison of the (Rhode IslandSection Subcommittee on Stream Pollution)............................
PACIFIC NORTHWEST SECTION—Reports ........................................................................................P415,
PACIFIC SOUTHWEST SECTION—Reports..................................................... P148, P282, P340, P541.
Package Dyer, The Du Pont Jackson Laboratory (Blaker andStricklin) ........................................................................................
Papers, Abstracts of Technical................................................................Papers, Notice to Authors o f ................................P118, P416, P634,Past Presidents of AATCC....................................................................PATENT DIGEST—
Pigment Printing—Aqueous Systems Instead of Emulsions Used Pigment Printing— Reaction Products of Polyamines and Cross-
Linking Agents ...............................................................................Bottom Chroming Wool—-Continuous Process................................Ager Divided in Two or More Separate Chambers........................Printing Indigosols— Aromatic Pyridinium Compounds as Dis
persants ..........................................................................................Astatic Composition—Fatty Acid Partial Esters of Hexiitols. . . . Polyvinyl Acetate Emulsions— Stabilized with Styrene-Butadiene
Copolymers ......................................................................................Concentrated Oil-in-Water Emulsions for Dyeing and Printing. .Apparatus for Producing Moire Designs.........................................Printing Pastes containing Onium Dyes—Organic Acids and
Hydrophilic Assistants Added........................................................Dyeing Nitrogenous Fibers with Metallized Azo Dyes— Nonionic
Subsituted Triazines ....................................................................Improving Fastness of Copper-Treated Dyes—Combined with
Aldehyde Condensates ...................................................................Water-Repellent Fabrics—Metal Soap Dispersions plus Non
ionic Agents ....................................................................................Dyeing Polyvinyl Fibers with Dispersed Dyes— Swelling plu6
Swelling-Compensating Agents ...................................................Dyeing Dry-Spun Acrylonitrile Fibers— Zinc Chloride Used. . . . Dyeing Chlorine-Containing Acrylic Fibers with Acid Dyes,
Thiourea Added .............................................................................Shrinkproofing Wool— Alcoholic Caustic Combined with Formal
dehyde Treatment .........................................................................Offset Printing Textiles—Insoluble Basic Dyes in Water-Free
Medium .............................................................................................Shrinkproofing Wool— Acid-Soluble Hydrophobic Melamine-For
maldehyde Condensates .............................................................. ..Flameproofing Composition—Precipitated Antimony Salt.........Pigment-Printing Emulsion— Special Polyesters as Pigment
Binders ..........................................................................................Dyeing Protein Fibers— Alkylating Pretreatment........................Roller Printing Machine— Transfer Rollers of Variable Width.Pigment Prints—Fixed with Polyisocyanates Derivatives...........Coating Cotton with Viscose— Steam and Wetting Pretreatment Azodyeing Cellulose Acetate—Coupling of Components Improved Shrinkproofing Wool with Solutions of Water-Insoluble Polyamides ................................................................................ ..................Dyeing Nylon or Cellulose with lee Colors— Guanidine AddedDyeing Synthetic Fibers with Vat Dyes.........................................Pad Dyeing or Printing Cellulose Acetate—Alginate Thickened
Alcoholic Liquids .........................................................................Printing Vat Dyes— Zirconium Salts Added................................Increasing Luster by Mercerizing and Calendering........................Dyeing Vat Dyes— Adding Surface-Active Amino-Amide Salts.. Flameproofing with Nitrogen-Phosphorus-Containing Compounds Durable Finish—Starch, Methylolurea, Thermoplastic Polymers
December AMERICAN DYESTUFF REPORTER
P780
PI74
P685P178
33P795P554
P103157
P174P200P167
P242
P882
. 900
P840
P749P591P596, 897P631P876
453P271P424P578P628P310 P409
P48
P i 30P649P677P392P580P876P555
171718 1953536354546667676868
149149 160150
150163
163163164 164 213213
214214215
215215227227344144
V
— Cationic Aminotrtazinc-Formaldehycle
vith Zir-
Animalized CellulojSolutions ......................................................................
Flameproofing—Titanium Chloride Acyl a te .............Durable Finishes—Carboxymethylcellulose Reacted
coni urn Salts .............................. ................... ................... .............Improving* Fastness of Direct Dyeing's—Condensates of Poly
amides with D i cya n od i am i ne ...........................................................Dyeing: Polyacrylonitrile Fibers—Cuprous—Ion Technique,
Using- Hydroxylamine ....................................................................Dyeing: Polyacrylonitrile Fibers—Lactones or Cyclic Carbonates
‘ Used ....................................................................................................Phosphorus Oxychloride and Ammoniai—Condensed in Solvents
and Used as Flame Retardants......................................................Pigment Printing- Emulsions—Thermoplastic Resins in Aqueous
Phase ................................................................................... ..............Shrinkproofing Wool— Acad Colloidal Solutions of Methylated
Methylolmela,mines Used ...............................................................Optical Bleaching" (Brightening:) Agents— Dihydrocollidine Deri
vatives ................................................................................................Flame Resistance by Titanium Salts — Partially Dried and
Alkalized .......................................................................................Coloring Embossed Fabrics.................................................................Presetting and Dyeing Tricot Fabrics—Method and Apparatus
Patent Digest, Index to ..........................................................................Perceptibility of Fading Studies on the Acceptability and (North
ern New England Section)...................................................................PERKIN CENTENNIAL—
Minutes of the January 15, 1954 Meeting of the GeneralCommittee .........................................................................................
