A critical examination of discrete lattice and dispersed barrier hardening
Critical assessment of discrete lattice and dispersed barrier hardening theories of thermally activated deformation of metals
Ono, K.↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Development of a barrier-layer anodic coating for reflective aluminum in space.
Thermal properties and environmental stability of barrier layer anodized aluminum surfaces in space, noting emittance and absorption values
Beck, T. R.↗
Low-energy proton damage effects in silicon surface-barrier detectors.
Low energy proton damage effects on silicon surface barrier transmission detectors to predict device lifetime in earth radiation belts conditions
Coleman, J. A.↗
Temperature dependence of dispersed barrier hardening.
Dispersed barrier hardening temperature dependence, discussing dislocation interaction potentials based on stress-temperature relationship observations
Ono, K.↗
Effect of damage by 0.8 Mev - 5.0 Mev protons in silicon surface-barrier detectors.
Proton irradiation damage effects on current and noise in Si surface barrier transmission detectors for nuclear radiation
Coleman, J. A.↗
Kinetic performance of barrier-cooled rocket nozzles.
Flow of chemically reacting propellant exhaust mixture in barrier cooled axisymmetric rocket nozzle
Frey, H. M.↗
Glass fabric fire barrier for silicone rubber parts
Preformed knitted glass-fabric covers are placed about silicone rubber items in such a way as to completely isolate them from the effects of adjacent fire. These covers permit retention of the desirable resilient properties of the silicone rubber while forming a very effective fire barrier.
Blackmer, K. L.↗
Development of a thermal barrier coating for use on a water-cooled nozzle of a solid propellant rocket motor Final report
Thermal barrier coating for use on water cooled nozzle of solid propellant rocket engine
Stubbs, V. R.↗
Permeability of a one-dimensional potential barrier
Permeability of one dimensional potential barrier
Le Roy, D. J.↗
AC impedance of space-charge barriers.
Space charge barriers AC impedance modification at metal/semiconductor contacts due to trapping
Maserjian, J.↗
One-electron and phonon-assisted tunneling in n-Ge Schottky barriers
Metal-Ge n-type semiconductor tunnel junctions, discussing Sb and As doped units and conductance and barrier heights air cleavage effects
Davis, L. C.↗
Radiation damage effects in a surface barrier detector after irradiation by 4.5 MeV alpha particles
Alpha particles radiation damage effects in silicon surface barrier detector
Hanser, F. A.↗
Permeability of one dimensional potential barriers
Permeability of one dimensional potential barriers in chemical reactions
Le Roy, D. J.↗
Method of evaluating moisture barrier properties of encapsulating materials Patent
Method of evaluating moisture barrier properties of materials used in electronics encapsulation
Ellern, W. B.↗
On barriers in a problem of collision avoidance
Aircraft collision avoidance dynamical system, determining barriers between possible capture regions by optimal control problem solution
Cliff, E. M.↗
Electron radiation damage effects in silicon surface-barrier detectors
Electron radiation bulk damage effects on Si surface barrier detectors, determining reverse leakage current density and alpha particle response changes
Coleman, J. A.↗
Permeability of one-dimensional potential barriers
Numerical method for computing exact permeability /tunneling probability/ of one dimensional potential barrier
Le Roy, D. J.↗
Location of energy barriers. IV - Effect of rotation and mass on the dynamics of reactions A + BC.
Examination of the effect of the inclusion of a small but significant amount of rotational energy in the reagents, and of a change in reagent masses in a previous study of the effect of barrier location on the dynamics of thermonuclear reaction A + BC yields AB + C. The qualitative generalizations introduced in the previous study are found to remain valid despite the introduction of the variables. Of these generalizations the most important is that reagent translational energy favors reaction on surface I, whereas reagent vibration is the most favorable to reaction on surface II.
Hodgson, B. A.↗