1 |
A.Jeyaseelan Mu.Naushad and N.Viswanathan |
N.Viswanathan
and K. Pandi
|
Taylor and Francis Group - Apple Academic Press (ISBN: 9781315366531) |
65 |
2990-3001
|
2020 |
2 |
I.Aswin Kumar Mu.Naushad and N.Viswanathan |
N.Viswanathan,
S.Periyasamy and
I.Aswin Kumar
|
Springer Link
(ISBN: 978-3-319-75483-3)
|
65 |
2712-
2724
|
2020 |
3 |
I.Aswin Kumar Mu.Naushad and N.Viswanathan |
S.Periyasamy
I.Aswin Kumar and N.Viswanathan
|
Springer Link
(ISBN: 978-3-030-17723-2)
|
8 |
103894 |
2020 |
4 |
S.Periyasamy, Mu.Naushad and N.Viswanathan |
C.Jeyaprabha,
N.Viswanathan
and K.Sekar
|
Emerald Publishers
(ISBN: 9789389080834)
|
6 |
851-
863 |
2020 |
5 |
I.Aswin Kumar and N.Viswanathan |
Development of magnetic particles encrusted LDH admixed biopolymeric complex beads for selective phosphate remediation |
Journal of Chemical & Engineering Data IF: 2.369
Cited by: -
|
64 |
5725-
5736
|
2020 |
6 |
I.Aswin Kumar and N.Viswanathan |
Hydrothermal fabrication of amine grafted magnetic gelatin hybrid composite for effective adsorption of nitrate and phosphate |
Industrial & Engineering Chemistry Research
IF: 3.573
Cited by: -
|
58 |
21521-
21530
|
2020 |
7 |
I.Aswin Kumar and N.Viswanathan |
Micro-encapsulation and hydrothermal tuning of amine decorated magnetic alginate hybrid beads for nitrate and phosphate remediation |
Journal of the Taiwan Institute of Chemical Engineers
IF: 4.794
Cited by: -
|
102 |
283-
296
|
2020 |
8 |
I.Aswin Kumar and N.Viswanathan |
Fabrication of zirconium(IV) cross-linked alginate/kaolin hybrid beads for nitrate and phosphate retention |
Arabian Journal of Chemistry IF: 4.762
Cited by: 2 |
13 |
4111-
4125
|
2020 |
9 |
S.Periyasamy and
N.Viswanathan
|
Hydrothermal synthesis of melamine-functionalized covalent organic polymer- blended alginate beads for iron removal from water |
Journal of Chemical & Engineering Data IF: 2.369
Cited by: -
|
64 |
2280-
2291
|
2019 |
10 |
N.Viswanathan I.Aswin Kumar and S.Meenakshi |
Development of chitosan encapsulated tricalcium phosphate biocomposite for fluoride retention |
International Journal of Biological Macromolecules IF: 5.162
Cited by: 3
|
133 |
811-
816
|
2019 |
11 |
S.Periyasamy, P.Manivasakan, C.Jeyaprabha, S.Meenakshi and N.Viswanathan |
Fabrication of nano- graphene oxide assisted hydrocalumite/chitosan biocomposite: an efficient adsorbent for chromium removal from water |
International Journal of Biological Macromolecules IF: 5.162
Cited by: 1
|
132 |
1068-
1078
|
2019 |
12 |
K.Pandi, N.Viswanathan and S.Meenakshi |
Hydrothermal synthesis of magnetic iron oxide encrusted hydrocalumite- chitosan composite for defluoridation studies |
International Journal of Biological Macromolecules IF: 5.162
Cited by: 2
|
132 |
600-
605
|
2019 |
13 |
I.Aswin Kumar, C.Jeyaprabha, S.Meenakshi and N.Viswanathan |
Hydrothermal
encapsulation of lanthanum oxide derived Aegle marmelos admixed
chitosan bead system for nitrate and phosphate retention
|
International Journal of Biological Macromolecules IF: 5.162
Cited by: 3
|
130 |
527-
535
|
2019 |
14 |
V.Gopalakannan, S.Periyasamy and N.Viswanathan |
Fabrication of magnetic particles-reinforced nanohydroxyapatite/gelatin composite for selective Cr(VI) removal from water |
Environmental Science: Water Research & Technology
IF: 3.449
Cited by: 5
|
4 |
783-
794
|
2019 |
15 |
V.Gopalakannan, S.Periyasamy and N.Viswanathan |
Enhanced chromium sorption and quick separation of magnetic hydrotalcite anchored biopolymeric composites using the hydrothermal method |
Journal of Chemical & Engineering Data IF: 2.369
Cited by: 5
|
63 |
1286-
1299
|
2019 |
16 |
S.Periyasamy and
N.Viswanathan
