Instrumentation for magnetoaerodynamic heat transfer.

"Prepared for the Air Force Ballistic Missile Division, Headquarters Air Research and Development Command, under Contract AF(647)-309, Thermonuclear Propulsion Research."

Variational and Lagrangian thermodynamics of thermal convection-- fundamental shortcomings of the heat-transfer coefficient.

Mode of access: Internet.

An experimental study of heat transfer at high temperature differences in turbulent air flow between a rotating cylinder and a stationary concentric auter cylinder,

Final report no. AFOSR 3207.

Rate of heat-transfer near the stagnation point of a blunt body of revolution, in the presence of a magnetic field.

"Prepared for the Air Force Ballistic Missile Division, Headquarters Air Research and Development Command, under contract AF04(647)-127, call no. 4."

Heat transfer by combined conduction and radiation through a radiating gas.

Thesis (M. S.)--Air Force Institute of Technology.

Temperature variation, heat transfer, and void volume development in the transient atmospheric boiling of water /

"Series No. 163, Issue No. 2"--Cover.

Experimental results of forced convection boiling potassium heat transfer and pressure drop tests /

"Contract AT(30-1)-2789."

Rempe engineering data book, prepared for the engineer and draftsman as a guide in the design of pipe coils and fin coils, with specific data on the subjects of dimensional limitations, coil development formula and heat transfer factors.

Mode of access: Internet.

Heat transfer by infrared radiation in the atmosphere,

Mode of access: Internet.

Heat transfer and thermodynamic modeling,

"62-11604."

An investigation of laminar heat transfer to slender cones in the hypersonic shock tunnel

"Contract no. AF-33(616)-6025. Project no. 7064. Task no. 70169. Aeronautical Research Laboratory, Air Force Research Division, Air Research and Development Command, United States Air Force, Wright-Patterson Air Force Base."

Heat transfer and evaporation,

Mode of access: Internet.

Thermal properties and heat transfer characteristics of marsh grapefruit

Bibliography: p . 29.

Heat transfer in noncircular ducts.

"ORNL-985."

Liepmann's heat transfer method in aerothermochemistry.

"Purdue Research Foundation. Research Project no. 1717. Project Ae-33. This research was supported by the McDonnell Aircraft Corporation under Contract no. 6140-20 P.O. 7S4899-R."