Program Completed ..........................................................................Committee Appointments .................................................................Theme Selected ...................................................................................
Perkin, Sir William (Edelstein)...........................................................Permanganate and B O D Tests in the Study of Textile Wastes,
A Comparison of the Oxygen Consumed from the (RhodeIsland Section Subcommittee on Stream Pollu tion)...............
PHILADELPHIA SECTION—Reports........................PIG, P I 17, P I94, P242, P282, P424, P541,
PHILADELPHIA TEXTILE INSTITUTE STUDENT CHAPTER—Report ....................................................................................................
Piece Goods Made from Dynel-Rayon and Dynel-Rayon-AcetateBlends, Dyeing and Finishing (R ippner)...................................
PIEDMONT SECTION—Reports..................... P40, P147, P314, P541, P594. P649, P749,
Pigment Binding Power of Textile Finishing Materials, The(Shapiro) .........................................................................................
Placement, Fiber (Schwarz).................................................................Pneumatic Mangle Solves Many Dyehouse Problems (Amidon) . . . Pollution, Case Histories of Stream (Western New England Sub-
committee on Stream Pollution)..................................................Pollution, Guide to Laws and Regulations Regarding Stream. . . . Polyester Fiber from Aqueous Baths, Factors Affecting the
Absorption of Disperse Dyes by “Dacron” (Iannarone, Larsonand Thomas) ..................................................................................
Polymeric Lattices. Modification of Urea-Formaldehyde and Melamine-Formaldehyde Crease-Resistant Finishes with (Southeastern Section) ............................ ...............................................
Polymers for the Textile Industry, Emulsion (Shapiro)...............Polyvinyl Pyrrolidone: A Versatile Compound with Potential Tex
tile Uses (Bergman, Witwer and Hansen)...................................Premetalized Dyestuffs. Neutral (Weidmann)...................................President. An Invitation from th e ................................ .....................President’s Address (Annual Bannuet)................................................Pressure, The Dyeing of Textile Fibers under Static (Drijvers) . . Planting of Glass Decorative Fabrics, The Finishing, Dyeing and
(Caroselli) .......................................................................................Problems in Resin-Finishing Fabrics (Silver)...................................Processes and Test Methods, A Review of Textile-Shrinkage Con
trol (Warner) ............................................. ..................................Products Developed since November, 1953, Alphabetical List of
New ...................................................................................................Program, 1954 National Convention....................................................Properties of Cyanoethylated Cotton, An Investigation of (Rhode
Island Section) .......................................................................Qualitative Analysis of the Synthetic Fibers, A (Lundegard ’and
Roseberry) ..............................................................................Rayon and Cotton Fabrics, Shrinkage in Laundering of (AATCC
Research Committee on Dimensional Changes)..........................Rayon Blends. Improved Wash Fastness of Acetate- (Saivin, Con-
ciatori. Walker. Ward and Fortess).........................................Rayon, Dimensional Stability of Viscose (L eavitt)................. ’ ’ ’ ’Rayon-Dynel-Acetate Blends, Dyeing and Finishing Piece Goods
Made from Dynel-Rayon and (R ippner).....................................Reducing Agent in Vait Dyeing. Investigation of Sodium Sul-
foxyl at e-formaldehyde as the Primary (South Central Section) .......................................................................Reflectance Curves, Detergent Efficiency ------ Interpretation of
(Bacon and Smith) ..................................... ..................................Registration at Atlanta Convention Exceeds 1600..........................Relationship between Structure of Dyes and Their Dyeing Char
acteristics on Hydrophobic Fibers (Northern New England Section) .........................................Resin-Finishing Fabrics, Problems in ( s i lv e r ) .’ .’ .’ . , . ’ ’ ...............Resins, Fastness Properties of Acetate Dyeings Aftertreat’ed with
Curable (Fairleigh Dickinson College Student Chapter).........Resins on the Light Fastness of Direct Dyes, The Effect of Urea-
Formaldehyde (Rhode Island Section).......................................Resm-Ti-eated Textiles, The Tear Strength of (Piedmont Section) Resistance of Dyed Cellulose Acetate Fabrics, A Rapid Test for
Gas-Fadmg (Friedman) ........................................................Resistivity: One Clue to the Electrostatic Behavior of Fabric
(Teixeira and Edelstein).........................................Review of Textile-Shrinkage Control Processes and Test MethodsA I W mior 1
345346.345
383
383383
445440
440
457035030030
P509
P885
PI 10 P01 8 P048 P7I7
517
P130
P794
P194
P209
P794P691P589
673P112P359
P650
P780P132P72
PI 67 P550 P280
243P327P697P726
805P552
77493
P364P704P472P209
P525P619P079
P426P697
P50P 6
P41
A (Warner)RHODE ISLAND SECTION—
597
P195P726
-----• • • P15, PH 7, P I47, P242, P382, P506, P632,Rugs and Carpets, Backsizing (Hager)Satin and Crepe Lingerie Fabrics during Normal Wear and Clean-
ing. Whiteness Retention by (Lindsey) . . .Science Fibers, Laundering Properties of the (Joh’n’sonj !S (Lekch)land Evere,t Derby • - • The Medalist . . . The
P749P172P760P239
SeourabilUy of Spinning Oil, New Test for (AATCC Committee oil iri oeex’s ol Continuous Wool Scouring)
P272- IT u u X l l l f e I ..................................
