MASS TRANSFER IN LAMINAR FLOW

[1] ECKERT E, 1950, INTRO TRANSFER HEAT, P159

[2] ECKERT E, 1942, FORSCHUNGSH VER DTSC

[3] Eckert E. R. G., 1949, FORSCHUNG, V16, P33

[4] GOLDSTEIN S, 1938, MODERN DEV FLUID DYN, P133

[5] KROUJILINE G, 1936, J TECH PHYS MOSCOW, V3, P183

[6] KROUJILINE G, 1936, J TECH PHYS MOSCOW, V3, P311

[7] The heat exchange between solid bodies and liquids with little friction and little heat conduction [J]. ZEITSCHRIFT FUR ANGEWANDTE MATHEMATIK UND MECHANIK, 1921, 1 : 115 - 121

[8] The approxiamte integration of the differential equation of laminar boundary layer [J]. ZEITSCHRIFT FUR ANGEWANDTE MATHEMATIK UND MECHANIK, 1921, 1 : 252 - 268

[9] SPALDING DB, 1952, 4TH S COMB FLAM PHEN

[10] SQUIRE HB, 1938, MODERN DEV FLUID MEC, P641

[1] ECKERT E, 1950, INTRO TRANSFER HEAT, P159

[2] ECKERT E, 1942, FORSCHUNGSH VER DTSC

[3] Eckert E. R. G., 1949, FORSCHUNG, V16, P33

[4] GOLDSTEIN S, 1938, MODERN DEV FLUID DYN, P133

[5] KROUJILINE G, 1936, J TECH PHYS MOSCOW, V3, P183

[6] KROUJILINE G, 1936, J TECH PHYS MOSCOW, V3, P311

[7] The heat exchange between solid bodies and liquids with little friction and little heat conduction [J]. ZEITSCHRIFT FUR ANGEWANDTE MATHEMATIK UND MECHANIK, 1921, 1 : 115 - 121

[8] The approxiamte integration of the differential equation of laminar boundary layer [J]. ZEITSCHRIFT FUR ANGEWANDTE MATHEMATIK UND MECHANIK, 1921, 1 : 252 - 268

[9] SPALDING DB, 1952, 4TH S COMB FLAM PHEN

[10] SQUIRE HB, 1938, MODERN DEV FLUID MEC, P641