*UBER POTENTIALSCHWANKUNGEN DES ALUMINIUMS .1. EXPERIMENTELLE ERGEBNISSE

[1] ERGANG R, 1946, NACHR AKAD WISS

[2] EVANS R, 1930, J CHEM SOC, P1773

[3] HAFSTAD RL, 1933, PHYS REV, V44, P201

[4] JAQUET P, 1938, GENIE CIVIL, V112, P17

[5] The heat capacity and entropy of cesium alum from 18 to 300 degrees absolute. The entropy of aluminum ion. The potential of the aluminum electrode from thermal data [J]. JOURNAL OF THE AMERICAN CHEMICAL SOCIETY, 1928, 50 : 2202 - 2213

[6] MASING G, 1946, Z METALLKDE, V35, P97

[7] MULLER WJ, 1933, BEDECKUNGSTHEORIE ME

[8] SCHIKORR G, 1933, MITT DEUT MATERIALPR, V22, P22

[9] SCHINTLMEISTER J, 1943, ELEKTRONENROHRE PHYS

[10] TRONSTADT L, 1938, ALUMINIUM, V20, P853

[1] ERGANG R, 1946, NACHR AKAD WISS

[2] EVANS R, 1930, J CHEM SOC, P1773

[3] HAFSTAD RL, 1933, PHYS REV, V44, P201

[4] JAQUET P, 1938, GENIE CIVIL, V112, P17

[5] The heat capacity and entropy of cesium alum from 18 to 300 degrees absolute. The entropy of aluminum ion. The potential of the aluminum electrode from thermal data [J]. JOURNAL OF THE AMERICAN CHEMICAL SOCIETY, 1928, 50 : 2202 - 2213

[6] MASING G, 1946, Z METALLKDE, V35, P97

[7] MULLER WJ, 1933, BEDECKUNGSTHEORIE ME

[8] SCHIKORR G, 1933, MITT DEUT MATERIALPR, V22, P22

[9] SCHINTLMEISTER J, 1943, ELEKTRONENROHRE PHYS

[10] TRONSTADT L, 1938, ALUMINIUM, V20, P853