Now showing items 1-9 of 9
Binding Regions in Diatomic Molecules
(The American Institute of Physics, 1951-02)
The concept of intramolecular binding is given a precise definition in a way that relates binding to the forces acting on the nuclei in a diatomic molecule. A consequence of the definition is that the space around the ...
Surface‐Wave Propagation Over a Coated Plane Conductor
(The American Institute of Physics, 1951-04)
A TM‐type wave is assumed propagated parallel to the surface of a plane conductor coated with a thin layer of dielectric. This wave is similar to the wave propagated over a dielectric‐coated wire of circular cross section, ...
Applications of Polystyrene Particles in Conjunction with Shadow Casting to the Study of Polished Metallic Surfaces
(The American Institute of Physics, 1951-06)
This is a report of a study of polished metallic surfaces with the electron microscope. Negative collodion replicas were used in this experiment. The determination of width and depth of scratches by means of polystyrene ...
I. Normal Frequencies of a One‐Dimensional Crystal. II. An Approximation to the Lattice Frequency Distribution in Isotropic Solids
(The American Institute of Physics, 1951-11)
I. The accurate expression for the individual frequencies of a linear crystal of any number of particles is derived.II. It is shown that, for an isotropic three‐dimensional array of uniform masses, the root‐mean‐square ...
Note on Frequency Spectra of Simple Solids from Specific Heat Data
(The American Institute of Physics, 1951-04)
If the specific heat C(T) of a solid is given as a function of temperature from T=0 to ∞ with infinite accuracy, the frequency spectrum f(ν) is uniquely determined. What information about f(ν) can be derived from specific ...
Analysis of Synchronous Conditions in the Cylindrical Magnetron Space Charge
(The American Institute of Physics, 1951-04)
In the multianode cylindrical magnetron there exist favored phase velocities of the electromagnetic wave around the interaction space between anode and cathode. These velocities are characteristic of the resonant system ...
Compressible Supersonic Flow in Jets under the Kármán‐Tsien Pressure‐Volume Relation
(The American Institute of Physics, 1951-02)
The two‐dimensional supersonic irrotational flow of a gas in a jet is studied by use of the Kármán‐Tsien pressure‐volume law. There are two limitations to such a study: (1) since the fluid flow is not continued from the ...