PHYSIOLOGICALLY EQUIVALENT CONDITIONS OF AIR TEMPERATURE AND HUMIDITY

[1] CADMAN J, 1913, T I MIN ENG, V65, P509

[2] DREOSTI AC, 1935, J CHEM MET MIN S NOV

[3] EICHNA LW, 1944, COMMUNICATION

[4] Thermal interchanges between the human body and its atmospheric environment [J]. AMERICAN JOURNAL OF HYGIENE, 1937, 26 (01): : 84 - 115

[5] HALDANE JS, 1909, BRIT COMMITTEE HUMID

[6] HOUGHTEN FC, 1926, J AM SOC HEAT VENT E, V32, P437

[7] HOUGHTEN FC, 1928, J AM SOC HEST VENT E, V34, P873

[8] Houghton F., 1923, J AM SOC HEATING VEN, V29, P165, DOI DOI 10.1002/JOC.4433

[9] MCCONNELL WJ, 1924, J AM SOC HEAT VENT E, V30, P167

[10] Winslow CEA, 1937, AM J PHYSIOL, V120, P288

[1] CADMAN J, 1913, T I MIN ENG, V65, P509

[2] DREOSTI AC, 1935, J CHEM MET MIN S NOV

[3] EICHNA LW, 1944, COMMUNICATION

[4] Thermal interchanges between the human body and its atmospheric environment [J]. AMERICAN JOURNAL OF HYGIENE, 1937, 26 (01): : 84 - 115

[5] HALDANE JS, 1909, BRIT COMMITTEE HUMID

[6] HOUGHTEN FC, 1926, J AM SOC HEAT VENT E, V32, P437

[7] HOUGHTEN FC, 1928, J AM SOC HEST VENT E, V34, P873

[8] Houghton F., 1923, J AM SOC HEATING VEN, V29, P165, DOI DOI 10.1002/JOC.4433

[9] MCCONNELL WJ, 1924, J AM SOC HEAT VENT E, V30, P167

[10] Winslow CEA, 1937, AM J PHYSIOL, V120, P288