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This document provides a summary of the data products from the POCO graphite Iso-Q run from AHF 348. POCO graphite is an UNCLASSIFIED material, and therefore this experimental dataset is being considered for public release as thermal response code validation exercise.
Pyrolytic graphite rocket thrust chamber
Pyrolytic graphite thrust chamber development
Pyrolitic graphite rocket thrust chambers
Pyrolytic graphite rocket thrust chambers
Pyrolytic graphite rocket thrust chamber
Thermal stresses in a pyrolytic graphite thrust chamber
Tensile properties of pyrolytic graphite up to 5,000 degrees f
Graphite nanofibers were synthesized and their hydrogen desorption and adsorption properties are reported for 77 and 300 K. Catalysts were made by several different methods including chemical routes, mechanical alloying and gas condensation.
Measurement of heat transfer in a graphite rod heat exchanger
It is the purpose of this paper to discuss the development of and to present some preliminary data results which were obtained during the operation of a high-pressure-high-temperature induction-type heat exchanger. The subjects to be covered are: (1) An overall description of the induction heater and the various graphite elements tested in the heater; (2) Effects of the mass rate of flow on stagnation temperature; (3) Heat-transfer data on one heater element; (4) Effect of power input on gas stagnation temperature, and (5) The evaluation of mass flow technique as a method for determining true gas stagnation temperature.
Pyrolytic graphite rocket thrust chamber
Graphite oxidation studies in oxygen and air at low temperature
Pyrolytic graphite deformation and structural transformation
Kinetics of graphitization of petroleum coke
Method for observing transition growth of graphite whiskers
Crystal structure, activation energy and heat treatment temperatures for petroleum coke and a pyrolytic carbon, showing lack of temperature dependence to degree of graphitization