Law of corresponding state for the transport properties of molten salts
Corresponding state theory for transport properties of ionic fused alkali salts
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Corresponding state theory for transport properties of ionic fused alkali salts
Tsiolkovskiis correspondence with U.S.S.R. Jet Scientific Research Institute
Algorithm for determining number of vertices contained in single contact network corresponding to transmission function
Isotherms and isobars for polymer liquids using corresponding states principle to establish function describing dependence of internal pressure on volume or temperature
Quantum number correspondence principle in inelastic scattering
High energy electron ionization cross section for hydrogen, noting high quantum number correspondence to classical expression
Tool aids in graphic determination of input values for any first order lag system of known gain and time constant where the corresponding output function is displayed graphically and can be described by a first order differential equation. This tool permits a rapid reconstruction of input points.
Blunt body nonequilibrium shock layers characteristics calculation, discussing flow fields streamline paths and pressure distribution correspondence
Symbol oriented computer programming in network analysis, establishing correspondence principle between enumerated network trees and loops of associated flow graphs
Cathode ray oscilloscope displays curves or contours of complex shapes corresponding to sets of x,y coordinates. It requires few storage facilities and produces a rapid display of complex curves with a fewer number of commands than previous systems.
Field theories and direct interparticle action theories of classical electrodynamics, establishing general correspondence between formalisms
Locally compact topologies on group G and corresponding continuous irreducible unitary representations, noting existence of subgroup
Stepwise linear regressions method for estimating black body surface radiances from model atmospheres and corresponding simulated Nimbus 2 window-channel radiances
It is pointed out that several fluids including methane, oxygen, and nitrogen appear to form an average parametric plot which indicates that the isenthalpic Joule-Thomson coefficient must nearly obey the principle of corresponding states. With this as a basis, it was assumed that there could be several thermodynamic flow processes which nearly obey the principle. An examination was made to determine whether two-phase choked flow could be one of them. The analysis is described and the results are given.
Further classical trajectory calculations of the rotational excitation of H2 in collision with Li(+) have been carried out in order to assess several alternative classical-quantal correspondence relationships. The results are compared with exact quantal cross sections computed for the same model system by Lester and Schaefer (1973).
The present work proposes a general rule relating the polarity of broad-band (spectral range: 5250 A to 5350 A) circular polarization fields observed in sunspots to that of the corresponding magnetic fields. The rule is illustrated with observations of particular spots.
A complete description of a correspondence control system, designed to be used by non-ADP clerical personnel is provided. In addition to operating instructions, sufficient design and conceptual information is provided to allow use or adaption of the system in related applications. The complete COBOL program and documentation are available.
Full valence and first-order CI wave functions are invariant with respect to unitary transformations among the valence orbitals. We exploit this degree of freedom and show that by transforming the valence orbitals into a corresponding orbital basis, nonorthogonal transition moment calculations become an easily managed task. Sample full valence calculations on several states of O2(+) and OF are also presented.