SPHERIOIAL STATE OF A WATERDROP

[1] BOERHAAVE H, 1932, ELEMENTA CHEMIAE LUG, V4, P258

[2] Boutigny M., 1843, ANN CHIM PHYS, V3, P350

[3] ELLER J, 1946, MEM ACAD BERLIN, P43

[4] HOLSTWEBER ST, 1937, KGL DANSKE VID SELSK, V14, P13

[5] JAKOB M, 1950, HEAT TRANSFER, V1

[6] Leidenfrost JG., 1756, AQUAE COMMUNIS NONNU, pp 30

[7] MCADAMS WH, 1945, HEAT TRANSMISSION

[8] PARTINGTON JR, 1955, ADVANCED TREATISE PH, V2, P282

[9] PLETENEVA, 1946, J PHYS CHEM USSR, V21, P961

[10] PLETENEVA, 1947, J PHYS CHEM USSR, V22, P1

[1] BOERHAAVE H, 1932, ELEMENTA CHEMIAE LUG, V4, P258

[2] Boutigny M., 1843, ANN CHIM PHYS, V3, P350

[3] ELLER J, 1946, MEM ACAD BERLIN, P43

[4] HOLSTWEBER ST, 1937, KGL DANSKE VID SELSK, V14, P13

[5] JAKOB M, 1950, HEAT TRANSFER, V1

[6] Leidenfrost JG., 1756, AQUAE COMMUNIS NONNU, pp 30

[7] MCADAMS WH, 1945, HEAT TRANSMISSION

[8] PARTINGTON JR, 1955, ADVANCED TREATISE PH, V2, P282

[9] PLETENEVA, 1946, J PHYS CHEM USSR, V21, P961

[10] PLETENEVA, 1947, J PHYS CHEM USSR, V22, P1