1

Dr. S. Ananda

Dr. S. Ananda

Designation : Professor

Email- ID : snananda@yahoo.com

Phone : 0821-2419663/ 0821-2340011

Mobile : 9945693316

Qualification : M. Sc, Ph.D

Area of Specialization : Chemical Kinetics, Biophysical Chemistry,

Physical-organic Chemistry, Nano Science and

Technology

Areas of Research:

Analysis of Food Grains

Kinetics and Mechanism of Oxidation of Substrates with Organic

Haloamines.

Analytical Estimation of Compounds (Nitrate, Cyanide etc.) by Kinetic

Method.

Synthesis and Characterization of Zeolities, Kinetics of Crystal Growth, its

Application in Photo degradation of Organic Compounds, Dyes etc

Synthesis of Metal-vitamin Complexes, Characterization and its applications

Synthesis of heterocyclics and its biological applications.

Enzyme Kinetics.

Biological studies related to Medicinal plants: Extraction, Isolation and

characterization.

Synthesis of nanomaterials and nano-compounds and its applications.

2

Research Experience and Publications:

1. Research Guidance ( M.Phil/Ph.D) : M.Phil - 3 ; Ph.D - 15

1. " Kinetics and Mechanistic investigations of oxidation reactions of N-

Metallo-N Hallogeno Aral Sulphonemides'

2. ”Oxidation of substrates with N-metalo-N-Ary/Hallo sulphonamides: A

Kinetic study".

3. "Oxidation and Mechanistic investigation of reactions with N-Metallo- N-

Ary/ halosu/phanamides as oxidants

4. " Kinetics and mechanism of oxidation reactions of N-Melallo-N-Halogeno

Aryl sulphonamides'

5. " Mechanistic investigations and kinetic study of oxidation reactions of

substrates with N-Metallo-N-Aryl halo sulphonemides"

6. "Mechanistic and kinetic investigations of oxidation reactions by n-Metallo

N-Halogeno-Ary/Sulphonamides with Nitrogen and sulphur containing

substrates and some biologi celly active substances".

7. " Oxidation and Enzyme catalyzed reactions of Carbohydrates and some

biological Active compounds" A Kinetic Study Awarded :2007

8. "Isolation, synthesis and structure activity studies of peptides fragments

isolated from snake venom ".

9. “Synthesis, characterization of metal-Vitamin complexes and metal oxide

nanocomposites: Application to biological and industrial effluents

degradation”

10. “Isolation, characterization and biological studies of some bioactive

compounds from medicinal plants”

11. “Development and validation of new analytical methods for

pharmaceuticals”

12. “Novel method for the synthesis of benzothiophenes, benzothiazines,

oxadiazoles and biological studies”

13. “Electrochemical oxidation of organic compounds and synthesis of metal

oxide nanocomposites: Applications to industrial effluents and organic

compounds degradation”

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14. “Synthesis of nanocomposites of metal oxides and organic compounds by

electrochemical method: Application for degradation of some organic

compounds and industrial effluents”

15. Synthesis of metal oxide and metal sulphide nanocomposites by

electrochemical method and their applications in catalytic reactions”

ON GOING RESEARCH WORK:

1. "Synthesis, characterization and Biological studies of metal vitamin

complexes with N-Halomines as oxidant and kinetic study of complex

formation".

2. "Biological studies related to medicinal plants; Extraction, isolation and

characterization”. (IOE Project, University of Mysore, Principal

investigator)

3. "Synthesis, characterization of metal-vitamin complexes and metal oxide

nanocomposites: Application to Biological and Industrial effluents

degradation"

4. "Synthesis of nanomaterials and its application in photodegradation of

industrial effluents and organic compounds”

(i) Member, UPA, 10 Crores project-University of Mysore

(ii) Member, Nano material processing-University of Mysore (5

Crores Project)

5. Electrochemical oxidation and degradation of organic compounds and

industrial effluents.

(Number of research fellows: 4)

Research projects:

CO-INVESTIGATOR FOR RESEARCH PROJECTS:

Research projects Source Period Amount

Synthesis of new alkali

earth Alumino Silicates

Manoj. R.

Jain Trust,

Mumbai

Jan 2004- July 2004 Rs. 1.00 Lakh

Carbon Polymorphs: DST, New Oct-2004- To date Rs. 23.5

4

Hydrothermal synthesis

and characterization

Delhi Lakhs

Crystal growth and

characterization of rare

earth Vanadate laser

crystals

DST, New

Delhi

Feb-2005-To date Rs. 17.25

Lakhs

Hydrothermal

preparation:

polymorphic carbon

composites, zeolites,

carbon composites and

their structural

characterization

Collaborative

research

project with

material and

structural

laboratory

TIT, Japan

May 2006- may

2007

Co-guidance in other fields (Not official):

University Name of Scholar Year of

registration

Broad subject area

University of

Mysore

Dr. A. K. Subramani Geology and

Environmental Science

University of

Mysore

Dr. Suresh Kumar Geology and

Environmental Science

University of

Mysore

Mr. Bhezad. S Geology and

Environmental Science

Referee for Journals:

Indian journal of chemistry, Journal of physical-organic chemistry, synthesis and

reactivity of inorganic metals, organic and nano chemistry, international journal of

chemical kinetics etc…

5

Chairmanship/Membership in university academic bodies PG level:

Position Name of the

academic body

University Period

From To

Member BOE University of Mysore 2001 2002

Chairman BOE University of Mysore 2009 2010

Member BOS University of Mysore 2007 2010

Member Academic Council University of Mysore 1993 1995

Member Academic Council Government college

Mandya

2013 2015

Member Academic Council JSS College for

womens, Mysore

2014 2015

Member Governing

Council

St. Joseph’s College,

Mysore

2014 2015

Member K-SET local

steering

committee

University of Mysore 2013 2015

Member Governing council Vidya vikas college,

Mysore

2016 2017

Member Advisory

committee

UGC-SAP-DRS-III

DOS in Chemistry

2016 Till date

Member Governing

Council

Sri

Shambhulingeshwara

Education trust,

Pandavapura.