Scouring. Pract1 cal Aspects of Grease-Wool (Wolfrom) Secretary s Financial Reports............................................. P 71 pcP381,
P263P372P717
613
P525 PI 43 P751P490
P592
Sewage, History of a Plant lo r Treatment of Textile- (Heuschel)Sewage Plant, Textile Effluent and a (D .ck )....................................Sewage Plants in Connecticut. History of Operations of Textile-
(Snow) ..............................................................................................Shades on Blends of Dacron or Orion with Wool, Dyeing Union
(Clemson College Student C hapter).............................................Shrinkage and its Control, Cotton-Fabric (L ang)............................Shrinkage Control Processes and Test Methods, A Review of
Textile- (Warner) ............................................................... ..Shrinkage-Control Techniques. Wool- (M urphy)..............................Shrinkage in Laundering of Cotton and Rayon Fabrics (AATCC
Research Committee on Dimensional Changes).....................Shrinkage, Symposium o n .....................................................................Shrink-Resistant Materials, The Nature of the Modifications of
Wool by Various “Chlorination” Processes and their Effect onthe Wear Life of (Frishman and H arris)................................
Skin, Soiling of Fabrics in Contact with the (Washington Section) Sodium Hydroxide and Sulfuric Acid Methods for the Analysis of
Wool Admixed with Cotton and Viscose Rayon, Comparison ofthe (Horowitz and M andel)..........................................................
Sodium Sulfoxylate-formaldehyde as the Primaiy Reducing Agent in Vat Dyeing. Investigation of (South Central Section )....
Soiling, Carpet (Whitney and Sehnpnel).............................................Soiling of Fabrics in Contact with the Skin (Washington Section) Solution of Textile Problems. A Statistical Approach to the
(J aeoby) ...........................................................................................SOUTH CENTRAL SECTION—
Reports .........................................................................................PI 17, P632SOUTHEASTERN SECTION—
Reports ................................................................. P148, P314, P541South’s First Wet-Processing Exhibit, The......................................Spinning Oil. A New Test lor Soourability of (AATCC Committee
on Processes of Continuous Wool Scouring)...........................Spun-Dyed Viscose (Wa’msley)............................................................Spun Yarn in Hosiery. Woolen and Worsted (M unz).......................Stability Control of Cotton Knit Goods (S m ith )...........................Stabilitv of Viscose Ravnn, Dimensional (L eavitt).......................Stabilizing Viscose Fabrics (Walmslev)..........................................Static on Textiles, The Occurrence, Behavior and Elimination of
(Fine) ...............................................................................................Static Pressure. The Dyeing of Textile Fibers under (Drijvers) . . Statistical Approach to the Solution of Textile Problems, A
(Jacoby) ..........................................................................................Steam as a Drying Medium, The Use of Superheated (Hunter) . . . .Stream Pollution. Case H’stories of (Western New England Sub
committee on Stream Pollution).................................................Stream Pollution, Guide to Laws and Regulations Regarding........Strength. Depth (or Apparent Strength) of Dyeing and “Money
Value” of Dyes, Tinctorial (Godlove)......................................Strength of Resin-Treated Textiles, The Tear (Piedmont Section) Structural Elements of Natural Cellulosic Fibers, New Textile
Fibers, with the (Compton).......................................................Structure of Dyes and Their Dyeing Characteristics on Hydro-
phobic Fibers, Relationship between (Northern New EnglandSection) ..........................................................................................
Student Award Committee, Report of th e ........................................Study of the Abrasion Resistance of Fabrics when Test Units of
Abrasion are Combined with Test Units of Laundering, Dry-cleaning and Light. A Preliminary (Zook and M ack)..........
Study of the Effect of Temperature and Humiidty on the Light Fastness of Synthetics in the Fade-Ometer, A (Mid-WestSection) ..........................................................................................
Studies on the Acceptability and Perceptibility of Fading (Northern New England Section)..................................................................
Substratum Form in Wool Dyeing (Setty )........................................Sulfation, Sulfonation— (Sisley) ........................................................Sulfonation— Sulfation (Sisley) .........................................................Sulfuric Acid and Sodium Hydroxide Methods for the Analysis of
Wool Admixed with Cotton and Viscose Rayon, Comparison ofthe (Horowitz and M andel).........................................................
Summary ol an open-r orum Discussion on the Application of Vatand Direct Dyes (Panel)....................................................................
Superheated Steam as a Drying Medium, The Use of (Hunter) . . .Surface-Active Agents and Their Far-Reaching Influence in the
Textile Industry (Sullivan).........................................................Surface Study, Fabric (Krammes and M aresh)...............................Surfactants in the Textile Industry (Borghetty)...........................Symposium, AATCC Research..................................... ................ P262,Synthetic Fibers, A Qualitative Analysis of the (Lundegard and
Roseberry) ........................................................................................Synthetics, Heat Setting (E vans).....................................................Synthetics in the Fade-Ometer, A Study ol' the Effect of Temperar
ture and Humidity on the Light Fastness of (Mid-West Section) . . . .................................................................................... .. • •
System of Yam Manufacturing, as well as the Fiber’s Physical Properties, Affect the Characteristics of Yarn, How the(Caron) ........................................................................................
