RECENT RESULTS ON LEAD-CALCIUM ALLOYS AS GRID MATERIALS FOR LEAD-ACID BATTERIESMAO GW; LARSON JG; RAO P et al.1973; J. ELECTROCHEM. SOC.; U.S.A.; DA. 1973; VOL. 120; NO 1; PP. 11-17; BIBL. 6 REF.Serial Issue

DEEP DISCHARGE CYCLE LIFE OF CELLS CONSTRUCTED WITH WROUGHT ANTIMONIAL LEAD GRIDSDENITT JL; MYERS M.1981; J. ELECTROCHEM. SOC.; ISSN 0013-4651; USA; DA. 1981; VOL. 128; NO 8; PP. 1641-1647; BIBL. 12 REF.Article

LEAD-ACID BATTERIES: USE OF CARBON FIBER-LEAD WIRE GRIDS AT THE POSITIVE ELECTRODEWEININGER JL; MORELOCK CR.1975; J. ELECTROCHEM. SOC.; U.S.A.; DA. 1975; VOL. 122; NO 9; PP. 1161-1167; BIBL. 4 REF.Article

EXPANDER ACTION IN THE LEAD-ACID BATTERY. III. IMPEDANCE AND PASSIVATION STUDIES OF SOME TANNING AGENTS AS POTENTIAL EXPANDERSBRENNAN MPJ; HAMPSON NA.1974; J. ELECTROANAL. CHEM. INTERFACIAL ELECTROCHEM.; NETHERL.; DA. 1974; VOL. 54; NO 2; PP. 263-268; BIBL. 14 REF.Article

PRESENT TRENDS IN LEAD ALLOYS FOR THE MANUFACTURE OF BATTERY GRIDS. A REVIEW.TORRALBA M.1977; J. POWER SOURCES; SWITZ.; DA. 1977; VOL. 1; NO 4; PP. 301-310; BIBL. 20 REF.Article

COMPUTERIZED DESIGN AND EVALUATION OF IMPROVED ELECTRODES FOR LEAD-ACID BATTERIESVAALER LE; BROOMAN EW; FUGGITI HA et al.1982; J. APPL. ELECTROCHEM.; ISSN 0021-891X; GBR; DA. 1982; VOL. 12; NO 6; PP. 721-734; BIBL. 8 REF.Article

LOW-RATE CATHODIC LINEAR SWEEP VOLTAMMETRY (LSV) STUDIES ON ANODIZED LEADSHARPE TF.1975; J. ELECTROCHEM. SOC.; U.S.A.; DA. 1975; VOL. 122; NO 7; PP. 845-851; BIBL. 17 REF.Article

A SYSTEM EVALUATION OF LEAD-ACID BATTERY CHARGERS. I. CELLS WITH ANTIMONIAL POSITIVE GRIDS.WEININGER JL; SIWEK EG.1978; J. POWER SOURCES; SWITZ.; DA. 1978; VOL. 2; NO 4; PP. 301-316Article

A SPECIAL ISSUE DEVOTED TO LEAD-ACID BATTERIES.1977; J. POWER SOURCES; SWITZ.; DA. 1977; VOL. 2; NO 1; PP. (128P.); BIBL. DISSEM.Serial Issue

LIFE CYCLE TESTING OF SLI BATTERIES WITH PB-CA-SN GRIDS CONTAINING VARIOUS AMOUNTS OF BISMUTH.DEVITT JL; MYERS M.1976; J. ELECTROCHEM. SOC.; U.S.A.; DA. 1976; VOL. 123; NO 12; PP. 1769-1772; BIBL. 4 REF.Article

Neue Bleigitter-Werkstoffe für leichtere Batterien = New lead-grid materials for lighter batteriesGRAHL, A; BARKLEIT, G; JOBST, K et al.Wissenschaftliche Zeitschrift der Technischen Universität Dresden. 1997, Vol 46, Num 1, pp 40-45, issn 0043-6925Article

Influence of grid design on current distribution over the electrode surface in a lead-acid cellCALABEK, M; MICKA, K; BACA, P et al.Journal of power sources. 2000, Vol 85, Num 1, pp 145-148, issn 0378-7753Conference Paper