2016 2017

Member Academic Council Yuvaraja college

Mysore

2016 2017

Member Governing

Council

First grade college,

Hassan

2016 2017

Member BOS St. Philomena

college Mysore

2016 2017

Member Selection

committee for

Asst professor

Mahajana

college,Mysore

2016 -

6

Details of visits to abroad:

Year Purpose Sponsored by

2006 Research associate Tokyo institute of

technology, Tokyo, Japan

Details of participation in seminars/ symposiums/conferences in India (1998 to

2004) Annexure-2:

Year Organized by Level of

participation

Title of

programme/

International/

National/Institution

2002 India Participation Indian council of

Chemists

Conference

2005 India Participation joint

secretary

(organizing

committee)

International

conference on

solvothermal

reactions

2005 India Participation Workshop at RCE

on the preparation of

“teacher manual for

2nd

PUC students”

2006 Japan Presented a paper International

symposium on

hydrothermal and

solvothermal

reactions

1999 Japan

(yokhoyama)

Presented a paper International

conference on

Bioinorganic

Chemistry

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2009 India Co-convener National conference

on emerging areas in

chemistry

2009 India Member

(organizing

committee)

38th national seminar

on crystallography

2010 CHINA Presented paper on

nano materials

2nd

international

solvothermal and

hydrothermal

association

conference

2011 India Participated Bangalore nano

conference (DST)

2011 India Paper presented by

students, 1st and

3rd

prize (nano

materials)

Recent trends in

chemistry, PES

college, Mandya

2012 India Invited speaker

(synthesis of nano

materials and

applications)

National conference

on material scienc,

Annamalai

university

2012 India Invited speaker

(synthesis of nano

materials and

applications)

Nano materials and

its applications,

national seminar,

KM Doddi, Mandya

2014 France Invited speaker

(synthesis of nano

materials and

applications)

ISHA 2014

INTERNATIONAL

SOLVOTHERMAL &

HYDROTHERMAL

ASSOCIATION

2014 India Poster

presentation,

(Synthesis of

Nanomaterials and

biological

applications)

7th

Bangalore India

Nano, Bangalore.

8

2015 India Organizing

Secretary

NACOPAC

(National conference

University of

Mysore)

2016 India Local Secretary

for chemical

sciences

Indian Science

congress (ISCA)

Mysore

2016 India Presentation by

my research

students

National conference

Gwalior

Organization of programmes (National/ International/ Seminars/ Workshops

etc…) at national/ international levels (June.1999-Nov.2005)

Year Progammes Sponsor Position Held

2005 6th

international

conference on

8olvothermal

reactions

University of

Mysore

Joint secretary

(organizing

committee)

2002 ICC conference University of

Mysore

Organizing

committee member

2009 India Member

(organizing

committee)

38th national

seminar on

crystallography

2009 India Co- convener National

conference on

emerging areas in

chemistry

2014 India Convener National

Conference on

Pure and Applied

Chemistry-2014

2015 India Organizing

Secretary

NACOPAC

(National

conference

University of

Mysore)

9

2016 India Local Secretary for

chemical sciences

Indian Science

congress (ISCA)

Mysore

Participation in refresher courses/ orientation programmes/other trainings:

Month Year Institution Programme Nature of

participation

March 1992 IISc,

Bangalore

Chemical

reaction

dynamics

Attended

Feb 1993 IISc,

Bangalore

Solid state

chemistry

Attended

Membership held in university authorities (senate, syndicate, academic

council, deans, finance committee and other statutory bodies):

University Authority Period

From To

University of Mysore Academic council 1993 1995

Membership in employees association:

Name of the association Position held Period

From To

Co operative society,

University of Mysore

Member 2005 Present

Teacher association

MUTA and PGTA

Member 1983 Present

Participation in development schemes (COSIP/COHIP/SAP/FIST/Other

grants):

Year University Development Role

SAP/FIST 2003-

2008

University of

Mysore

Chemistry Teacher

10

SAP 2009-2014 University of

Mysore

Chemistry Member, advisory

committee

SAP 2016-2018 University of

Mysore

Chemistry Member, advisory

committee

M.Phil and Ph.D adjudicated:

Andhra University, Karnatak University, Bangalore University, Kerala University,

Mangalore University, Annamali university, Dharwad University etc…

Faculty/Students related programmes organized:

Year Programme

1999-2000 Chemical society

secretary

2009-2010 Chemical society

secretary

TOTAL NUMBER OF RESEARCH PUBLICATIONS:

1. Improved plate grinder with sieve attachment for milling of cereal

grains.H.S.R. Desikachar, R. Shankara, N.G. Malleshi, R. Krishnamurthy,

M.N.Narayana and S. Anand Ahara 82, International Food Confernece, May

23-26, 1982, Bangalore, India.

2. Kinetics of Oxidation of amino acids by sodium-N-bromobenzene

sulphonamide D.S. Mahadevappa, S. Ananda, A.S.A. Murthy and K.S.

Rangappa.Reaction Kinetics and Catalysis letters (HUNGARY) Vol. 23,

181-187 (1984).

3. Oxidation of Dimethyl Sulphoxide by Sodium-N-bromobenzene

sulphonamide; A kinetic and mechanistic study. D.S. Mahadevappa, S.

Ananda, A.S.A. Murthy and K.S. Rangappa.Tetrahedran (U.K.) Vol. 40,

1673-1682 (1984).

4. Oxidation of aminoacids with sodium-N-bromobenzene sulphonamide: A

kinetic studyD.S. Mahadevappa (late) M.B. Madegowda, S. Ananda and

K.S. Rangappa.Indian Journal of Chemistry, Vol. 23 A, 17-20 (1984).

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5. Kinetics and Mechanisms of oxidation of Dimethyl Sulphoxide by

Bromamine-T in aqueous solution. D.S. Mahadevappa, (late) M.B.

Madegowda, S. Ananda and K.S. Rangappa Indian Journal of Chemistry,

Vol. 23 A, 325-328 (1984).

6. Oxidation of aminoacids with sodium N-bromo-p-toluene sulphonamide A

Kinetic studyD.S. Mahadevappa, S. Ananda, (late) M.B. Madegowda; and

K.S. rangappa Journal of Indian Chemical Society; Vol. 61, 323-328 (1984).

