Mathematical Interpretation of Rao's Rule and Its Application to Spherical and Non-Spherical Molecules

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概要

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• The utility of Rao's rule has been extended to spherical and non-spherical molecules of some of the gases at their liquefaction temperature on the basis of interaction potential. The necessary equation for Rao's constant has been derived in terms of potential parameters and the formula for the velocity of sound in different gases at their liquefaction temperature has been suggested. The present approach is simple and adequate keeping in view the approximation involved in the theory.

• 社団法人日本物理学会の論文
• 1971-09-05

著者

• SHARMA M.

  Physics Department Allahabad University

• Verma A.

  Physics Department Lucknow University

• Qadeer A.

  Physics Department Lucknow University

• Sharma M.

  Physics Department Lucknow University

関連論文

• A Comment on the u=0 Superconvergent Sum Rule for πN Scattering
• Construction and Testing of Superconvergent Sum Rules for a Linear Combination of Products of Amplitudes
• Mathematical Interpretation of Rao's Rule and Its Application to Spherical and Non-Spherical Molecules
• Reststrahlen Frequencies and Characteristic Debye Temperatures of Some Heavier Salts

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