EFFECTS OF NATURAL AND FORCED CONVECTION IN VAPOR-PHASE GROWTH SYSTEMS

[41] THERMAL CONVECTION IN A COMPLETELY CONFINED FLUID LAYER [J]. AICHE JOURNAL, 1966, 12 (06) : 1116 - &

[42] Mori Y., 1961, J HEAT TRANSF, V83, P479

[43] SURFACE CHEMICAL KINETICS AND GAS-PHASE DIFFUSION IN GERMANIUM-IODINE REACTION [J]. INDUSTRIAL & ENGINEERING CHEMISTRY FUNDAMENTALS, 1967, 6 (02): : 178 - +

[44] OLANDER DR, 1970, METALL TRANS, V1, P2775

[45] PRELIMINARY EXPERIMENTAL INVESTIGATION OF STABILITY OF FLOWS WITH AN IMPOSED TEMPERATURE GRADIENT [J]. PHYSICA, 1971, 51 (02): : 330 - &

[46] VARIATIONAL FORMULATION FOR STABILITY OF FLOWS WITH TEMPERATURE GRADIENTS [J]. INTERNATIONAL JOURNAL OF ENGINEERING SCIENCE, 1971, 9 (09) : 855 - &

[47] Reed T. B., 1968, Journal of Crystal Growth, V3-4Spe, P115, DOI 10.1016/0022-0248(68)90108-5

[48] CONSTITUTIONAL SUPERCOOLING IN IODINE VAPOR CRYSTAL GROWTH - ( MAX VELOCITY FOR SMOOTH INTERFACE 1.3 MM/H WITH GRADIENT OF 3 DEGREES C/CM + 3.2 MM/H WITH GRADIENT OF 8.0 DEGREES C/CM 90 DEGREES C AT INTERFACE E/T ) [J]. APPLIED PHYSICS LETTERS, 1964, 5 (10) : 191 - &

[49] ROBINSON M, 1970, 2 P INT C CHEM VAP D, P127

[50] SCHAFER H, 1964, CHEMICAL TRANSPORT R

[41] THERMAL CONVECTION IN A COMPLETELY CONFINED FLUID LAYER [J]. AICHE JOURNAL, 1966, 12 (06) : 1116 - &

[42] Mori Y., 1961, J HEAT TRANSF, V83, P479

[43] SURFACE CHEMICAL KINETICS AND GAS-PHASE DIFFUSION IN GERMANIUM-IODINE REACTION [J]. INDUSTRIAL & ENGINEERING CHEMISTRY FUNDAMENTALS, 1967, 6 (02): : 178 - +

[44] OLANDER DR, 1970, METALL TRANS, V1, P2775

[45] PRELIMINARY EXPERIMENTAL INVESTIGATION OF STABILITY OF FLOWS WITH AN IMPOSED TEMPERATURE GRADIENT [J]. PHYSICA, 1971, 51 (02): : 330 - &

[46] VARIATIONAL FORMULATION FOR STABILITY OF FLOWS WITH TEMPERATURE GRADIENTS [J]. INTERNATIONAL JOURNAL OF ENGINEERING SCIENCE, 1971, 9 (09) : 855 - &

[47] Reed T. B., 1968, Journal of Crystal Growth, V3-4Spe, P115, DOI 10.1016/0022-0248(68)90108-5

[48] CONSTITUTIONAL SUPERCOOLING IN IODINE VAPOR CRYSTAL GROWTH - ( MAX VELOCITY FOR SMOOTH INTERFACE 1.3 MM/H WITH GRADIENT OF 3 DEGREES C/CM + 3.2 MM/H WITH GRADIENT OF 8.0 DEGREES C/CM 90 DEGREES C AT INTERFACE E/T ) [J]. APPLIED PHYSICS LETTERS, 1964, 5 (10) : 191 - &

[49] ROBINSON M, 1970, 2 P INT C CHEM VAP D, P127

[50] SCHAFER H, 1964, CHEMICAL TRANSPORT R