Study of highly fluorinated heterocyclic polymers for cryogenic bladder applications Quarterly letter report, 15 Jul. - 15 Oct. 1969
Synthesis and characterization of highly fluorinated heterocyclic polymer systems for cryogenic bladders
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Synthesis and characterization of highly fluorinated heterocyclic polymer systems for cryogenic bladders
Rolling element lubrication tests using fluorinated polyether fluids at cryogenic temperatures
Feasibility of lithium-fluorine-hydrogen propellant combination
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Rolling-element fatigue and lubrication with fluorinated polyethers at cryogenic temperatures
Highly fluorinated heterocyclic polymers for cryogenic bladder applications
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Synthesis and chemical properties of elastomeric polymers resistant to effects of fluorine, oxygen difluoride, nitrogen tetroxide, and similar agents
Test of rolling element fatigue life with fluorinated ether lubricant at cryogenic temperature using five ball fatigue tester
Fluorine ions excited levels mean lives from beam- foil line spectrum analysis
Rolling ball fatigue and lubrication with fluorinated polyethers at cryogenic temperatures compared to superfined mineral oil