Taber Abraser, An Evaluation of a Tensioning Device l'or Use withthe (Thomas and W ham )........................................................
Tear Strength of Resin-Treated Textiles, The (Piedmont Section)
... iW""P114PI 12P112 • ,i». t«iui
„l MP48
P464 'l‘\ fJf>. With ■i0 )
P726P409P364P404
! j £ mlJ on "
PI 74 ColWP751 w • ‘
Inal O P
Mi**11Ee W ol !llf
P562 .riJONP263P790 - A ComP266 udjaflaleP467P472P412P405
243P490
i.foo. Difflfl*;Spiuj-OHcii A#1
'lion •»!>
P236P112P359P685P41
P103
P426P487
61
P497
;u fOBUTTEE 0!iCM—•i M lorit SESEA2GH 00313
is Laiuuknn0K, CHILES— ja li: Sanflr Soiv S OSBORNE C and m tB a a f-i » it NOREEET, JUB-■jfe oi OeUdoT; I
P88598
741741
613P883P236P331
189P623P300
93P470
P497
P438P341P41
TECHNICAL COMMITTEE ON RESEARCH—One Hundred and Seventy-Seventh Meeting- ...............................One Hundred and Seventy-Eighth Meeting ..................................One Hundred and Seventy-Ninth Meeting ....................................One Hundred and Eightieth Meeting ........................................ .
Temperature and Humidity on the Light Fastness ol Synthetics in the Fade-Ometer. A Study of the Effect of (Mid-West Sections)
Temperature on Vat-Dye Application, The Influence of (Fox) . . . . Tensioning Device for Use with the Taber Abraser, An Evaluation
of a (Thomas and W ham )..........................................................Test Conditions and Operating Practices for lig h t Fastness Tests
in the Fade-Ometer, New Recommended (N orton)..............Test for Gas-Fading Resistance of Dyed Cellulose Acetate Fabrics,
A Rapid (Friedm an).....................................................................Test for Scourability of Spinning Oil, New (AATOC Committee
on Processes of Continuous Wool Scouring).............................Test Methods, A Review of Textile-Shrinkage Control Processes
and (Warner) ...............................................................................Test, The Use of Metal Tubes in the Launder-Ometer for the
Dynamic Absorption (M andikos)...............................................Test Units of Abrasion are Combined with Test Units of Launder
ing, Dryeleaning and Light, A Preliminary' Study of the Abrasion Resistance of Fabrics when (Zook and Mack) . . . .
Tinctorial Strength. Depth (or Apparent Strength) oi Dyeings and “Money Value” of Dyes (Godlove)................................
P3P128P362P488
P497P785P341P028
597
P2C8P720
P402
P61P085
VI AMERICAN DYESTUFF REPORTER December 20, 1954r 20- 1954
Treasurer’s Report .......................................... P718Treatment ol Textile Sewage, History of a Plant lo r (Henscheli PI 14 Treatment of Textile Wastes, Application of Chlorine and
t Chamberlin) ................................................................................... 3 9Tubes in the Launder-Ometer for the Dynamic Absorpt on Test.
The Use of Metal iM andikos)...................................................... P402Urea-Formaldehyde and Melamine-Formaldehyde Crease Resistant
Finishes with Polymeric L at ices, Modification of (Souiheast-era Section) ................. P780
Urea-Fo 1 maldehyde Resins on the Light Fastness of Direct Dyes,The Effect of (Rhode Island Section)................................... .. P6
Use of Octadecyl Isocyanate on Cotton to Produce Water Repel-lency, Tlie (Hamalainen, Reid mid B erard)................................. 45:3
Union Dyeing Blends of Wood and Synthetic Fibers with Water-Soluble and Disperse Dyes (New York Section).................... P656
Union Shades on Blends of Dacron or Orion with Wool, Dyeing(Clemson College Student C hapter)............................................. P48
Vat and Direct Dyes, Summary ol an Open-Forum Discussion on theApplicat on of (P an e l).................................................................... P883
Vat-Dye Application, The Influence of Temperature on (Fox) . . . . P785Vat Dyeing. Investigation of Sodium Sulfoxylateformaldehyde as
the Primary Reducing Agent m (South Central Section) . . . . P525Vat-Dyeing Knit Goods, A New Method of (B lunn ........................ P719Vat Dyes— A Miscellany (F o x i........................................................... P730Vice President of the Southern Region, An Invitation from the. . P550Viscose Fabrics. Stabilizing (W almsley)............................................ P412Viscose Rayon. Comparison of the Sulfuric Acid and Sodium
Hydroxide Methods for the Analysis of Wool Admixed withCotton and (Horowitz and M.tndel).............................................. 613
Viscose Rayon. Dimensional Stability of (L eav itt).......................... P472Viscose, Spun-Dyed (W almsley)........................................................... P790Wash Fastness oi Acetate-Rayon Blends, Improved (Salvin, Con-
ciatori. Walker, Ward and F ortess)............................................ P764WASHINGTON SECTION—
R eports............................................P117, P180, PI 94, P282, P715, P749Wastes, A Comparison of the Oxygen Consumed from the Per
manganate and B O D Tests in the Study of Textile (RhodeIsland Section Subcommittee on Stream Pollu tion)............... P I30
Wastes. Application of Chlorine and Treatment of Textile(Chamberlin) ................................................................................... 389
Water Repellency, The Use of Octadecyl Isocyanate on Cotton toProduce (Hamalainen, Reid and Berard)............................ .. .
