Now showing items 11-20 of 34
Dipole—Quadrupole and Retardation Effects in Low‐Energy Atom—Atom Scattering
(The American Institute of Physics, 1964-09-01)
Simple approximation formulas are derived for the dipole—quadrupole and retardation effects upon the total elastic scattering cross section for atomic collisions in the thermal energy range. For a long‐range potential ...
Photovoltaic Effects in Rutile
(The American Institute of Physics, 1964-06)
The ultraviolet photovoltaic response of barrier‐layer cells formed from single‐crystal rutile has been investigated. Typical samples have response maxima at 3200 Å, a D* of 109 cm cps1∕2∕W, and time constants of 100 μsec. ...
Discontinuous Change of Binding Type in the Series of Monohydrides. II. Place of Discontinuity
(The American Institute of Physics, 1964-12-15)
Reflection of Strong Blast Waves
(The American Institute of Physics, 1964-08)
The reflection of strong point‐source blast waves is studied using the continuum concept of flow of ideal gases. Methods of obtaining the upper and lower bounds as well as a Taylor series expansion of the position of the ...
On the Bonding Character of First‐Row Monohydrides
(The American Institute of Physics, 1964-12-15)
Static Stress Fatigue and Strength of a Vitreous Silicate
(The American Institute of Physics, 1964-02)
Various types of static loading stresses were applied to freshly cleaved surfaces formed on glass laths. With increasing applied force the number of linear flaws increased. At high stresses the number per unit area was the ...
Performance Studies with an Electrically Driven Shock Tube
(The American Institute of Physics, 1964-10)
Studies of an electrically driven shock tube employing a coaxial electrode configuration have been made to determine the nature of the shock‐heated plasma and the suitability of such a shock tube as a source for quantitative ...
Direct Calculation of Energy Eigenvalue Spectra from Time Evolution of Nonstationary States
(The American Institute of Physics, 1964-12-01)
An arbitrary function in the eigenfunction space of some quantum‐mechanical Hamiltonian may be thought to represent the initial configuration ψ(q,0) of a nonstationary state. The system develops in time according ...
Theory of Current Collection of Moving Cylindrical Probes
(The American Institute of Physics, 1964-06)
The theory of current collection of a moving cylindrical probe is investigated. Volt‐ampere relations are derived for two distinct cases: (i) The general‐ion current for accelerating collector potential and its special ...