7. Oxidation of Methionine by sodium N-chloro p-toluene sulphonamide in

aqueous solution : A kinetic study D.S. Mahadevappa, S. Ananda, M.B.

Madegowda and K.S. Rangappa Journal of Chemical Society (London)

Perkin transactions Vol. 11, 39-43, 1985.

8. Oxidation of primary alcohols by sodium N-bromobenzene sulphonamide :

A kinetic study D.S. Mahadevappa; S. AnandaIndian Journal of Chemistry,

Vol. 1A, 589-593.

9. Oxidation of methionine by sodium N-bromobenzene sulphonamide: A

kinetic study S. Ananda; K.S. Rangappa and D.S. Mahadevappa Journal of

Indian Chemical Society Vol. 0XIII, 581-585, 1986.

10. Kinetics of oxidation of EDTA by sodium N-chlorobenzene sulphonamide

in buffer medium. K. Mohan, S. Ananda and D.S. Mahadevappa Indian

Journal of Chemistry, Vol. 25A, 666-668, July 1986.

11. Oxidation of aliphatic ketones by sodium N-bromobenzene sulphonamide: A

kinetic study K. Mohan, S. Ananda and D.S. Mahadevappa Tetrahedron Vol.

42, 4857-4866, 1986.

12. Mechanism of bromamine-T oxidation of Glutamic acid and aspartic acids

ID.S. Mahadevappa, Puttaswamy and S. Ananda Indian Journal of

Chemistry, Vol. 25A, 33-37, Jan. 1987

13. Kinetic and mechanisms of oxidation of EDTA by Bromamine-B and

Bromamine-T in buffer medium K. Mohan, S. Ananda and D.S.

Mahadevappa Proc. Indian Acad. Sci (Chem Sci) Vol. 98, No. 3, 213-220,

March 1987

14. Oxidation of aliphatic esters by sodium N-bromobenzene sulphonamide: A

kinetic study Indian Journal of Chemistry (India) 31A, 789-792, 1991 S.

Ananda*, B.M. Venkatesha and D.S. Mahadevappa

15. Oxidation of Indole by N-sodio-N-Chlorobenzene Sulphonamide

(Chloramine-B)in alkaline medium catalyzed by Os (VIII): A kinetic and

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mechanistic study.Journal of Physical Organic Chemistry (U.K.) 5,373-

381,1992 USA S. Ananda*, B.M.Venkatesha, D.S. Mahadevappa and N.M.

Made Gowda.

16. Oxidation of Ethylenediamine tetra-acetic acid by aromatic N-

Bromaminesin Alkaline medium with Os O4 as catalyst ; A kinetic and

mechanistic study Indian Journal of Chemistry, (India), 32A, 814-818,

1993B.M. Venkatesh, S. Ananda* and D.S. Mahadevappa.

17. Ruthenium (III) catalyzed kinetics of chloroacetic acids oxidation by sodium

N-bromobenzene sulphonamide in hydrochloric acid medium. International

Journal of Chemical Kinetics (USA) 25, 755-770, 1993.S. Ananda*, B.M.

Venkatesha, D.S. Mahadevappa and N.M. Made Gowda.

18. Kinetics of Oxidation of chloroacetic acid by sodium-N-bromo-p-toluene

suphonamide in HCI medium and catalyzed by Ru(III)ion. Indian Journal of

Chemistry (India), 33A, 128-135, 1993.S. Ananda*, B.M. Venkatesha, D.S.

Mahadevappa.

19. Oxidation of Indigacaramine by chloramines-B, in acidic buffer (pH2-6)

medium: A kinetic study. Indian Journal of Chemistry (India), 34B, June

1995, 508-513. S. Ananda*, B.M. Venkatesha, D.S. Mahadevappa.

20. Oxidation of some primary amines by sodium N-bromobenzene

sulphonamide (bromamine-B) in alkaline medium: A kinetic and

mechanistic study. 32nd annual convention of chemists, Phy-0-31, 1995.

International Journal of Chemical Kinetics (USA), 1996 Vol. 28, 873-878. S.

Ananda*, T. Demappa, D.S. Mahadevappa and N.M. Made Gowda.

21. Oxidation of primary amines by sodium N-bromobenzene sulphonamide

(Chloramine-B) with OsO4 as catalyst: A kinetic study. International Journal

of Chemical Kinetics (USA), 1997, Vol. 29, 734-744. S. Ananda*, T.

Demappa and N.M. Made Gowda.

22. Palladium (II) - phenothiozine complexes : Synthesis and characterization.

Journal of Molecular structure (1997), 407, 125-130, USA.N.M. Made

Gowda, Ravindra K, Vallabhamani, Indira Gajula, S. Ananda*.

23. Kinetics of oxidation of indigocaramine by N-sodio-N-bromotoluene

Sulphonamide in acidic buffer medium. International Journal of Chemical

Kinetics (USA), 1997, Vol. 28, 453-459. S. Ananda*, B.M. Venkatesha,

D.S. Mahadevappa.

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24. Ru(III) catalyzed oxidation of aliphatic amines by bromamine-T in

hydrochloric acid medium: A kinetic study.Synthesis and reactivity in

inorganic and metal organic chemistry (1997) (USA) 27 (8 1093-1113,

1997 presented at 8th International ) conference on Bioinorganic chemistry,

Yokohoma, Japan.S. Ananda*, M.B. Jagadeesha, Puttaswamy and N.M.

Made Gowda.

25. Kinetics of oxidation of cysteine by Bromamine-T in H2SO4 medium.

Journal of Chemistry Vol. 10 No. 4 (1998) 937-946.M.B. Jagadeesha, S.

Ananda*, M.G. Ramanand

26. Ruthenium (III) catalyzed kinetics of oxidation of primary alcohols by

(Bromamine-B) in hydrochloric acid solution. ynthesis and reactivity in

inorganic and metal organic chemistry 28(4), 649-667 (1998), (USA).S.

Ananda*, T. Demappa, Puttaswamy.

27. Oxidation of Aspirin by N-sodio-bromabenzene sulphonamide (Bromamine-

B) in acid medium: A kinetic and mechanistic study. Asian Journal of

Chemistry, Vol. 11, No. 1 (1999) 23-28.

