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Русский
Kamenev Yurii Borisovich
RussiaSt.-Petersburg
Scientific and Technological Center of JSC Elektrotyaga, 50-, st. of Kalinin, Saint Petersburg, 198095chief of laboratory, professorDoctor of Engineering Scienceslushina@mail.wplus.net
Author's articles
- Alloys for positive electrodes of maintenance-free lead acid storage batteries
- Containers of valve-regulated lead/acid batteries
- Containers of valve-regulated lead/acid batteries
- To the question about safety maintenance valve-regulated lead/acid batteries
- Charging of VRLA
- Principles of thermal evaluation for sealed lead-acid battery
- Acid density evaluation in lead-acid battery parameters control automated system
- Optimization of ratio of active masses in sealed lead-acid batteriy
- Charging of cyclic VRLA
- Measurement of acid density VRLA
- Electrotyaga Ltd: today and tomorrow
- New ways to improve the performance of sealed batteries of high capacity
- Evaluation of criteria for design of current collectors of the lead-acid battery
- New additives to active masses and electrolyte of sealed lead storage battery
- Influence of structural parameters of lead-acid batteries on their service characteristics
- The influence of different factors on thermal balance in lead-acid battery
- Lead-acid batteries for partial-state-of-charge applications
- Influence of selenium on the behaviour of low-antimony lead alloys
- Influence of tin on the behaviour of low-antimony lead alloys
- New lead-acid battery for submersible vehicles
- A calculation algorithm of valve-regulated stationary lead-acid battery parameters
- Potentiodynamic investigation of sulfatation process of negative active mass of lead-acid battery
- Estimation of lead-acid batteries exploitation possibility in high-rate charge and partial state of charge mode
- Research of influence of carbon additives in negative active material on work of the lead-acid batteries in partial state of charge mode.
- Accelerated charge method of the lead-acid batteries. 1. Constant current stage of the charge
- Accelerated charge method of the lead-acid batteries. 2. Constant current charge
- Accelerated charge method of the lead-acid batteries. 3. Pulse charge
- Influence of a suspension of particles of the positive active material on negative lugs corrosion
- Accelerated Model of Charging of Lead-Acid Batteries. 4. Pulse Charge with Asymmetrical Current, Gas Evolving and Service Life