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1
Stationary lead-acid batteries : general requirements and methods of test
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2
Minor elements in lead materials used for lead/acid batteries : hidrogen- and oxygen-gassing characteristics /
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3
Effect of some elements on oxygen reduction and hydrogen evolution at lead-acid battery negative plates /
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4
Influences and trends in lead/acid battery demand, lead supply and prices /
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5
Lead/acid cell capacity improvement : the use of additional electrolyte volume /
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6
On the impedance of the gassing reactions in lead-acid batteries /
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7
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8
Strategies for enhancing lead-acid battery production and performance /
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9
Hydrogen and oxygen evolution in sealed lead/acid 2 V cells. in situ gas measurement by Raman spectroscopy/
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10
The European lead/acid industry and its future in the world market /
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11
Gas detection and minimazation of gas and heat production at the end of fast charging /
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12
Modeling the effects of electrolyte diffusion and paste conductivity on lead/acid battery performance /
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13
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14
Factors influencing the performance of gas-recombination lead/acid batteries /
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15
Measures for minimizing hydrogen pressure in sealed lead/acid batteries /
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16
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17
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18
Noble metal-free catalysts for the hydrogen/oxygen recombination in sealed lead/acid batteries using immobilized electrolytes /
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19
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20