Nucleation and grain growth in interstellar space
Summary information on various studies of nucleation and grain growth in interstellar space
Donn, B.↗
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Interstellar extinction by quartz grains.
Interstellar extinction cross sections calculated for quartz particles, results indicate quartz is not appreciable component of interstellar grains
Swamy, K. S. K.↗
On the temperature of interstellar grains.
Temperatures of grain models using interstellar radiation field in solar neighborhood and optical data for graphite and ice
Swamy, K. S. K.↗
On the formation of graphite grains in cool stars.
Graphite grain formation in stellar atmosphere, analyzing Hoyle-Wickramasinghe condensation mechanism and supersaturation based on nucleation theory
Donn, B.↗
Measured extinction efficiency of graphite grains.
Graphite grains extinction efficiency, noting experimental curve structure due to quantum effects and agreement between measured extinction curves and Mie theory
Donn, B.↗
Surface profilometer for examining grain-boundary grooves
Surface profilometer, consisting primarily of commercially available components, measures surface topographical features accurately and precisely. It shows improvement over the interferometric technique in measurement of grain-boundary grooves formed during annealing on nickel-oxide bicrystals.
Jech, R. E.↗
Enhanced grain boundary sliding during reversed creep of lead
Grain boundary migration in lead after repeated creep stress reversals
Kitagawa, M.↗
Saturated hydrocarbon polymeric binder for advanced solid propellant and hybrid solid grain, 1 October - 31 December 1968
Saturated hydrocarbon polymeric binder for solid propellant and hybrid solid grain
Ashcraft, A. C., Jr.↗
Long range order and the grain boundary strengthening of Fe-49 percent Co-2 percent V.
Grain size dependence of yield, flow and fracture stresses of Fe-Co-V alloy for 77-298 K
Jordan, K. R.↗
On the composition of circumstellar grains.
Circumstellar grain compositions of stars with various O to C abundance ratios, calculating molecular equilibrium of condensates and gaseous compounds in stellar atmospheres
Gilman, R. C.↗
Thermal emission by grains and the free-free emission from planetary nebulae.
Thermal and free-free emission from planetary nebulae based on graphite grain model, discussing IR fluxes
Krishna Swamy, K. S.↗
Strengths of the fundamental bands of ice and solid hydrogen in composite grains.
Extinction efficiency of graphite core interstellar grains with solid hydrogen and ice mantles, using theoretical models
Krishna Swamy, K. S.↗
Propellant grain for rocket motors Patent
Grain configuration for solid propellant rocket engines
Pierce, R. M.↗
Elastic properties of three grades of fine grained graphite at 2000 C
Elastic properties of fine grained graphite at room and elevated temperatures
Marlowe, M. O.↗
Can solid hydrogen condense on interstellar grains?
Solid hydrogen condensation on interstellar grain surfaces at extremely low temperatures related to H atoms density
De Jong, T.↗
X-ray scattering by grains in the direction of the Crab pulsar and Sco XR-1
X ray scattering by interstellar grains in direction of Crab pulsar and Sco XR-1
Bowyer, C. S.↗
The morphological continuum in solid propellant grain design
Grain configurations classification for solid propellant rockets by relative web thickness and mean vector direction of burning surface into topological continuum
Billheimer, J. S.↗
Intensity of the infrared radiation from interstellar grains in the solar neighborhood
IR radiation intensity distribution in solar neighborhood from grain models of dirty ice, graphite and graphite core-dirty ice mantle
Swamy, K. S. K.↗