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SSR PART-I<br />

<strong>DOON</strong> <strong>UNIVERSITY</strong>, <strong>DEHRADUN</strong><br />

Nuclear Chemistry 294, 131-136. (Springer Science Business Media,<br />

Germany), Impact Factor = 1.03. Citation = 2.<br />

94. Dwivedi, C., Kumar, A., Juby, K. A., Kumar, M., Wattal, P. K., Bajaj, P.<br />

N., 2012.Preparation and evaluation of alginate-assisted spherical<br />

resorcinol-formaldehyde resin beads for removal of cesium from alkaline<br />

waste. Chemical Engineering Journal 200-202, 491-498. (Elsevier,<br />

Netherlands), Impact Factor = 4.32. Citation = 8.<br />

95. Dwivedi, C.,Kumar, A., Ajish, J. K., Singh, K. K., Kumar, M., Wattal, P.<br />

K., Bajaj, P. N., 2012.Resorcinol-formaldehyde coated XAD resin beads<br />

for removal of cesium ions from radioactive waste: Synthesis, sorption<br />

and kinetic studies. RSC Advances 2, 5557-5564. (Royal Society of<br />

Chemistry, United Kingdom), Impact Factor = 3.84. Citation = 16.<br />

96. Kumar, M.,Dwivedi, C., Shah, C. P., Singh, K., Bajaj, P. N., 2011. An<br />

organic acid-induced synthesis and characterization of selenium<br />

nanoparticles. Journal of Nanotechnology 651971(Hindawi Publishing<br />

Corporation, Egypt), Impact Factor = Pending. Citation = 6.<br />

97. Shah, C. P., Singh, K., Dwivedi, C., Kumar, M., Bajaj, P.<br />

N.,2010.Synthesis and characterization of sodium selenosulphate induced<br />

PVA-capped gold nanoparticles. Advanced Science Letters 3, 288-294.<br />

(American Scientific Publishers, United States of America), Impact Factor<br />

= 1.25. Citation = 6.<br />

98. Shah, C. P., Dwivedi, C., Singh, K. K., Kumar, M., Bajaj, P. N., 2010.<br />

Riley oxidation: A forgotten name reaction for synthesis of selenium<br />

nanoparticles. Materials Research Bulletin 45, 1213-1217. (Elsevier,<br />

Netherlands), Impact Factor = 2.368. Citation = 6.<br />

99. Pant, T., Singh, D., Srivastava, T. 2010. Advanced fractal approach for<br />

unsupervised classification of SAR images. Advances in Space<br />

Research 45, 1338-1349. (Elsevier, Netherlands), Impact Factor = 1.358.<br />

Citations =19.<br />

100. Pant, T., Singh, D., Srivastava, T. 2010. The potential application of<br />

fractal approach for surface roughness retrieval: A study for simulated<br />

surfaces. Geomatics, Natural Hazards and Risk 1, 243-257. (Taylor &<br />

Francis, USA), Impact Factor = 1.310. Citation = 1.<br />

101. Pant, T. 2013. Effect of noise in estimation of fractal dimension of digital<br />

images. International Journal of Signal Processing, Image Processing<br />

& Pattern Recognition 6, 101-116. (SERSC Publisher), Impact Factor<br />

NA. Citation = 2.<br />

102. Pant, T. 2013. Noise error analysis in fractal dimension estimation of<br />

digital images. International Journal of Image, Graphics & Signal<br />

Processing 5, 55-62. (MECS Publisher), Impact Factor = 0.11. Citation =<br />

1.<br />

103. Prasad, M., Li, D-L. Lin, C-T, Prakash, S. Singh, Joshi, S. 2015.<br />

Designing Mamdani type fuzzy reasoning for visualizing prediction<br />

problems based on collaborative fuzzy clustering. IAENG International<br />

CRITERION- III<br />

99

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