S.No.
|
Authors
|
Title
|
Name
of the Journal
|
Vol-ume
|
Year
|
Page
no.
|
1.
|
V.
Ganesan,
S. V. Rosakha, and J. K. Kochi
|
Isolation
of the latent precursor complex in electron-transfer dynamics:
Intermolecular association and self-exchange with acceptor anion
radicals.
|
Journal
of the American Chemical Society
|
125
|
2003
|
2559-2571
|
2.
|
U.
P. Azad and V.
Ganesan*
|
Efficient
sensing of nitrite by Fe(bpy)32+ immobilized
Nafion modified electrodes.
|
Chemical
Communications
|
46
|
2010
|
6156-6158
|
3.
|
V. Ganesan
and
A.
Walcarius
|
Surfactant
templated sulfonic acid functionalized silica microspheres as efficient
ion exchangers and electrode modifiers.
|
Langmuir
|
20
|
2004
|
3632-3640
|
4.
|
M.
Pal and V. Ganesan*
|
Zinc phthalocyanine and silver
/gold nanoparticles incorporated MCM-41 type materials as electrode
modifiers.
|
Langmuir
|
25
|
2009
|
13264-13272
|
5.
|
V.
Ganesan and
R. Ramaraj
|
Extrazeolite
electron transfer at zeolite encapsulated polypyridyl
metal complexes coated electrode.
|
Langmuir
|
14
|
1998
|
2497-2501
|
6.
|
A. Walcarius
and
V.
Ganesan
|
Ion-exchange
properties and electrochemical characterization of quaternary
ammonium-functionalized silica microspheres obtained by the surfactant
templated route.
|
Langmuir
|
22
|
2006
|
469-477
|
7.
|
M.
Pal and V. Ganesan*
|
Electrochemical
determination of nitrite using silver nanoparticles modified electrode
|
Analyst
|
135
|
2010
|
2711-2716
|
8
|
P.
K. Rastogi, V. Ganesan* and S. Krishnamoorthi
|
A
promising electrochemical sensing platform based on silver nanoparticles
decorated copolymer for sensitive nitrite determination
|
Journal
of Materials Chemistry A
|
2
|
2014
|
933-943
|
9.
|
U.
P. Azad and
V.
Ganesan*
|
Determination
of hydrazine by polyNi(II) complex modified electrodes with a wide linear
calibration range
|
Electrochimica
Acta
|
56
|
2011
|
5766-5770
|
10.
|
M.
Pal and V. Ganesan*
|
Effect
of silver nanoelectrode ensembles on the electrocatalytic reduction of NO2-
by zinc phthalocyanine
|
Electrochimica
Acta
|
55
|
2010
|
4071-4077
|
S.No.
|
Authors
|
Title
|
Name
of the Journal
|
Vol-ume
|
Year
|
Page
no.
|
39.
|
P.K.
Sonkar, V. Ganesan* and V. Rao
|
Electrocatalytic
oxidation and determination of cysteine at oxovanadium(IV) salen coated
electrodes
|
International
Journal of Electrochemistry
|
|
2014
|
Accepted
|
38.
|
P.K.
Sonkar, V. Ganesan*
|
Synthesis
and characterization of silver nanoparticles anchored amine functionalized
mesoporous silica for electrocatalytic determination of nitrite
|
Journal
of Solid State Electrochemistry
|
|
2014
|
Accepted
|
37.
|
V.
Ganesan*
|
Functionalized
silica materials for electrocatalysis
|
Journal
of Chemical Sciences
|
|
2014
|
Accepted
|
36.
|
U.P.Azad,
N. Prajapati and V. Ganesan*
|
Selective
determination of isoniazid using bentonite clay modified electrodes
|
Bioelectrochemistry
|
101
|
2015
|
120-125
|
35.
|
P.
K. Rastogi, V. Ganesan* and S. Krishnamoorthi
|
Palladium
nanoparticles incorporated polymer-silica nanocomposite based
electrochemical
sensing platform for nitrobenzene detection
|
Electrochimica
Acta
|
147
|
2014
|
442-450
|
34.
|
V.
Azmeera, P.K. Rastogi, P. Adhikary, V. Ganesan and S.
Krishnamoorthi
|
Synthesis,
characterization and cyclic voltammetric study of copper(II) and
nickel(II) polymer chelates
|
Carbohydrate
Polymers
|
110
|
2014
|
388-395
|
33.
|
U.P.
