Evaporation from a plane, free-liquid surface into a turbulent air stream

[1] BRUNT, 1939, PHYS DYNAMICAL METER, P275

[2] DRYDEN, 1936, 562 REP NAT ADV COMM

[3] DRYDEN, 1936, AERODYNAMIC THEORY, V6

[4] ELIAS, 1930, A ANGEW MATH MEC FEB

[5] ELIAS, 1929, Z ANGEW MATH MEC DEC

[6] FISHENDEN, 1932, CALCULATION HEAT TRA, P140

[7] Diffusion coefficients in gaseous systems [J]. INDUSTRIAL AND ENGINEERING CHEMISTRY, 1934, 26 : 681 - 685

[8] HIMUS, 1929, I CHEM ENG

[9] HINCHLEY JW, 1924, T I CHEM ENG-LOND, V2, P57

[10] HINE, 1924, PHYS REV, V24, P79

[1] BRUNT, 1939, PHYS DYNAMICAL METER, P275

[2] DRYDEN, 1936, 562 REP NAT ADV COMM

[3] DRYDEN, 1936, AERODYNAMIC THEORY, V6

[4] ELIAS, 1930, A ANGEW MATH MEC FEB

[5] ELIAS, 1929, Z ANGEW MATH MEC DEC

[6] FISHENDEN, 1932, CALCULATION HEAT TRA, P140

[7] Diffusion coefficients in gaseous systems [J]. INDUSTRIAL AND ENGINEERING CHEMISTRY, 1934, 26 : 681 - 685

[8] HIMUS, 1929, I CHEM ENG

[9] HINCHLEY JW, 1924, T I CHEM ENG-LOND, V2, P57

[10] HINE, 1924, PHYS REV, V24, P79