NASA NTRS · 19660000641
Combustion chamber struts can be effectively transpiration cooled
Abstract
Vapor-deposited sintering technique increases the feasible temperature range of transpiration-cooled structural members in combustion chambers. This technique produces a porous mass of refractory metal wires around a combustion chamber structural member. This mass acts as a transpiration-cooled surface for a thick-walled tube.
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Palmer, G. H.. 1966-12-01. Combustion chamber struts can be effectively transpiration cooled. https://ntrs.nasa.gov/citations/19660000641
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