Azad, S. Turllapati, P.K. Rastogi and V. Ganesan*
|
Tris(1,10-phenanthroline)iron(II)-bentonite
film as efficient electrochemical sensing platform for nitrite
determination
|
Electrochimica
Acta
|
127
|
2014
|
193-199
|
32.
|
P.
K. Rastogi, V. Ganesan* and S. Krishnamoorthi*
|
Palladium
nanoparticles decorated gaur gum based hybrid material for
electrocatalytic hydrazine determination
|
Electrochimica
Acta
|
125
|
2014
|
593-600
|
31.
|
V. Ganesan*, M. Pal and M. Tiwari
|
Manganese
Schiff base complex immobilized silica materials for electrocatalytic
oxygen reduction
|
Bulletin
of Materials Science
|
37
|
2014
|
623-628
|
30.
|
U.P.
Azad and V. Ganesan*
|
Tris(4,4'-dimethyl-2,2'-bipyridine)iron(II)
immobilized Nafion� for arsenite determination in water samples
|
ChemElectroChem
|
1
|
2014
|
379-383
|
29.
|
P.
K. Rastogi, V. Ganesan* and S. Krishnamoorthi
|
A
promising electrochemical sensing platform based on silver nanoparticles
decorated copolymer for sensitive nitrite determination
|
Journal
of Materials Chemistry A
|
2
|
2014
|
933-943
|
28.
|
U.P. Azad and V. Ganesan*
|
Electrocatalytic oxidation and sensitive
determination of glycine at poly(NiIIteta) modified electrodes
|
Sensor
Letters
|
11
|
2013
|
1490-1495
|
27.
|
V. Ganesan,* P.K. Rastogi, R. Gupta,
M.T. Meredith and S.D.
Minteer*
|
Ion exchange voltammetry at branched polyethylenimine cross-linked with
ethylene glycol diglycidyl ether and sensitive determination of ascorbic
acid
|
Electrochimica
Acta
|
105
|
2013
|
31-39
|
26.
|
M.
Pal, V.
Ganesan*
and U. P. Azad
|
Photochemical oxygen reduction by zinc phthalocyanine and silver/gold
nanoparticles incorporated silica thin films
|
Thin
Solid Films
|
521
|
2012
|
172-176
|
25.
|
M.
Pal and V. Ganesan*
|
Electrocatalytic
activity of cobalt Schiff base complex immobilized silica materials
towards oxygen reduction and
hydrazine oxidation
|
Catalysis
Science & Technology
|
2
|
2012
|
2383-2388
|
24.
|
P.
K. Rastogi, V. Ganesan* and S. Krishnamoorthi
|
Ion
exchange voltammetry at permselective copolymer modified electrode and its
application for the determination of catecholamines
|
Journal
of Electroanalytical Chemistry
|
676
|
2012
|
13-19
|
23.
|
U.
P. Azad and V.
Ganesan*
|
Efficient
electrocatalytic oxidation and selective determination of isoniazid by
Fe(tmphen)32+-exchanged Nafion�-modified electrode
|
Journal
of Solid State Electrochemistry
|
16
|
2012
|
2907�2911
|
22.
|
M.
Pal and V. Ganesan*
|
Effect
of gold nanoparticles on the electrocatalytic reduction of oxygen
by
silica encapsulated cobalt phthalocyanine
|
Journal
of Electroanalytical Chemistry
|
672
|
2012
|
07-11
|
21.
|
P.
K. Rastogi, V. Ganesan* and S. Krishnamoorthi*
|
Microwave
assisted polymer stabilized synthesis of silver nanoparticles and its
application in the degradation of environmental pollutants
|
Materials
Science and Engineering B
|
177
|
2012
|
456-461
|
20.
|
P.
K. Rastogi, S. Krishnamoorthi* and V. Ganesan*
|
Synthesis,
characterization and ion exchange voltammetry study on
2-acrylamido-2-methylpropane sulphonic acid and N-
(hydroxymethyl) acrylamide based copolymer
|
Journal
of Applied Polymer Science
|
123
|
2012
|
929-935
|
19.
|
U.
P. Azad and V.
Ganesan* M. Pal
|
Catalytic
reduction of organic dyes at gold nanoparticles impregnated silica
materials: influence of functional groups and surfactants
|
Journal
of Nanoparticle Research
|
13
|
2011
|
3951-3959
|
18.
|
U.
P. Azad and
V.
Ganesan*
|
Determination
of hydrazine by polyNi(II) complex modified electrodes with a wide linear
calibration range
|
Electrochimica
Acta
|
56
|
2011
|
5766-5770
|
17.
|
M.
