引用次数
引用: 634
H-指数: 6
I10-指数 : 6
出版物: 20
Comparison of Analytical Procedures for Materials Analysis for Aerospace Nickel-Cadmium Cells
S. Venugopalan
ESASP 369 421
1995
Nickel-Hydrogen Cell Design Parameters - A Tradeoff Study
M. Pramod , S. Venugopalan , P. Satyanarayana
European Space Power 369 431
1995
A cyclic voltammetric study on the electrocatalysis of alkaline iron-electrode reactions
M.K. Ravikumar , T.S. Balasubramanian , A.K. Shukla , S. Venugopalan
Journal of Applied Electrochemistry 26 ( 11) 1111 -1115
17
1996
SECONDARY BATTERIES – NICKEL SYSTEMS | Nickel–Cadmium: Overview
A.K. Shukla , S. Venugopalan , B. Hariprakash
Reference Module in Chemistry, Molecular Sciences and Chemical Engineering#R##N#Encyclopedia of Electrochemical Power Sources 452 -458
6
2009
Influence of phosphoric acid on the electrochemistry of lead electrodes in sulfuric acid electrolyte containing antimony
S. Venugopalan
Journal of Power Sources 46 ( 1) 1 -15
17
1993
Kinetics of hydrogen-evolution reaction on lead and lead-alloy electrodes in sulfuric acid electrolyte with phosphoric acid and antimony additives
S. Venugopalan
Journal of Power Sources 48 ( 3) 371 -384
16
1994
Impedance parameters and the state-of charge. I. Nickel-cadmium battery
S. Sathyanarayana , S. Venugopalan , M. L. Gopikanth
Journal of Applied Electrochemistry 9 ( 1) 125 -139
67
1979
FUZZY AND ANN APPROACHES FOR PREDICTION OF RETAINED CAPACITY OF BACK UP POWER SOURCE IN GEO SPACECRAFTS
A EBENEZER JEYAKUMAR , S VENUGOPALAN , S RAMAKRISHNAN
Journal of Electrical Engineering 10 ( 1) 8 -8
2010
FUZZY AND ANN APPROACHES FOR PREDICTION OF RETAINED CAPACITY OF BACK UP POWER SOURCE IN GEO SPACECRAFTS
S RAMAKRISHNAN , S VENUGOPALAN , A EBENEZER JEYAKUMAR
Hilger, JP, 299 Hlavac, MJ, 391 Hollenkamp, AF, 239
H Hu , E Bashtavelova , J Batter , D Calasanzio
Journal of Power Sources 46 418 -418
1993
Nickel-based rechargeable batteries
AK Shukla , S Venugopalan , B Hariprakash
Journal of Power Sources 100 ( 1) 125 -148
393
2001
J. Appl. Electrochem
S Sathyanarayana , S Venugopalan , ML Gopikanth
vol 9 125 -125
6
1979
Orthogonal components of the impedance of batteries by a simple technique
S Anarayana , S Venugopalan , ML Gopikanth
J. Appl. Electrochem.;(United Kingdom) 8 ( 5)
6
1978
Prediction of Retained Capacity and EODV of Li-ion Batteries in LEO Spacecraft Batteries
S Ramakrishnan , S Venugopalan , A Ebenezer Jeyakumar
arXiv preprint arXiv:1004.4480
2
2010
Lithium-ion cells for space applications
S Venugopalan
2
2001
Understanding Pseudo Electrolyte-Leak Behaviour in Ni/H 2 Cells
R Veena , S Venugopalan , K Usha
Journal of Spacecraft Technology 15 ( 2) 40 -45
2005
Metal hydride alloys for nickel-metal hydride batteries
S Venugopalan
Journal of Spacecraft Technology 8 ( 1) 23 -49
1998
Destructive physical and chemical analysis of Ni-Cd cell cycled in LEO regime
S Venugopalan , K Usha
Journal of Spacecraft Technology 6 ( 1) 78 -87
1996
Analysis of design variable of nickel-hydrogen system(for spacecraft power supplies)
S Venugopalan , P Satyanarayana , M Pramod
Journal of Spacecraft Technology 6 ( 1) 37 -52
1996
Nickel-hydrogen cell design parameters- A tradeoff study(for GEO application)
S Venugopalan , P Satyanarayana , M Pramod
European Space Power Conference(ESPC), 4 th, Poitiers, France 431 -436
1995