Water-Soluble and Disperse Dyes, Union Dyeing Blends of Wooland Synthetic Fibers with (New York Section)................. .. P656
Wear and Cleaning. Whiteness Retention by Satin and Crepe Lingerie Fabrics during, Normal (Lindsey)................................ P7bO
Wear Life of Shrink-Resistant Materials, The Nature of the Modifications of Wool by Various “Chlorination" Processes andtheir Effect 011 the (Frishman and H arris).............................. P I74
WESTERN NEW ENGLAND SECTION—Reports.................................. P16, P75, P148, P194, P242. P277.
P415. P506. P507, P715, PS82WESTERN NEW YORK SECTION—
(See Niagara Frontier Section)Wet-.Processing Exhibit. The South's F irst......................................... P562Wet-Processing Industry, Historical Notes on the
( Edelstein) .........................................33. 119. 181, 315, 517, 712, 897Whiteness Retention by Satin and Crepe Lingerie
F Dries during Normal Wear and Cleaning (Lindsey)........... P760Wool Admixed with Cotton and Viscose Rayon. Comparison of the
Sulluric Arid and Sodium Hydroxide Methods for the Analysisof (Horowitz and Mandel)............................................................ P613
Wool nd Synthetic Fibers with Water-Soluble and Disperse Dyes.Union Dyeing Blends of (New York Section).......................... P656
Wool fiends ai d Other r ibei s for Carpets, Dyeing (Clapham) . . . . P141Wool by Various “Chlorination” Processes and their Effect on the
Wear Lite of Shrink-Resistant Materials, The Nature of theModifications of (Frishman and H arris).................................... P174
Wool Colors, New Neutral-Dyeing Metalized (Clapham)............... P200Wool Dyeing, Substratum Form in (Setty )....................................... 98Wool, Dyeing Union Shades on Blends of Dacron or Orion with.
(Clemson College Student C hapter)............................................. P48Wool-Shrinkage-Control Techniques (M urphy).................................. P469Woolen and Worsted Spun Yarn in Hosiery (M unz)....................... P266Worsted Spun Yarn in Hosiery, Woolens and (M unz)........................ P26GWrinkle-Res stant Finish for Cellu.osic Fabrics (Cooke)............... P891Yarn Manufacturing, as well as the Fiber’s Physical Properties
Affect the Characteristics of yarn. How the System of (Caron) P438Year, Highlights of the Past (Wood)................................................. 87?Zimmerman. 1954 ADR Award Presented to Ch tries L ............... P348
INDEX BY AUTHOR
AATCC COMMITTEE ON PROCESSES OF CONTINUOUS WOOL SCOURING—
New Test for Scourability of Spinning Oil................................... P263AATCC RESEARCH COMMITTEE ON DIMENSIONAL CHANGES—
Shrinkage in Laundering of Cotton and Rayon Fabrics............... P364AMIDON, CHARLES—
Pneumatic Mangle Solves Many Dyehouse Problems................... 373BACON. OSBORNE C and SMITH. EDWARD J—
Detergent Efficiency— Interpretation of Reflectance Curves......... Pd 19BERARD. W NORBERT, HAMALAINEN, CARL and REID. J
DAVID—The Use of Octadecyl Isocyanate on Cotton to Pioduce Wa.er
Repellency .......................................................................................... 453BERGMAN, C A, WITWER. D B and HANSEN, E C—
Polyvinyl Pyrrolidone: A Versatile Compound with PotentialTextile U se s ........................................................................................ P72
BLAKER, R H and STRICKLIN, T W—The Du Pont Jackson Laboratory Package Dyer.......................... 392
BLUM, ROBERT D, JR—A New Method of Vat-Dyeing Knit Goods....................................... P719
BOND, BOYCE C—The Bond Machine................................................................................. P232
BONNAR, J ROBERT—Presentation of Olney M etal.............................................................. P273
BOYER, CAROLINE—Man-Made Fibers in Fashion............................................................. P494
BORGHETTY, HECTOR C—Surfactants in the Textile Industry..................................................