|
Hydrothermal synthesis of hydrocalumite assisted biopolymeric hybrid composites for efficient Cr(VI) removal from water |
New Journal of
Chemistry
IF: 3.228
Cited by: 8
|
42 |
3371-
3382
|
2019 |
17 |
I.Aswin Kumar and N.Viswanathan |
Hydrothermal fabrication of zirconium oxyhydroxide capped chitosan/kaolin frame work for highly selective nitrate and phosphate retention |
Industrial & Engineering Chemistry Research
IF: 3.573
Cited by: 4
|
57 |
14470-
14481
|
2019 |
18 |
S.Periyasamy, V.Gopalakannan and N.Viswanathan |
Hydrothermal assisted magnetic nano- hydroxyapatite
encapsulated alginate beads for efficient Cr(VI) uptake
from water
|
Journal of Environmental Chemical Engineering IF: 4.300
Cited by: 14
|
6 |
1443-
1454
|
2018 |
19 |
I.Aswin Kumar and N.Viswanathan |
Development and reuse of amine-grafted chitosan hybrid beads in the retention of nitrate and phosphate |
Journal of Chemical & Engineering Data IF: 2.369
Cited by: 10
|
63 |
147-
158
|
2018 |
20 |
I.Aswin Kumar and N.Viswanathan |
Preparation and testing of a tetra-amine copper(II) chitosan bead system for enhanced phosphate remediation |
Carbohydrate
Polymers
IF: 7.182
Cited by: 8
|
183 |
173-
182
|
2018 |
21 |
I.Aswin Kumar and N.Viswanathan |
A facile synthesis of magnetic particles sprayed gelatin embedded hydrotalcite composite for effective phosphate sorption |
Journal of Environmental Chemical Engineering IF: 4.300
Cited by: 17
|
6 |
208-
217
|
2018 |
22 |
S.Periyasamy, V.Gopalakannan and N.Viswanathan |
Fabrication of magnetic particles imprinted cellulose based
biocomposites for chromium (VI) removal
|
Carbohydrate
Polymers
IF: 7.182
Cited by: 24
|
174 |
352-
359
|
2017 |
23 |
I.Aswin Kumar and N.Viswanathan |
Development of multivalent metal ion imprinted chitosan biocomposites for phosphate sorption |
International Journal of Biological Macromolecules IF: 5.162
Cited by: 23
|
104 |
1539-
1547
|
2017 |
24 |
I.Aswin Kumar and N.Viswanathan |
Fabrication of metal ions cross-linked alginate assisted biocomposite beads for selective phosphate removal |
Journal of
Environmental
Chemical Engineering IF: 4.300
Cited by: 17
|
5 |
1438-
1446
|
2017 |
25 |
K.Pandi, S.Periyasamy and N.Viswanathan |
Remediation of fluoride from drinking water using magnetic iron oxide coated hydrotalcite/chitosan composite |
International Journal of Biological Macromolecules IF: 5.162
Cited by: 14
|
104 |
1569-
1577
|
2017 |
26 |
K.Pandi and
N.Viswanathan
|
A facile synthesis of metal ion-imprinted graphene oxide/alginate hybrid biopolymeric beads for enhanced fluoride sorption |
RSC Advances
IF: 3.119
Cited by: 10
|
6 |
75905-
75915
|
2016 |
27 |
V.Gopalakannan, S.Periyasamy and N.Viswanathan |
Synthesis of assorted metal ions anchored alginate bentonite biocomposites for Cr(VI) sorption |
Carbohydrate
Polymers
IF: 7.182
Cited by: 18
|
151 |
1100-
1109
|
2016 |
28 |
V.Gopalakannan, S.Periyasamy and N.Viswanathan |
One pot eco-friendly synthesis of highly dispersed alumina supported alginate biocomposite for efficient chromium(VI) removal |
Journal of Water Process Engineering
IF: 3.465
Cited by: 17
|
10 |
113-
119
|
2016 |
29 |
V.Gopalakannan and N.Viswanathan |
One pot synthesis of metal ion anchored alginate– gelatin binary biocomposite for efficient Cr(VI)
removal
|
International Journal of Biological Macromolecules IF: 5.162
Cited by: 24
|
83 |
450 -
459
|
2016 |
30 |
K.Pandi and
N.Viswanathan
|
In situ fabrication of magnetic iron oxide over nano-hydroxyapatite gelatin eco-polymeric composite for defluoridation studies |
Journal of Chemical & Engineering Data IF: 2.369
Cited by: 23
|
61 |
571-
578
|
2015 |
31 |
