THE EFFECT OF PRESSURES TO 10 KBARS ON THE OPTICAL ROTATORY POWER AND ROTATORY DISPERSION OF CRYSTALS.
Abstract
The optical rotatory power of crystals is dependent on both temperature and pressure. The principal contribution to the variation of optical rotatory power is due the volume change of the crystal. The change of rotatory power with pressure and temperature is due to the change of the absorption spectrum of the crystal. The principal contribution to the variation of optical rotatory power with pressure and temperature is attributed to a parameter which is present in the phenomenon of optical rotatory power but not present in the related phenomenon of ordinary refraction of light.
Document Details
- Document Type
- Technical Report
- Publication Date
- Dec 01, 1964
- Accession Number
- AD0609184
Entities
People
- Mark Briner Myers
Organizations
- Pennsylvania State University