28. Kinetics of Ru(III) catalyzed oxidation of amides by Sodium N-

bromotoluene sulphonamide in hydrochloric acid solution. Synthesis and

reactivity in inorganic and metal organic chemistry 29(1) 1-21 (1999), USA.

S. Ananda*, M.B. Jagadeesha, K.M. Loknath Rai and N.M. Made Gowda

29. Kinetics and mechanism of oxidation of O-Toluidine by Sodium N-

chlorobenzene sulphonamide (chloramines-B) in acid medium. Asian

Journal of Chemistry Vol. 11, No. 4 (1999) 1348-1352. M.G. Ramananda

and S. Ananda*

30. Oxidation of cysteine by sodium N-chlorotoluene sulphonamide

(chloramines-T) in HclO4 and H2SO4 media : A kinetic and mechanistic

study. Oxidation communications 22, No. 2, 464-472 (1999), Bulgeria. Ravi

J.D. Saldhana, S. Ananda*, B.M. Venkatesha, M.B. Jagadeesha

31. Oxidation of para-methobenzaldehyde and salicylaldehyde by N-sodio-N-

chlorobenzene sulphonamide (chloramines-B) in acid medium: A kinetic

and mechanistic study. Asian Journal of Chemistry, Vol. 11, No. 4 (1999)

1271-1275. Revathi S.K., Rangaswamy and S*, Ananda.

32. Kinetics and mechanistic study of oxidation of Diethylamine by N-Sodio-N-

bromobenzene sulphonamide (bromamine-B) in acid solution: Catalyzed by

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Ru (III). International Journal of Chemical Kinetics 31; 744-752, 1999,

USA. S.Ananda*, Ravi J.D. Saldanha, K.M.L. Rai, B.M. Venkatesha.

33. Kinetics and mechanism of oxidation of methionine by chloramines-T in

alkaline medium in presence of OsO4 catalyst. Asian Journal of Chemistry

Vol. 11, No. 2 (1999) 376-383. T. Demappa and S. Ananda*

34. Oxidation of some primary amines by bromamine-T in alkaline medium

Transactions of Illinois State academy of science, Vol. 93, (2000) USA. S.

Ananda*, T. Demappa and N.M. Made Gowda.

35. Oxidation of methionine by sodium-chlorobenzene sulphonamide in

hydrochloric acid medium : A kinetic study. Asian Journal of Chemistry,

Vol. B, Vol. 2 (2001) 543-549. S. Ananda* and M.G. Ramananda

36. Oxidation of aliphatic primary amines by bromamine-B in hydrochloric acid

medium in the presence of Ru(III) catalyst : A kinetic and mechanistic

study. Oxidation communications 23, No. 4, 576-589(2000), Bulgaria. S.

Ananda*, Ravi J.D. Saldanha and B.M. Venkatesha

37. Kinetic and mechanistic studies of aliphatic amines oxidation by sodium-N-

bromo-p-toluene sulphonamide in hydrochloric acid medium. International

Journal of Chemical Kientics, 32 (12) 776-783 (2000). USA. S. Ananda*,

M.B. Jagadeesha, Puttaswamy, B.M. Venkatesha and N.M. Made Gowda.

38. Oxidation of Psychotropic drugs by Chloramine-T in acid medium: A

kinetic study using spectrophotometry Ravi. J. D. Saldana, S. Ananda*., B.

M. Venkatesha., N. Madegowda Journal of molecular structure 9(2001)

USA.

39. Hydrothermal crystallization and electrical conductivity of

aluminophosphate zeolites. Indian Journal of Physics, 75A(2) 113-115

(2001). B.V. Suresh Kumar, K. Byrappa, S. Ananda* and K.M.L. Rai.

40. Oxidation of Psychotropic drugs by bromamine-B in acidic buffer: A kinetic

study using spectrophotometry.Synthesis and reactivity in inorganic and

metal organic chemistry, Vol (09), 763-1647 (2001), USA. S. Ananda*,

M.G. Ramananda and N.M. Made Gowda

41. Oxidation of methionine by N-chlorobenzene sulphonamide in hydrochloric

acid medium : A kinetic study. Mallamma, S. Ananda* and Rangaswamy

Asian J. Chem., 13, 543 (2001).

42. Ru(III) catalyzed oxidation of DPSO by N-Sodio-N-bromobenzene

sulphonamide in hydrochloric acid. A kinetic study.Mallamma,

15

Rangaswamy, S. Ananda* and N.M. Madegowda Synth React Inorg Mat-

Org Chem; 31, 1479(2001).

43. Oxidation of cysteine by bromamine-B in H2SO4 and HclO4 media : A

kinetic and mechanistic study.Mallamma, Rangaswamy and S. Ananda*, J.

Indian Council of Chemists, 18, 12 (2001).

44. Kinetics and mechanistic study of oxidation of phenylacetic acid by

bromamine-B in acid solutions catalysed by Ru(III).Mallamma,

Rangaswamy and S. Ananda* Oriental J. Chem., 18, 37(2002).

45. Pd (II) catalysed oxidation of mandelic acid by bromamine-B in

hydrochloric acid solution : A kinetic study. Mallamma, S. ananda*,

Rnagaswamy and N.M. Made Gowda. Oxidation comm.. 26, 250(2003).

46. Kinetic and Mechanistic studies of Pd(III) catalysed oxidation of some x-

hydroxy acids by sodium N-bromo benzene sulphonamide in hydrochloric

acid solutions. Mallamma, S. Ananda*, Rangaswamy and N.M. Made

GowdaSynth React Inorg Met-org Chem, ......, (2003)

47. Oxidation of p-methoxy benzaldehyde and salicyladehyde by chloramines-B

in acid medium : A kinetic and mechanistic study. S.K. Revathi,

Rangaswamy and S.Ananda* Asian J. Chem, 11, 1271 (1999)

48. Kinetics and mechanism of Ru(III) catalysed oxidation of phenyl acetic acid

by chloramines-B in acid medium S. Ananda* and M.H. Kondorasaiah

Asian Journal of Chemistry Vol. 14, No. 2, 2002, 651-665.

49. Hydrothermal synthesis and characterization of RVPI-5 where R=Ce and

Gd. Asian Journal of Chemistry Vol. 14, No. 3, 2002.

