An interactive Michel-Lévy interference color chart is offered, providing access to a database of 562 minerals. Users select the observed color and section thickness to calculate birefringence automatically and receive suggestions for candidate minerals. The chart's range can be customized from 200 nm to 2500 nm and offset by ± λ or ± λ/4. It can be used as a classic nomogram or in a simplified mode without radial lines, designed for enhanced user experience.
The color accuracy of this chart, based on Sørensen's methods (2013), provides a more faithful representation of microscope observations compared to conventional printed nomograms. Aided by the app, users can access optical and physical details of candidate minerals, such as birefringence ranges (minimum, maximum, mean), relief, optical character, pleochroism, color, and cleavage.
The app also includes the Raith-Sørensen color chart, which functions interactively to depict interference colors based on birefringence and sample thickness (Sørensen 2013).
This application serves as a valuable tool for professionals in polarized light microscopy, polariscopy, optical mineralogy, stress optics, or individuals interested in birefringent materials.
Overview
Birefringence is a Shareware software in the category Miscellaneous developed by IMFS.
The latest version of Birefringence is currently unknown. It was initially added to our database on 07/14/2008.
Birefringence runs on the following operating systems: iOS.
Birefringence has not been rated by our users yet.
FAQ
What is Birefringence by IMFS?
Birefringence by IMFS is a technology developed by IMFS (Innovative Materials and Fibre Systems) that utilizes birefringence measurement techniques to analyze materials.
How does Birefringence by IMFS work?
Birefringence by IMFS works by measuring the difference in refractive indices of a material along different axes, which provides valuable information about the material's structure and properties.
What type of materials can be analyzed with Birefringence by IMFS?
Birefringence by IMFS can be used to analyze a wide range of materials including crystalline substances, polymers, liquid crystals, and other anisotropic materials.
What are the applications of Birefringence by IMFS?
Birefringence by IMFS has applications in various fields such as material science, pharmaceuticals, electronics, and optics for quality control, research, and development purposes.
Is Birefringence by IMFS non-destructive?
Yes, Birefringence by IMFS is a non-destructive testing technique, allowing for the analysis of samples without altering their integrity.
Can Birefringence by IMFS be used for qualitative and quantitative analysis?
Yes, Birefringence by IMFS can provide both qualitative information about material structure and quantitative data such as birefringence values.
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