Authors:
ISKANDEROVA ZA
KLEIMAN J
MORISON WD
TENNYSON RC
Citation: Za. Iskanderova et al., EROSION RESISTANCE AND DURABILITY IMPROVEMENT OF POLYMERS AND COMPOSITES IN SPACE ENVIRONMENT BY ION-IMPLANTATION, Materials chemistry and physics, 54(1-3), 1998, pp. 91-97
Authors:
ISKANDEROVA Z
KLEIMAN J
GUDIMENKO Y
MORISON WD
TENNYSON RC
Citation: Z. Iskanderova et al., IMPROVEMENT OF OXIDATION AND EROSION RESISTANCE OF POLYMERS AND COMPOSITES IN-SPACE ENVIRONMENT BY ION-IMPLANTATION, Nuclear instruments & methods in physics research. Section B, Beam interactions with materials and atoms, 127, 1997, pp. 702-709
Authors:
KLEIMAN JI
ISKANDEROVA ZA
PEREZ FJ
TENNYSON RC
Citation: Ji. Kleiman et al., PROTECTIVE COATINGS FOR LEO ENVIRONMENTS IN SPACECRAFT APPLICATIONS, Surface & coatings technology, 77(1-3), 1995, pp. 827-834
Authors:
KLEIMAN JI
ISKANDEROVA ZA
GUDIMENKO YI
TENNYSON RC
Citation: Ji. Kleiman et al., POTENTIAL APPLICATIONS OF HYPERTHERMAL ATOMIC OXYGEN FOR TREATMENT OFMATERIALS AND STRUCTURES, Surface and interface analysis, 23(5), 1995, pp. 289-298
Authors:
KLEIMAN JI
GUDIMENKO YI
ISKANDEROVA ZA
TENNYSON RC
MORISON WD
MCINTYRE MS
DAVIDSON R
Citation: Ji. Kleiman et al., SURFACE-STRUCTURE AND PROPERTIES OF POLYMERS IRRADIATED WITH HYPERTHERMAL ATOMIC OXYGEN, Surface and interface analysis, 23(5), 1995, pp. 335-341
Authors:
ISKANDEROVA ZA
KLEIMAN JI
GUDIMENKO Y
TENNYSON RC
Citation: Za. Iskanderova et al., INFLUENCE OF CONTENT AND STRUCTURE OF HYDROCARBON POLYMERS ON EROSIONBY ATOMIC OXYGEN, Journal of spacecraft and rockets, 32(5), 1995, pp. 878-884
Citation: Rc. Tennyson et R. Matthews, THERMAL-VACUUM RESPONSE OF POLYMER MATRIX COMPOSITES IN-SPACE, Journal of spacecraft and rockets, 32(4), 1995, pp. 703-709