50. Ruthenium (III) catalyzed oxidation of dimethyl sulphoxide by chloramines-

B in Hydrochloric acid medium : A kinetic study. M.H. Kondarasaiah, S.

Ananda* and B.M. Venkatesha. Oriental Journal of Chemistry Vol. 18(2)

271-275 (2002).

51. Oxidation of psychotropic drugs by bromamine-T : A kinetic study using

spectrophotometry. S. Ananda and M.G. Ramananda Oxidation

Communications, Vol. 25, No. 3, 461-468(2002, Bulgaria.

52. Effect of Ionic conductivity in Aluminophosphates with different organic

structure directing templates. B.V. Suresh Kumar, K. Byrappa, S. Ananda*

and K.M. Lokanath Rai Asian Journal of Chemistry, Vol. 14, Nos. 3-4,

1513-1517, 2002. 53. Kinetics and mechanism of Ruthenium(III) catalyzed

oxidation of diphenylsulphoxide with Chloramine-B and Chloramine-T in

16

perchloric acid medium. S. K. Revathi., S. Ananda., K. N. Mohana.,

Rangaswamy Bulgarian Chemical Communications 37(2005), 154-160.

53. Impregnation of ZnO onto activated carbon under hydrothermal conditions

and its photocatalytic properties. K. Byrappa, A.K. Subramani, S. Ananda*,

K.M. Lokanatha Rai, H.M. Sunitha, B. Basavalingu, K. Soga J. Mater Sci

41 (2006), 1355-1362.

54. Synthesis and characterization of calcium aluminium silicate hydroxide

(CASH) mineral. K. Byrappa, M.K. Devaraju, P. Madhusudan, A.S.

Dayananda, B.V. Sureshkumar, H.N. Girish, S. Ananda*, K.M.L. Rai, P.

Javeri J. Mater Sci 41(2006), 1395-1398 (Springer Science)

55. Hydrothermal preparation of neodymium oxide coated titania composite

designed particulates and its application in the photocatalytic degradation

of Procion red dye. K. Byrappa, M.H. Sunitha, A.K. Subramani, S.

Ananda*, K.M.L. Rai, B. Basavalingu, M. Yoshimura J. Mater Sci

41(2006), 1369-1375 (Springer Science).

56. Kinetics and mechanism of Ruthenium (III) catalyzed oxidation of

diphenylsulphoxide with Chloramine-B and Chloramine-T in perchloric acid

medium. S.K. Revathi, S. Ananda*, K.N. Mohana, Rangaswamy Bulgarian

Chemical Communiations, 37(2005), 154-160.

57. Zeolite (AIPO4-5) inhibition of D-glucose oxidation by Sodium-N-

Chlorobenzene Sulphonamide (Chloramine-B) in NaOH medium: A kinetic

study S. Ananda*, K.B. Sudharani, B.V. Suresh Kumar, K. Byrappa

Bulgarian Chemical Communications 38(2006), No 4, 255-262

58. Photocatalytic degradation of Rhodamine-B dye using hydrothermally

synthesized ZnO K. Byrappa, A. K. Subramani., S. Ananda*., K. M. L. Rai.,

R. Dinesh., M. Yoshimura Bull. Mater. Sci., 29( 2006 ), No 5 , 1-6

59. Photocatalytic degradation of Indigo Carmine dye using TiO2 as

impregnated activated carbon. A. K. Subramni, K. Byrappa., S. Ananda., K.

M. L. Rai., C. Ranganathaiah., . M. Yoshimura Bull. Mater. Sci., 30 (2007)

No 1, 1-5 1.Hydrothermal preparation of TiO2: AC composite crystalline

particulates A. K. Subramani, K. Byrappa, R. Dinesh, K.M.L. Rai, S.

Ananda*, Y. Yoshimuar Acta Cryst. A61, C118 (2005)

60. Hydrothermal crystallization and characterization of R+3: AlPO4 zeoliotes,

where R= Ce, Pr and Nd. K. Byrappa, B.V. Suresh Kumar, C. Ranganathiah,

17

R. Somashekar, R. Dinesh, K.M.L. Rai and S. Ananda* Acta Cryst. C382

(2005)

61. Synthesis, Characterization and antioxidant activity of Zinc(II) and

Ruthenium(III) pyridoxine complexes. G. Chaitanya Lakshmi, S.Ananda*,

Netkal M. Made Gowda Synthesis and reactivity in inorganic and metal

organic chemistry, Vol 39 (08), 434-440 (2009)

62. Synthesis, Characterization and Antioxidant activity evaluation of

Pyridoxine and its Transition metal complexes. G. Chaitanya Lakshmi,

S.Ananda*, Netkal M. Made Gowda Synthesis and reactivity in inorganic

and metal organic chemistry, 41;413-424, (2011).

63. Synthesis of Iron-Pyridoxine complex by solvothermal process, its structural

characterization and Antioxidant activity evaluation, Journal of Chemistry

and Chemical engineering, Vol.4, NO. 12, (Serial No. 37), (2010).

64. In-Situ Surface Modification of Molybdenum Doped TiO2 Organic-

Inorganic Hybrid Nanoparticles under Hydrothermal Conditions and

Treatment of Pharmaceutical Effluent Bhezad Shamahrodi, K.Byrappa,

S.Ananda* Environmental Technology, 31(11);1213-1220, (2010).

65. Solvothermal Synthesis of the Surface Modified Manganese Doped TiO2

Nanoparticles for Photodegradation of Cibacron Brilliant Yellow 3G-P

Bhezad Shamahrodi, K.Byrappa, S.Ananda* IEEE Transactions on

Nanotechnology, (2011).

66. A validated chiral liquid chromatographic method for the enantiomeric

separation of Dapoxetine Hydrochloride, T. Rohith and S. Ananda*,

International Journal of Advanced Research in Pharmaceutical and Bio

Sciences, Vol.1 (3):311-319.

67. Transition metal complexes of Ethopropazine synthesis and characterization,

V. Debbeti, T. J. Ahmad, S. Ananda*, N. M. Made Gowda, American

Journal of Chemistry, DOI: 5923/j.chemistry.