V.Gopalakannan and N.Viswanathan |
Development of nano- hydroxyapatite embedded gelatin biocomposite for effective
chromium(VI) removal
|
Industrial & Engineering Chemistry Research
IF: 3.573
Cited by: 30
|
54 |
12561-
12569
|
2015 |
32 |
K.Pandi and
N.Viswanathan
|
Synthesis and applications of eco-magnetic nano- hydroxyapatite chitosan composite for enhanced fluoride sorption |
Carbohydrate
Polymers
IF: 7.182
Cited by: 24
|
134 |
732-
739
|
2015 |
33 |
K.Pandi and
N.Viswanathan
|
Enhanced defluoridation and facile separation of magnetic nano- hydroxyapatite/alginate composite |
International Journal of Biological
Macromolecules
IF: 5.162
Cited by: 28
|
80 |
341-
349
|
2015 |
34 |
K.Pandi and
N.Viswanathan
|
Remediation of fluoride using montmorillonite@chitosan biocomposite |
Journal of Chitin and Chitosan Science
Cited by: -
|
3 |
39-45 |
2015 |
35 |
K.Pandi and
N.Viswanathan
|
Synthesis of alginate beads filled with nanohydroxyapatite: An efficient approach for
fluoride sorption
|
Journal of Applied Polymer Science
IF: 2.520
Cited by: 12
|
132 |
1-9 |
2015 |
36 |
K.Pandi and
N.Viswanathan
|
In situ precipitation of nano-hydroxyapatite in gelatin polymatrix towards specific fluoride sorption |
International Journal of Biological Macromolecules IF: 5.162
Cited by: 31
|
74 |
351-
359
|
2015 |
37 |
K.Pandi and
N.Viswanathan
|
A novel metal coordination enabled in carboxylated alginic acid for effective fluoride removal |
Carbohydrate
Polymers
IF: 7.182
Cited by: 32
|
118 |
242-
249
|
2015 |
38 |
V.Gopalakannan and N.Viswanathan |
Synthesis of magnetic alginate hybrid beads for efficient chromium(VI) removal |
International Journal of Biological Macromolecules IF: 5.162
Cited by: 54
|
72 |
862-
867
|
2015 |
39 |
N.Viswanathan, K.Pandi and S.Meenakshi |
Synthesis metal ion entrapped silica gel/chitosan biocomposite for defluoridation studies |
International Journal of Biological Macromolecules IF: 5.162
Cited by: 21
|
70 |
347-
353
|
2014 |
40 |
K.Pandi and
N.Viswanathan
|
Synthesis of alginate bioencapsulated nano- hydroxyapatite composite for selective fluoride sorption |
Carbohydrate
Polymers
IF: 7.182
Cited by: 59
|
112 |
662-
667
|
2014 |
41 |
S.Muthu Prabhu, N.Viswanathan and S.Meenakshi |
Defluoridation of water using chitosan assisted ethylenediamine functionalized synthetic polymeric blends |
International Journal of Biological Macromolecules IF: 5.162
Cited by: 16 |
70 |
621-
627
|
2014 |
42 |
N.Viswanathan, S.Muthu Prabhu and S.Meenakshi |
Development of amine functionalized co- polymeric resins for selective fluoride sorption |
Journal of
Fluorine Chemistry IF: 2.332
Cited by: 24
|
153 |
143-
150
|
2013 |
43 |
M.Rajiv Gandhi, N.Viswanathan and S.Meenakshi |
Synthesis and characterization of a few amino-functionalized copolymeric resins and their environmental applications |
Industrial & Engineering Chemistry Research
IF: 3.573
Cited by: 23
|
51 |
5677-
5684
|
2012 |
44 |
M.Rajiv Gandhi, G.N.Kousalya, N.Viswanathan and S.Meenakshi |
Sorption behaviour of copper on chemically modified chitosan beads from aqueous solution |
Carbohydrate
Polymers
IF: 7.182
Cited by: 80
|
83 |
1082-
1087
|
2011 |
45 |
M.Rajiv Gandhi, N.Viswanathan and S.Meenakshi |
Adsorption mechanism of hexavalent chromium removal using Amberlite IRA 743 resin |
Ion Exchange
Letters
Cited by: 48
|
3 |
25-35 |
2010 |
46 |
G.N.Kousalya, M.Rajiv Gandhi, N.Viswanathan and S.Meenakshi |
Preparation and metal uptake studies of modified forms of chitin |
International Journal of Biological Macromolecules
IF: 5.162
Cited by: 30
|
47 |
583-
589
|
2010 |
47 |
M.Rajiv Gandhi, N.Viswanathan and S.Meenakshi |