EFFECT OF BASE LEAD COMPOSITION ON METALLURGICAL PROPERTIES OF MAINTENANCE-FREE BATTERY ALLOYS.CALDWELL TW; SOKOLOV US.1976; J. ELECTROCHEM. SOC.; U.S.A.; DA. 1976; VOL. 123; NO 7; PP. 972-977; BIBL. 23 REF.Article

STUDIES ON CORROSION OF LEAD ACID BATTERY GRIDS WITH ADDITION OF COBALT AND SILVER COMPOUNDSGALGALI RK; VASUDEVA RAO PV; UDUPA HVK et al.1979; J. ELECTROCHEM. SOC.; USA; DA. 1979; VOL. 126; NO 5; PP. 725-728; BIBL. 9 REF.Article

THE IMPROVEMENT OF THE CHARACTERISTICS OF DSA-TYPE POSITIVE GRIDS IN LEAD-ACID BATTERIES BY SURFACE TREATMENT OF THE TITANIUM BASEINAI M; IWAKURA C; TAMURA H et al.1979; J. APPL. ELECTROCHEM.; ISSN 0021-891X; GBR; DA. 1979; VOL. 9; NO 6; PP. 745-751; BIBL. 9 REF.Article

APPLICATION OF DSA-TYPE ELECTRODES TO A POSITIVE GRID IN LEAD-ACID BATTERIESINAI M; IWAKURA C; TAMURA H et al.1978; J. APPL. ELECTROCHEM.; GBR; DA. 1978; VOL. 8; NO 6; PP. 515-522; BIBL. 9 REF.Article

THE EFFECT OF PHOSPHORIC ACID ON THE POSITIVE ELECTRODE IN THE LEAD ACID BATTERY.BULLOCK KR; MCCLELLAND DH.1977; J. ELECTROCHEM. SOC.; U.S.A.; DA. 1977; VOL. 124; NO 10; PP. 1478-1482; BIBL. 42 REF.Article

RECHARGEABLE BATTERIES. ADVANCES SINCE 19771980; CHEM. TECHNOL. REV.; USA; DA. 1980; NO 160; 452 P.Serial Issue

INFLUENCE DES ADDITIONS MINEURES DE STRONTIUM SUR LE DURCISSEMENT STRUCTURAL DES ALLIAGES PLOMB-CALCIUM POUR LES GRILLES DE BATTERIE = Structural hardening mechanisms of lead-cadmium-strontium alloys for battery gridsZANTALLA, Elhassan; AIT YASSINE, Youssef; AGUIZIR, Abdellah et al.Annales de chimie (Paris. 1914). 2009, Vol 34, Num 5, pp 297-311, issn 0151-9107, 15 p.Article

Heat tolerance of automotive lead-acid batteriesALBERS, Joern.Journal of power sources (Print). 2009, Vol 190, Num 1, pp 162-172, issn 0378-7753, 11 p.Conference Paper

Computer-aided optimization of grid design for high-power lead-acid batteriesYAMADA, Keizo; MAEDA, Ken-Ichi; SASAKI, Kazuya et al.Journal of power sources. 2005, Vol 144, Num 2, pp 352-357, issn 0378-7753, 6 p.Conference Paper

Manufacturing improvements in the processing of lead-acid battery plates and reduction in plate dusting with an active-material additiveFERREIRA, A; JORDAN, J; WERTZ, J et al.Journal of power sources. 2004, Vol 133, Num 1, pp 39-46, issn 0378-7753, 8 p.Conference Paper

Grid technology and silver additive influence on VRLA-AGM batteries performances for electric vehicle applicationTORCHEUX, L; VILLARON, A; BELLMUNT, M et al.Journal of power sources. 2000, Vol 85, Num 1, pp 157-163, issn 0378-7753Conference Paper

Comparison of methods for adding expander to lead-acid battery plates: advantages and disadvantagesBODEN, D. P.Journal of power sources. 2004, Vol 133, Num 1, pp 47-51, issn 0378-7753, 5 p.Conference Paper

The Gaston Planté medal address : Metallic and alloy structures in battery gridsBAGSHAW, N. E.Journal of power sources. 2000, Vol 85, Num 1, pp 9-14, issn 0378-7753Conference Paper