BURAS. EDMUND M. JR. COOPER. ALBERT S, KEATING. ESMOND J and GOLDTHWAIT, CHARLES F—
Practical Partial Acetylation of Cotton..........................................CARON, JOHN B—
How the System of Yarn Manufacturing, as well as the Fiber’sPhysical Properties, Affect the Characteristics of Yarn. . . . P438
CAROSELLI, R F—The Finishing, Dyeing and Planting of Glass Decorative Fabrics P327
CHAMBERLIN, N S—Application of Chlorine and Treatment of Textile Wastes........... 389
CLAPHAM. HARRY F—Dyeing Wool Blends and Other Fibers for Carpets........................ P I41New Neutral-Dyeing Metalized Wool Colors................................... P200
CLEMSON COLLEGE STUDENT CHAPTER—Dyeing Union Shades on Blends of Dacron or Orion with Wool. . P48
COLE. PAUL M—Barotor Loading Improvement.............................................................. *709
COMPTON. JACK—New Textile Fibers with the Structural Elements of Natural
Cellulosic Fibers ............................................................................. P I03CONCIATORI, A B. WALKER, R A. WARD. G C, FORTESS, F and
SALVIN. V S—Improved Wash Fastness of Acetate-Rayon Blends...................... P764
COOKE. T F—Wrinkle-Resistant Finish for Cellulosic F: bries............................... P891
COOPER. ALBERT. S, BURAS. EDMUND M. JR. KEATING, ESMOND J. and GOLDTHWAIT, CHARLES F—
Practical Partial Acetylation of Cotton......................................... P200DAVISSON, C W, SETTERSTROiM, C A and FEILD T A. JR—
Dynel “Inner Structure” ..................................................................... P29J
DERBY. ROLAND E—Address of the Medalist.................................................................... P274
DICK, JOHN B—Textile Effluent and a Sewage P lan t............................................. P112
DRIJVERS, LOUIS—The Dyeing of Textile Fibers under Static Pressure................... 243
EDELSTEIN. SIDNEY M—Historical Notes on the Wet-Processing Industry
I— How Napoleon Aided the Early Dyeing Industry of France 33II— A Look at the Early Dyers’ Guilds................................ 119III— The Contributions of Thomas Cooper......... 181IV— The Role of Robert Hooke.......................... 315V— Sir William Perkin.................................................................. 517VI— The Dual Life of Edward Bancroft................................ 712VII— Le Doyen des Etudiants de France: Michel Eugene
Chevreul (1786-1889) .............................................................. 897EDELSTEIN, SIDNEY M and TEIXEIRA. NEWTON. A—
Resistivity: One Clue to the Electrostatic Behavior of Fabric .. P195EVANS. RICHARD II—
Heat Setting Synthetics (Symposium on Shrinkage)................... P470FAIRLEIGH DICKINSON COLLEGE STUDENT CHAPTER—
Fastness Properties of Acetate Dyeings Aftertreated with CurableResins .............................................................................................. P50
FEILD. T A. JR. SETTERSTROM, C A and DAVISSON. C W—D.vnel “Inner Structure” ................................................................... P296
FINE. RICHARD D—The Occurrence, Behavior and Eliminaition of Static on Textiles P405
FLETT. LAWRENCE and HOYT. L F—Adsorption of Detergent in the Dyeing Process........................ P335
FORTESS. F. SALVIN. V S, CONCIATORI. A B. WALKER.R A and WARD. G C—
Improved Wash Fastness of Acetate-Rayon Blends...................... P764FOURT. LYMAN and SOOKNE, ARNOLD M—
Better Mercerizing for Improved Luster......................................... P304FOX. MAURICE R—
Vat Dyes— A Miscellany..................................................................... P730The Influence of Temperature on Vat-Dye Application............... P785
FRIEDMAN, H MARTIN—A Rapid Test for Gas-Fading Res stance of Dyed Cellulose
Acetate Fabrics .............................................................................. 597FRISHMAN, DANIEL and HARRIS. MILTON—
The Nature of the Modifications of Wool by Various ■Chlorination” Processes and Their Effects on the Wear Life of Shrink -Resistant Materials ....................................................................... P174
GLARUM, S N and PENNER. S E—The Behavior of Optical Bleaching Agents on Cellulosic
Materials .......................................................................................... p310GODLOVE, I H—
Tinctorial Strength, Depth (or Apparent Strength) ol Dyeingsand “Money Value” of Dyes.......................................................... Pt>85
GOLDTHWAIT, CHARLES F. BURAS. EDMOND M. JR. COOPER. ALBERT S and KEATING. ESMOND J—
Practical Partial Acetylation of Cotton............................................. P203HAGER. HERMAN E—
Flammability ar.d the Law.................................................................HAGER, O B—
Backsizing Carpets and Rugs........................ . . . . .HAMALAINEN. CARL. REID. J DAVID and BERARD, W
NORBERT—The Use of Octadecyl Isocyanate on Cotton to Produce Water
Repellency .........................................................................................
December 20, 1954 AMERICAN DYESTUFF REPORTER VI I
HANSEN, E C, BERGMAN, C A and WITWElt, D B—Polyvinyl Pyrrolidone: A Versatile Compound with Potential
Textile Uses .....................................................................................HARRIS, MILTON and FRISHMAN, DANIEL—-
The Nature of the Modifications of Wool by Various ‘ Chlorination” Professes and Their Effect on the Wear Life of Shrink- Resistant Materials ........................................................................
HAYEK, MASON—Antistatic Finishes for Textiles.......................................................
HENSOHEL, A N—History of a Plant for Treatment of Textile Sewage...............
HOROWITZ, EMANUEL and MANDEL, JOHN—Comparison of the Sulfuric Acid and Sodium Hydroxide Methods
for the Analysis of Wool Admixed with Cotton and Viscose R ay o n ..................................................................................................
