STRUCTURE OF PREMIXED TURBULENT FLAME

[1] BHADURI D, 1968, INDIAN J TECHNOL, V6, P187

[2] BHADURI D, 1970, MECH ENG B, V3, P77

[3] Damkohler G., 1940, Z ELKTROCHEM ANGEW P, V46, P601

[4] INVESTIGATION OF TURBULENT FLAMES [J]. JOURNAL OF CHEMICAL PHYSICS, 1951, 19 (05) : 541 - 547

[5] KOVASZNAY LSG, 1956, JET PROPULSION, V26, P485

[6] HIGH TEMPERATURE REACTION RATES IN HYDROCARBON COMBUSTION [J]. INDUSTRIAL AND ENGINEERING CHEMISTRY, 1955, 47 (08): : 1634 - 1643

[7] POVINELLI LA, 1960, 8TH S INT COMB, P554

[8] THE STRUCTURE AND PROPAGATION MECHANISM OF TURBULENT FLAMES IN HIGH SPEED FLOW [J]. JET PROPULSION, 1955, 25 (08): : 377 - 384

[9] WEINBERG, OPTICS FLAMES, P172

[1] BHADURI D, 1968, INDIAN J TECHNOL, V6, P187

[2] BHADURI D, 1970, MECH ENG B, V3, P77

[3] Damkohler G., 1940, Z ELKTROCHEM ANGEW P, V46, P601

[4] INVESTIGATION OF TURBULENT FLAMES [J]. JOURNAL OF CHEMICAL PHYSICS, 1951, 19 (05) : 541 - 547

[5] KOVASZNAY LSG, 1956, JET PROPULSION, V26, P485

[6] HIGH TEMPERATURE REACTION RATES IN HYDROCARBON COMBUSTION [J]. INDUSTRIAL AND ENGINEERING CHEMISTRY, 1955, 47 (08): : 1634 - 1643

[7] POVINELLI LA, 1960, 8TH S INT COMB, P554

[8] THE STRUCTURE AND PROPAGATION MECHANISM OF TURBULENT FLAMES IN HIGH SPEED FLOW [J]. JET PROPULSION, 1955, 25 (08): : 377 - 384

[9] WEINBERG, OPTICS FLAMES, P172