Liquid refractometry by the rainbow method
Author:
Publisher
The Optical Society
Reference8 articles.
1. Using minimum deviation of a secondary rainbow and its application to water analysis in a high-precision, refractive-index comparator for liquids
2. Rainbows and fogbows
3. Differential Refractometer for Process Control
4. A Differential Refractometer*
5. A new precision refractometer
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