HORTON. RICHARD C—New Industrial Applications of Fibergla-s Textiles........................
HOYT, L F and FLETT, LAWRENCE—Adsorption of Detergent in the Dyeing Process............................
HUNTER, JAMES H—The Use of Superheated Steam as a Drying Medium....................
LA. NN A RONE, J J, LARSON, OLETA S and THOMAS, R J—Factors Affecting the Absorption of Disperse Dyes by “Dacron”
Polyester Fiber from Aqueous Baths.........................................JACOBY, RAYMOND W—
A Statistical Approach to the Solution of Textile Problems. . . . JOHNSON. GEORGE H—
Laundering Properties of the Science Fibers.................................KEATING, ESMOND J. BURAS, EIDMUND M, JR, COOPER.
ALBERT S, and GOLDTHWAIT, CHARLES F—Practical Partial Acetylation of Cotton.........................................
KRAMMES, RAY and MARESH, CHARLES—Fabric Surface Study..........................................................................
LANG, LEONARD S—Cotton-Fabric Shrinkage and its Control (Symposium on Shrink
age) ....................................................................................................LARSON, OLETA S, IANNARONE, J J and THOMAS. R J —
Factors Affecting the Absorption of Disperse Dyes by “Dacron”Polyester Fiber from Aqueous B aths.........................................
LEAVITT, HERBERT J—Dimensional Stability of Viscose Rayon (Symposium on
Shrinkage) .......................................................................................LEITCH. HAROLD W—
Roland Everett Derby . . . The Medalist-The Scientist...............LINDSEY, CLARICE H—
Whiteness Retention by Satin and Crepe Lingerie Fabrics During Normal Wear and Cleaning..........................................................
LUNDEGARD, MARJORIE and ROSEBERRY, ELIZABETH D—A Qualitative Analysis of the Synthetic Fibers............................
MACK, PAULINE BEERY and ZOOK, MARGARET 0—A Preliminary Study of the Abrasion Resistance of Fabrics when
Test Units of Abrasion are Combined with Tast Units ofLaundering. Drycleaning and L ight.............................................
MANDEL, JOHN and HOROWITZ, EMANUEL—Comparison of the Sulfuric Acid and Sodium Hydroxide Methods
for the Analysis of Wool Admixed with Cotton and ViscoseRayon .............................................................................................
MANDLKOS, GEORGE J—The Use of Metal Tubes in the Launder-Omoter for the Dynamic
Absorption Test ..............................................................................MARESH, CHARLES and KRAMMES, RAY—
Fabric Surface Study.........................................................................MARZOCCHI, ALFRED—
Glass Fibers------ Chemical Characteristics and Coating Techniques ---------------------------------------------------------------------------
MID-WEST SECTION—A Study of the Effect of Temperature and Humidity on the
Light Fastness of Synthetics in the Fade-Ometer...................MUNZ, ELWOOD W—
Woolen and Worsted Spun Yarn in Hosiery...................................MURPHY, FRANCIS A—
Wool-Shrinkage-Control Techniques (Symposium on Shrinkage) NEW YORK SECTION—
Union Dyeing Blends of Wool and Synthetic Fibers with Water-Soluble and Disperse Dyes............................................................
NORTHERN NEW ENGLAND SECTION—Relationship between Structure of Dyes and their Dyeing Char
acteristics on Hydrophobic Fibers.............................................Studies on the Acceptability and Perceptibility of Fading.
NORTON, J E—New Recommended Test Conditions and Operating Practices for
Light Fastness Tests in the Fade-Ometer..................................NUTTALL, ROBERT H—
Naphthol Dyeing . . . .PANEL—
Summary of an Open-Forum Discuss1 on on “The Application of Vat and Direct Dyes” ........................................................
PENNER, S E and GLARUM, S N—The Behavior of Optical Bleaching Agents on Cellulosic
Materials .........................................PETZEL, FLORENCE E—
A Comparison of Physical Properties of Lightweight CottonCurduroys of Different Constructions...............
PIEDMONT SECTION —The Tear Strength of Resin-Treated Textiles............................
REID, J DAVID, HAMALAINEN, CARL and BERARD W NORBERT—
The Use of Octadeeyl Isocyanate on Cotton to Produce W’aterRepellency .......................................
RHODE ISLAND SECTION—The Effect of Urea-Formaldehyde Resdns on the Light Fastness
of Direct Dyes...............................................................An Investigation of the Properties of Cyanoethylated Cotton
RHODE ISLAND SECTION SUBCOMMITTEE ‘ ON STREAM POLLUTION—
A Comparison of the Oxygen Consumed from the Permanganate and B O D Tests in the Study of Textile Wastes...............