68. Promazine complexes of transition metal ions: synthesis, Dayakar. R. Gouru,

Vishnuvardhan. R. Thakkalapally, Tarab. J. Ahmad, S. Ananda*, Netkal. M.

Made Gowda, American Journal of Chemistry, 1(2): 32-36, (2011).

69. Electrochemical degradation of Acridine Orange dye at Ru-doped platinum

anode in aqueous solution, Rakesh, S. Ananda*, Sowbhagya, International

Journal of Chemistry and Applications, Volume 4, Number 3, pp. 227-239,

(2012).

18

70. Kinetics and mechanism of L-Tryptophan oxidation by chloramines-T in

basic medium: A spectrofluorometric study, K. B. S. Rani, S. Ananda*, N.

M.M. Gowda, American Journal of Chemistry, 5923/j chemistry, (2012)

71. In vitro antioxidant and free radical scavenging activities of Mukia

Maderaspatana (Linn) M. Roem, B. R. Srilatha, S. Ananda*, Journal of

Pharmacy Research, 5(6), 3296-3303, (2012).

72. Semiconductor assisted photodegradation of dye and pesticide by ZnO:Ru

and ZnO/RuO2/AgO nanocomposites synthesized by electrochemical

method,G. Chaitanya Lakshmi, S.Ananda*, R. Somashekar,P.

Parameshwara, K. Byrappa, (2012).

73. Synthesis of ZnO/MgO nano composites by electrochemical method for

photocatalytic degradation of Eosin Yellow dye, International Journal of

Nano Science and Nano Technology, G. Chaitanya Lakshmi, S.Ananda*,

Somashekar, Ranganathaiah, (2012).

74. Synthesis of ZnO/ZrO2 nano composites by electrochemical method and its

application for photocatalytic degradation of Fast green FCF dye and paper

dyeing and printing press effluents, International Journal of Material

Science, G. Chaitanya Lakshmi, S.Ananda*, Somashekar, Ranganathaiah,

(2012).

75. Electrochemical Degradation of Indigocarmine Dye at Ru-doped Platinum

Anode in Aqueous Solution, Sowbhagya, S. Ananda* and Rakesh,

International Journal of Applied Chemistry, Volume 8, Number 2 (2012) pp.

141-152.

76. Synthesis, characterization of ZnO:Cu nanocomposites and photocatalytic

degradation of Cibacron brilliant yellow dye and textile dyeing industry

effluent,(communicated)

77. Synthesis, characterization of ZnO/SnO2 nanocomposites and photocatalytic

degradation of Rhodamine B, G. Chaitanya Lakshmi, S.Ananda*, R.

Somashekar, C. Ranganathaiah, International journal of Advances in Science

and Technology, Vol 5, No. 4, 2012.

78. Synthesis, characterization of Ag-RuO2nanocomposites and photocatalytic

degradation of Fast green dye and parathion pesticide, G. Chaitanya

Lakshmi, S.Ananda*, R. Somashekar, C. Ranganathaiah, International

journal of Advances in Science and Technology, Vol 6, No. 4, 2012.

19

79. A liquid chromatography-UV (LC-UV) method was developed for

quantification of six potential impurities in Androstanolone active

pharmaceutical ingredient, T. Rohith, S. Ananda and Netkal M. Made

Gowda, Journal of Chromatography separation techniques. Vol. 3, 2012.

80. Synthesis of Erichrome Black T- Zn2+

complex by Electrochemical method,

characterization and kinetic study of the formation of complex, Sowbhagya

and S. Ananda*, International journal of Chemistry and Applications. Vol 5,

No. 3, 2013.

81. Kinetic and mechanistic study of oxidation of cholesterol by chloramines-T

in alcohol medium, Chandrashekar, B. M. Venkatesha and S. Ananda*,

International journal of Analytical, Pharmaceutical and Biomedical

Sciences. Vol. 1, ISSN: 2278-0246, 2012.

82. Quantification of potential impurities by a stability indicating HPLC method

in Desvenlafaxine Succinate Monohydrate active Pharmaceutical ingredient,

T. Rohith and S. Ananda , International journal of research in pharmacy and

chemistry., 2(4), 947-956 (2012) ISSN: 2231-2781.

83. Stability indicating ultra-high performance liguid chromatographic assay of

midazolam in bulk and dosage form, A.K. Amruthraj, B.M.Venkatesha and

S.Ananda, International J Pharm Biomed Sci, 4(2), 83-87 (2013).

84. Method development and validation of Carisoprodol and its impurities by

ultra violet performance liquid chromatography, T. Rohith, S. Ananda and

Netkal M. Made Gowda, Advance in Analytical Chemistry, 3(2), 15-19

(2013).

85. Enhancement of photocatalytic activity of modified ZnO nanoparticles with

Manganese additive. Behzad Shamahrodi, K Namratha, K Byrappa, K Soga,

S Ananda*, R Somashekar. Research on Chemical Intermediate 2012, 37(2):

329-340

86. Photocatalytic treatment of municipal waste water using modified

Neodymium doped TiO2 hybrid nano particles. Behzad Shamahrodi,

Ibrahim A Ibrahim, Naonori Sakamoto, S Ananda*, Rudrappa, Somashekar,

Tague N Guru Row, K Byrappa.Journal of Environment science and Health

Part A. 2010, 45(10): 1248-55

87. Surface modification of Indium doped- ZnO hybrid nanoparticles with n-

butylamine. Behzad Shamahrodi, Ibrahim A Ibrahim, K Namratha, N

20

Sakomoto, S Ananda*, R Somashekar, K Byrappa. Internation Journal Of

Chemical Engineering Research. 2010, 975 (2): 107-117

88. Modification of Neodymium- doped ZnO hybrid nanoparticl;es under mild

Hydrothermal condition. Behzad Shamahrodi, K Soga, S Ananda*, R

Somashekar, K Byrappa. Nanoscale 2010, 2(7):1160-1164

89. Photocatalytic degradation of textile effluent using hydrothermally

synthesized Titania supported Molybdenum Oxide photocatalyst. C P Sajan,

Behzad Shamahrodi, H P Shivaraju, K M Lokanatha Rai, S Ananda*, M B

Shyam, T Thonthai, G V Narashima Rao, K Byrappa. Material Research

Innovation. 2010, 14(1): 89-94

90. Kinetic and Mechanistic study of Oxidation of Piperazines by Bromamine-

T in acidic medium. Chandrashekar, B M Venkatesha, S Ananda*, Netkal M

Made Gowda. Modern Research in Catalysis, 2013, 2, 157-163

91. Synthesis of chromium (III) oxide nanoparticles by electrochemical method

and mukia maderaspatana plant extract, characterization, KMnO4

decomposition and antibacterial study. Rakesh, S. Ananda and Netkal. M.

