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外文期刊>journal of chemical physics
>Response to lsquo;lsquo;Comment on lsquo;14N spin relaxation studies of N2in buffer gases. Cross sections for molecular reorientation and rotational energy transferrsquo;thinsp;rsquo;rsquo; lsqb;J. Chem. Phys.100, 1775 (1994)rsqb;
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Response to lsquo;lsquo;Comment on lsquo;14N spin relaxation studies of N2in buffer gases. Cross sections for molecular reorientation and rotational energy transferrsquo;thinsp;rsquo;rsquo; lsqb;J. Chem. Phys.100, 1775 (1994)rsqb;
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机译:Response to lsquo;lsquo;Comment on lsquo;14N spin relaxation studies of N2in buffer gases. Cross sections for molecular reorientation and rotational energy transferrsquo;thinsp;rsquo;rsquo; lsqb;J. Chem. Phys.100, 1775 (1994)rsqb;
The origin of the factor 1/4 in the equation describing the quadrupolar relaxation times for linear molecules in the dilute gas phase is clarified. The quadrupolar relaxation crosshyphen;sections for nitrogen molecule are around 30 Aring;2as reported by us and not around 120 as claimed in the comment.
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