P72
PI 74
PM 68
PI 14
613
P330
P336
P236
P650
P49 6
P239
P200
189
1*464
P472
P272
P760
93
61
613
P402
RIPPNER, F C—Dyeing and Finishing Piece Goods Made From Dynel-Rayon and
Dynel-Rayon-Acetate Blends ......................................................... P209ROSEBERRY, ELIZABETH D and LUNDEGARI), MARJORLE—
A Qualitative Analysis of the Synthetic Fibers............................ 93SALVIN', V S, CONCIATORI, A B, WALKER, It A, WARD, G C
and FORTESS, F—Improved Wash Fastness of Acetate-Rayon Blends....................... P764
SAMPSON, ALBERT E—Roland Everett Derby . . . The Medalist-The M an................... P271
SOHAPPEL, J W and WHITNEY, K L—Carpet Soiling .................................................................................... Pi 43
SCHWARZ, E R—Fiber Placement ................................................................................ P589
SETTERSTROM, C A, FETLD, T A, JR and DAVISSON, C W—Dynel “Inner Structure” ..................................................................... P290
SETTY, ANATHA K—Substratum Form in Wool Dyeing.................................................... 98
SHAPIRO, LEONARD—Emulsion Polymers for the Textile Industry................................ P132The Pigment Binding Power of Textile Finishing Materials. . . P691
SILVER, ARNOLD—Problems in Resin-Finishing Fabrics............................................. P697
SISLEY. J P—Sulfonation------ Sulfation ................................................................... 741
SISSON. HELEN—Color Development and Its Relationship to Fashion................... P76
SMITH, EDWARD J and BACON. OSBORNE C—Detergent Efficiency-Interpretation of Reflectance Curves.......... P619
SMITH. IRWIN J—Stability Control of Cotton Knit Goods (Symposium on
Shrinkage) ...................................................................................... P467SNOW, WILLIS J—
History of Operations of Textile-Sewage Plants in Connecticut PI 12 SOOKNE, ARNOLD M and FOURT. LYMAN—
Better Mercerizing for Improved Luster......................................... P304SOUTH CENTRAL SECTION—
Investigation of Sodium Sulfoxylateformaldehyde as the Primary Reducing Agent in Vat Dyeing............................................. P525
SOUTHEASTERN SECTION—Modification of Urea-Formaldehyde and Melamine-Formaldehyde
Crease-Resistant. Finishes with Polymeric Latices.................. P780STEVENS, R F—
Dyeing and Finishing “Orion” Acrylic Fiber................................ P409STRICKLIN. T W and BLAKDR, R H—
The Du Pont Jackson Laboratory Package Dyer....................... 392SULLIVAN, P J—
Surface-Active Agents and Their Far-Reaching Influence in theTextile Industry ........................................................................ P331
TEIXEIRA, NEWTON, A and EDELSTEIN, SIDNEY M—Resistivity: One Clue to the Electrostatic Behavior of Fabric.. P I95
THOMAS, ELIZABETH FLOWERS and WHAM, GEORGE SIMS,JR—
An Evaluation of a Tensioning Device for Use with the TaberAbraser ............................................................................................. 341
THOMAS, R J, LARSON. OLETA S and IANNARONE, J J—Factors Affecting the Absorption of Disperse Dyes by “Dacron”
Polyester Fiber from Aqueous B aths............................................. P650THOMPSON, A R—
Your Hosts for the 33rd National Convention............................... P560189 TISDALE. H R—
Natural Dyewoods and Their Application...................................... 157WALKER. R A, WARD, G C, FORTESS, F, SALVIN, V S, CON-
P329 CIA TORI, A B—Improved Wash Fastness of Acetate Rayon-Blends................... P764
WALMSLEY, L LESLIE—P497 Stabilizing Viscose Fabrics.................................................................. P412
Spun-Dyed Viscose ............................................................................... P790P266 W'ARD, G C. FORTESS, F, SALVIN, V S, CONCIATORI, A B, and
WALKER, R A—p 4y7 Improved Wash Fastness of Acetate-Rayon Blends......................... P704
WARNER, JOHN F—A Review of Textile-Shrinkage Control Processes and Test
Methods .......................................................................................... p726WASHINGTON SECTION—
Soiling of Fa.brics in Contact with the Skin.................................. P751P426 WEIDMAN, CHARLES—P885 Neutral Premetalized Dyestuffs....................................................... PI 67
WENGRAF, PAUL—Patent Digest.................................17, 53, 66, 149, 163, 213, 227,
P628 344, 383, 445, 457. 635WESTERN NEW ENGLAND SUBCOMMITTEE ON STREAM
PI 78 POLLUTION—( Case Histories of Stream Pollution................................................. PI 12WHAM, GEORGE SIMS, JR and THOMAS, ELIZABETH FLOW-
P883 ERS—An Evaluation of a Tensioning Device for Use with the Taber
Abraser ............................................................................................ 341P31 0
P442P4I
453
P 6P774
P130
WHITNEY. K L and SCHAPPEL, J W—Carpet Soiling ...................................................... \ / ........................
WILKINSON, JOHN W—The McKiernan-Terry Multi-Purpose Calender; A New Approach
to Calender Design .......................................................................WITWER, D B, HANSEN, E C and BERGMAN, C A—
Polyvinyl Pyrrolidone: A Versatile Compound with Potential Textile Uses ....................................................................................
PI 43
P247
P72WOLF ROM, R E—
Practical Aspects of Grease-Wool Scouring P372WOOD. P J—
Highlights of the Past Year 877ZOOK, MARGARET O and MACK, PAULINE BERRY—
A Preliminary Study of the Abrasion Resistance of Fabrics when Test Units of Abrasion are Combined with Test Units of Laundering. Drycleaning and L ight.............................................
vm AA^RICAN DYESTUFF REPORTER December 20, 1954