Madegowda, Modern research in Catalysis. Vol. 2, No. 4, 2013.

92. Antidiabetic effects of Mukia Maderaspatana and its phenolics: An in vitro

study on gluconeogenesis and glucose uptake in rat tissues. Pharmaceutical

Biology. B. R. Srilatha and S. Ananda. Pharmaceutical Biology. 2013.

93. Oxidation of Piperazines by Bromamine-B in Acidic Buffer Medium: A

Kinetic and Mechanistic Study. Chandrashekar, BM Venkatesha, S Ananda,

and Netkal M Made Gowda. Research and Reviews: Journal of Chemistry,

2014.

94. Rapid Ultra High Performance Liquid Chromatographic Assay of

Pinaverium Bromide and its Stability studies. A.K. Amruthraj, B.M.

Venkatesha, S. Ananda. Int. J. Pharm. Sci. Rev. Res., 25(2), Mar – Apr

2014; Article No. 11, Pages: 62-66.

95. Kinetics and mechanistic study of oxidation of nicotinamide by bromamine-

T in hydrochloric acid medium catalyzed by Ru(ii) ion. Chandrashekar,

Radhika. R. T, Venkatesha. B. M. and Ananda. S. International Journal of

Curent Research. Vol. 6, Isue, 01, p.4567-4571, January, 2014.

96. Hydrothermal coating of ZnO onto calcium alumino silicate beads and their

application in photodegradation of amaranth dye.HP shivaraju, S Ananda, K

21

Byrappa, MB Shayan, D Rangappa, S Pakamard. Materials Research

Innovations 14(1),73-79.

97. Comparative study on the photodegradation of Indigocarmine dye using

commertial TiO2 and natural rutile. CP sajan, B Basavalingu, S Ananda, K

Byrappa, Journal of Geological Society of India 77(1), 82-88.

98. Hydrothermal synthesis and cheracterisation of tin doped ZnO polyscale

crystals with hexylamine additive. T Parvin, S Ananda, K Byrappa, I Ahmed

Ibrahim. Materials Research Innovations 16 (1), 25-29

99. β-Cyclodextrin catalyzed oxidation of some α-amino acids with

chloramines-T in alkaline medium:kinetics and mechanistic studies. PA

Prasantha, N CSandhya, S Ananda, BK Kempegowda. Journal of Molecular

catalysis A:Chemical 353, 111-116

100. Synthesis, Characterisation, antibacterial and photoluminescence studies of

solutioj combustion-derived α-Al2O3 nanoparticles, PA Prasanth, RS

Reveendra, S Ananda, Journal of Asian ceramis societies 3(3), 345-351.

101. One-pot synthesis of 2,3-substituted benzo[b] thiophenes via Cu(i) catalysed

intramolecular cyclisation from dithioesters, NC Sandhya, S Ananda K S

Rangappa, RSC Advances 5(38), 29939-29946.

102. Rapid Ultra-performance liquid chromatography assay of losartan potassium

in bulk and formulations, TJ Ahmad, A raj S Ananda, RT Radhika, Journal

of Analytical Science and Technology 5 (1),1-6.

103. An investigation on :Kinetics of photocatalysis, electrical property and

biological activity of electrochemically synthesized ZnS and Ru:ZnS nano

photocatalysts. KR Raksha, S Ananda, Journal of Applicable chemistry

3(1),397-412.

104. Two phase titration and Bromatometric assay pf peneverium bromide,

Amruthraj A K, VEnkatesha B M, S Ananda, Int journal of Basic and appl

Chem Sciences 3(3), 44-48, 2013.

105. In Vitro Antimicrobial, Antioxidant and Anticancer Studies of ZnO

Nanoparticles Synthesised by Precipitation Method, GK Prashanth, PA

Prashanth, S Ananda, Advanced Sciences, Engineering and Medicine 8(4),

306-313.

106. Synthesis and antiproliferative efficiency of novel bis (imidazol1-yl) vinyl-

1,2,4-oxadiazoles, KN Nandeesh, NC Sandhya, S Ananda, New Journal of

Chemistry 40(3), 2833-2828.

22

107. Oxidation of glycylglycine by ferricynide in acid medium: Kinetics and

mechanism, KK Yemeni, K Cholkar, S Anada, Cogent Chemistry 1(1),

1087296.

108. Adsorption of hazardous cationic dye onto the combustion derived SrTio3

nanoparticles:Kinetics and isotherm studies, NP Bhagya, PA Prasanth, S

Ananda, Journal of Asian Ceramic socities

109. In vitro antibacterial and cytotoxicity studies of ZnO nanopowders prepared

by combustion assisted facile green synthesis, GK prasanth, PA Prasanth, S

Ananda, Karbala international journal of Modern Sciences1 (2), 67-77

110. High-efficient photocatalytic treatment of dye and anti-bacterial activity via

electrochemically synthesized SeS2 nanoparticles, KR Raksha, S Ananda,

Rakesh, Journal of Sulfur Chemistry 36(5),471-481.

111. One-pot Synthesis of Benzothiazines via Cu(i) catalysed intramoleculer

Cyclisation from Dithiosters, NC Sandhya, S Ananda, International journal

of Science and technology 4 (8) 2015.

112. Crystal structure of 2-(p-tolyl)-6-(trifluoromethyl)benzo[b] thiophene-3-

carbonitrile, NC Sandhya, S naveen, S Ananda, Acta Crystallographica

section E:Crystallographic Communications 71(65) 2015.

113. Development and Validation of UPLC Method for the Determination of

Duloxetine HCl and its impurities in Active Pharmaceutical Ingredient, T

Rohith, S Ananda, Journal of Analytical and Bioanalytical Techniques 2015.