Pal and V. Ganesan*
|
Electrochemical
determination of nitrite using silver nanoparticles modified electrode
|
Analyst
|
135
|
2010
|
2711-2716
|
16.
|
U.
P. Azad and V.
Ganesan*
|
Efficient
sensing of nitrite by Fe(bpy)32+ immobilized
Nafion modified electrodes.
|
Chemical
Communications
|
46
|
2010
|
6156-6158
|
15.
|
M.
Pal and V. Ganesan*
|
Effect
of silver nanoelectrode ensembles on the electrocatalytic reduction of NO2-
by zinc phthalocyanine
|
Electrochimica
Acta
|
55
|
2010
|
4071-4077
|
14.
|
U.
P. Azad and
V.
Ganesan*
|
Influence
of metal nanoparticles on the electrocatalytic oxidation of glucose by
poly(NiIIteta) modified electrodes.
|
Electroanalysis
|
22
|
2010
|
575-583
|
13.
|
M.
Pal and V. Ganesan*
|
Zinc phthalocyanine and silver
/ gold nanoparticles incorporated MCM-41 type materials as electrode
modifiers.
|
Langmuir
|
25
|
2009
|
13264-13272
|
12.
|
V. Ganesan
and
A. Walcarius
|
Ion
exchange and ion exchange voltammetry with functionalized mesoporous
silica materials.
|
Materials
Science and Engineering B
|
149
|
2008
|
123-132
|
11.
|
A. Walcarius
and
V.
Ganesan
|
Ion-exchange
properties and electrochemical characterization of quaternary
ammonium-functionalized silica microspheres obtained by the surfactant
templated route.
|
Langmuir
|
22
|
2006
|
469-477
|
10.
|
V. Ganesan
and
A.
Walcarius
|
Surfactant
templated sulfonic acid functionalized silica microspheres as efficient
ion exchangers and electrode modifiers.
|
Langmuir
|
20
|
2004
|
3632-3640
|
9.
|
A.Walcarius,
V. Ganesan, O. Larlus and V. Vatchev
|
Low
temperature synthesis of zeolite films on glassy carbon: towards designing
selective electrochemical devices.
|
Electroanalysis
|
16
|
2004
|
1550-1554
|
8.
|
V.
Ganesan,
S. V. Rosakha, and J. K. Kochi
|
Isolation
of the latent precursor complex in electron-transfer dynamics:
Intermolecular association and self-exchange with acceptor anion
radicals.
|
Journal
of the American Chemical Society
|
125
|
2003
|
2559-2571
|
7.
|
R.
Ramaraj, V. M. Kumar, C. R. Raj and V. Ganesan
|
Cyclodextrin
inclusion complexes of aromatic amines and nitrocompounds and their
photoinduced electron transfer reaction with
tris(2,2�-bipyridine)ruthenium(II) complex.
|
Journal
of Inclusion Phenomenon and Macrocyclic Chemistry
|
40
|
2001
|
99-104
|
6.
|
V.
Ganesan,
S. A. John and R. Ramaraj
|
Multielectrochromic
properties of methylene blue and phenosafranine dyes incorporated into
Nafion film.
|
Journal
of Electroanalytical Chemistry
|
502
|
2001
|
167-173
|
5.
|
V.
Ganesan
and R. Ramaraj
|
Electrocatalytic
oxidation of hydrogen peroxide by poly(NiII-teta) modified
electrodes.
|
Journal
of Applied Electrochemistry
|
31
|
2001
|
585-590
|
4.
|
V.
Ganesan
and R. Ramaraj
|
Spectral
properties of proflavin in zeolite-L and zeolite-Y.
|
Journal
of Luminescence
|
92
|
2001
|
167-173
|
3.
|
V.
Ganesan
and R. Ramaraj
|
In
situ spectroelectrochemical
studies of phenothiazine dyes at clay coated electrodes.
|
Journal
of Electroanalytical Chemistry
|
490
|
2000
|
54-61
|
2.
|
V.
Ganesan
and R. Ramaraj
|
Mediated
reduction of oxygen at poly(phenosafranine) modified electrodes.
|
Journal
of Applied Electrochemistry
|
30
|
2000
|
757-760
|
1.
|
V.
Ganesan and
R. Ramaraj
|
Extrazeolite
electron transfer at zeolite encapsulated polypyridyl
metal complexes coated electrode.
|
Langmuir
|
14
|
1998
|
2497-2501
|