Preparation and application of alumina/chitosan biocomposite |
International Journal of Biological Macromolecules IF: 5.162
Cited by: 86
|
47 |
146-
154
|
2010 |
48 |
N.Viswanathan
and S.Meenakshi
|
Selective fluoride adsorption by a hydrotalcite/chitosan composite |
Applied Clay
Science
IF: 4.605
Cited by: 106
|
48 |
607-
611
|
2010 |
49 |
N.Viswanathan
and S.Meenakshi
|
Enriched fluoride sorption using alumina/chitosan composite |
Journal of Hazardous Materials IF: 9.038
Cited by: 129
|
176 |
226-
232
|
2010 |
50 |
N.Viswanathan
and S.Meenakshi
|
Development of chitosan supported zirconium(IV) tungstophosphate composite for fluoride removal |
Journal of Hazardous Materials IF: 9.038
Cited by: 97
|
178 |
459-
465
|
2010 |
51 |
C.Sairam Sundaram, N.Viswanathan and S.Meenakshi |
Fluoride sorption by nano- hydroxyapaptite/chitin composite |
Journal of Hazardous Materials
IF: 9.038
Cited by: 128
|
172 |
147-
151
|
2009 |
52 |
N.Viswanathan
and S.Meenakshi
|
Synthesis of Zr(IV) entrapped chitosan polymeric matrix for selective fluoride sorption |
Colloids and Surfaces B: Biointerfaces IF: 4.389
Cited by: 69
|
72 |
88-93 |
2009 |
53 |
N.Viswanathan
and S.Meenakshi
|
Enhanced and selective fluoride sorption on Ce(III) encapsulated chitosan polymeric matrix |
Journal of Applied Polymer Science
IF: 2.520
Cited by: 27
|
112 |
1114-
1121
|
2009 |
54 |
N.Viswanathan, C. Sairam Sundaram and S.Meenakshi |
Development of multifunctional chitosan beads for fluoride removal |
Journal of Hazardous Materials IF: 9.038
Cited by: 58
|
167 |
325-
331
|
2009 |
55 |
N.Viswanathan, C.Sairam Sundaram and S.Meenakshi |
Sorption behaviour of fluoride on carboxylated crosslinked chitosan beads
|
Colloids and Surfaces B: Biointerfaces IF: 4.389
Cited by: 90
|
68 |
48-54 |
2009 |
56 |
C.Sairam Sundaram, N.Viswanathan and S.Meenakshi |
Defluoridation of water using magnesia/chitosan composite |
Journal of Hazardous Materials
IF: 9.038
Cited by: 155
|
163 |
618-
624
|
2009 |
57 |
N.Viswanathan
and
S. Meenakshi
|
Role of metal ion incorporation in ion exchange resin in the selectivity of fluoride |
Journal of Hazardous Materials IF: 9.038
Cited by: 79
|
162 |
920-
930
|
2009 |
58 |
N.Viswanathan, C.Sairam Sundaram and
S. Meenakshi
|
Removal of fluoride from aqueous solution using protonated chitosan beads |
Journal of Hazardous Materials
IF: 9.038
Cited by: 222
|
161 |
423-
430
|
2009 |
59 |
N.Viswanathan
and
S. Meenakshi
|
Effect of metal loaded in a resin towards fluoride retention |
Journal of Fluorine Chemistry IF: 2.332
Cited by: 44
|
169 |
645-
653
|
2008 |
60 |
C.Sairam Sundaram, N.Viswanathan and S.Meenakshi |
Uptake of fluoride by nano- hydroxyapatite/chitosan, a bioinorganic composite |
Bioresource Technology IF: 7.539
Cited by: 169 |
99 |
8226-
8230
|
2008 |
61 |
C.Sairam Sundaram, N.Viswanathan and S.Meenakshi |
Defluoridation chemistry of synthetic hydroxyapatite at nano scale: Equilibrium
and kinetics studies
|
Journal of
Hazardous Materials IF: 9.038
Cited by: 246
|
155 |
206-
215
|
2008 |
62 |
N.Viswanathan
and
S. Meenakshi
|
Selective sorption of fluoride using Fe(III) loaded carboxylated chitosan beads |
Journal of Fluorine Chemistry IF: 2.332
Cited by: 89
|
129 |
503-
509
|
2008 |
63 |
N.Viswanathan
and
S. Meenakshi
|
Enhanced fluoride sorption using La(III) incorporated carboxylated chitosan
beads
|
Journal of Colloid and Interface Science
IF: 7.489
Cited by: 168
|
322 |
375-
383
|
2008 |
64 |
N.Viswanathan
and
S. Meenakshi
|
Identification of selective ion exchange resin for fluoride sorption |
Journal of Colloid and Interface Science
IF: 7.489
Cited by: 394
|
308 |
438-
450
|
2007 |