114. Biodiesel production from unrefined rice bran Oil through three-stage

transesterification, VR Kattimani, BM Venkatesha, S Ananda, Advances in

chemical Engineering and sciences 4 (03),361, 2014.

115. Research article biological transesterification of poultry waste to biodiesel

using bacteria isolated from chicken feather, S Janhavi, G Shobha, S

Ananda, 2014.

116. Synthesis of radical cation of promethazine by electrochemical oxidation of

promethazine HCl, free radical scavenging and antibacterial application,

Rakesh, S Ananda, Journal of applicable chemistry 3(2), 504-512 2014.

117. Synthesis and characterization of transition Metal complexes of

Chlorpromazine, Y Naini, TJ Ahmad, S Ananda, American Journal of

Chemistry2 (4), 181-185 2012.

118. Kinetics of oxidation of vitamin0B3(niacin) by sodium N-

bromobenzenesulphonamide(bromine-B)in HCl medium and catalysis by

23

Ru(III)ion. BM venkatesha, S Ananda, Research journal of chemical

sciences 2(8),26-30, 2012.

119. Oxidative decolorization of Indigocarmine dye with chloramines-T

catalyzed by cobalt(ii) BM venkatesha, S Ananda, K Byrappa, Research on

chemical intermediates 37 2-5, 195-199, 2011.

120. Novel method of synthesis of R3+:YVO4 crystals, CK Chandrashekar, B

Basavalinghu, KML Rai, S Ananda, Materials Research innovations 14(1),

38-44, 2010.

121. Hydrothermal synthesis of doped ZnO and its application in

photodegradation of toxic amaranth dye, S Ananda, K Byrappa, KM Rai,

Acta Cryatallographica Scetion A 64, C 587, 2008.

122. Kinetic and mechanistic study of Ru(III)-nicotinic acid complex formation

by oxidation of bromamine-T in acid solution. MH Kondarasaiah, S Ananda,

Oxidation communications 27(1), 140-147, 2004.

123. Chlorination of ketones by chloramines-T in hydrochloric acid medium:a

kinetic and mechanistic study. SK Revathi, S Ananda, Chemistry: An Indian

journal 1(5), 386-392, 2004.

124. Kinetic and mechanistic studies of Pd(II)catalyzed Oxidation of Some α-

Hydroxy Acids by Sodium N-bromobenzenesulfonamide in hydrochloric

acid solutions. Mallamma, S Ananda, Rangaswamy, Synthesis and reactivity

in inorganic and metal-Organic Chemistry33(9), 2003.

125. Hydrothermal impregnation of designer particulates on activated carbon, S

Ananda, K Byrappa, KML Rai, Crystal Growth of Technologically

Important Electronic materials, 2003.

126. Oxidation of psychotropic drugs by sodium N-

chlorobenzenesulphonamide:A kinetic and mechanistic study. AS Ananda,

RJD Saldanha, Chemistry Preprint server, physical chemistry. 2002.

127. Oxidation of psychotropic drugs with N-haloamines: A kinetic and

mechanistic study by spectrophotometric method. SAnanda, T Shantha Raju,

Abstract of papers of the American chemical society 218, 1999.

128. The kinetics of oxidation of methanol, ethanol, propan-1-ol, butan-1-ol,

pentan-1-ol, DS mahadevappa, S Ananda, Indian Journal of chemistry:

Inorganic, Physical, theoretical, 1985.

24

129. Stability indicating ultra-high performance liquid chromatographic assay of

midazolam in bulk and dosage form, Amruth raj A. K, Venkatesha B. M, S

Ananda, Int J pharm Biomed Sci 4(2),83-87, 2013.

130. Optimisation of methylester of Neem oil Int Journ of Current Research

Kattimani V R, Venkatesha B M, S Ananda,5(12), 3937-3940, 2013.

131. Ruthanium(III)-catalysed oxidation of some α-aminoacids by sodium-N-

chloro-ptoluenesul fonamide(CAT) in acid medium: Mechanistic

investigation. P. Prasantha, B.K Kempegowda, S.Ananda, K.S.Rangappa

and M.N.Kumara*. Journal of Molecular Catalysis A: Chemical, 383-384,

203-208, 2014.

132. Study of kinetics of photocatalysis, bacterial inactivation and .OH

scavenging activity of electrochemically synthesized Se4+

doped ZnS

nanoparticles. K. R. Raksha, S. Ananda and Netkal. M. Madegowda. Journal

of Molecular Catalysis A: Chemical. 2014, 396, 319-327.

133. Optical electrical and viscosity properties of poly(vinyl alcohol)films

embedded with Cr2O3 nanoparticles synthesized by Biological and

electrochemical methods, Rakesh, S Ananda, International research journal

of pure and applied chemistry 9(4), 1-13, 2015.

134. Synthesis and characterization of Co-Doped ZnO nanaoprticles by

electrochemical method: Photodegradation kinetics of Bromophenol blue

dye, Textile effluents and study of Antibacterial activity, Sowbhagya, S

Ananda, Journal of Nanoscience, NanoEngineering and applications 5(1), 1-

13, 2015.

135. Synthesis of Se-doped ZnO nanoparticles by electrochemical method:

photodegradation kinetics of dye and study of antimicrobial, antimitotic

activities of Se-doped ZnO nanoparticles. Sowbhagya, S. Ananda*.

American Chemical Science Journal, 2014, 4(5), 616-637.

136. Synthesis of Niobium doped ZnO nanoparticles by electrochemical method:

characterization, photodegradation of indigo carmine dye and antibacterial

study. Rakesh, S. Ananda and Netkal. M. Madegowda, Raksha. K.R.

Advances in Nanoparticles. 2014, 3, 133-147.

137. ZnO nanopellets have selective anticancer activity, PG Krishna, PP

Ananthaswamy, S Ananda, Materials sciences and Engineering C 62, 919-

926.

25

138. Semiconductor-assisted photodegradation of textile industry effluent,

electrical property, OH scavenging and anti-bacterial activity by

electrochemically synthesized highly branched In2O3/SnO/ZnO nanorods,

Catalysis communication, Raksha K R, S Ananda, Ravishankar V. Rai, N M

Madegowda, Pavan Kumar CS. 2016.