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Sharon K. Rutledge

  • A comparison of atomic oxygen erosion yields of carbon and selected polymers exposed in ground based facilities and in low earth orbitA comparison of atomic oxygen erosion yields of carbon and selected polymers exposed in ground based facilities and in low earth orbit
  • A comparison of space and ground based facility environmental effects for FEB TeflonA comparison of space and ground based facility environmental effects for FEB Teflon
  • An evaluation of candidate oxidation resistant materials for space applications in LEOAn evaluation of candidate oxidation resistant materials for space applications in LEO
  • Atomic oxygen texturing of polymers and carbonsAtomic oxygen texturing of polymers and carbons
  • Atomic oxygen treatment for non-contact removal of organic protective coatings from painting surfacesAtomic oxygen treatment for non-contact removal of organic protective coatings from painting surfaces
  • Evaluation of atomic oxygen resistant protective coatings for fiberglass-epoxy composites in LEOEvaluation of atomic oxygen resistant protective coatings for fiberglass-epoxy composites in LEO
  • Reactively deposited aluminum oxide and fluoropolymer filled aluminum oxide protective coatings for polymersReactively deposited aluminum oxide and fluoropolymer filled aluminum oxide protective coatings for polymers
  • Recovery of a charred painting using atomic oxygen treatmentRecovery of a charred painting using atomic oxygen treatment
  • The effects of atomic oxygen on the thermal emittance of high temperature radiator surfacesThe effects of atomic oxygen on the thermal emittance of high temperature radiator surfaces
  • Thermal emittance enhancement of graphite-copper composites for high temperature space based radiatorsThermal emittance enhancement of graphite-copper composites for high temperature space based radiators
  • Undercutting of defects in thin film protective coatings on polymer surfaces exposed to atomic oxygenUndercutting of defects in thin film protective coatings on polymer surfaces exposed to atomic oxygen