To analyse stress patterns in transparent materials, a polariscope is a crucial optical equipment. This analysis helps with material testing and quality control. It works on the basis of birefringence, a property displayed by some materials under mechanical stress. A polarizer and an analyzer are the only components of the apparatus, and they are placed 90 degrees apart. The light travelling through the material becomes polarised and creates distinctive stress patterns when a stressed material is positioned in between them due to stress-induced birefringence.
Visit:- https://www.perfectgroupindia.co.in/polariscope.php
2. Introduction
The Polariscope is a powerful optical instrument used to visualize and
analyze stress and strain patterns in transparent materials. This versatile
tool is widely employed in various fields, including material science,
engineering, geology, and the study of crystal structures. The polariscope is
based on the principles of polarized light and birefringence. Birefringence,
also known as double refraction, occurs in certain transparent materials
when light passes through them.
3. WORKING PRINCIPLE
OF POLARISCOPE
The polariscope is based on the principles of
polarized light and birefringence. Birefringence, also
known as double refraction, occurs in certain
transparent materials when light passes through
them. These materials have an anisotropic structure,
meaning their optical properties vary with different
crystallographic orientations.
When unpolarized light passes through a
birefringent material, it splits into two components,
each traveling at a different speed and experiencing
different refractive indices. This results in two
perpendicular polarized waves within the material.
4. Applications Of Polariscope
THE NON-DESTRUCTIVE NATURE OF POLARISCOPE ANALYSIS ALLOWS FOR EVALUATING
MATERIALS WITHOUT ALTERING THEIR STRUCTURE OR CAUSING DAMAGE.
5. For Quick Information
Please Visit Our Website
www.perfectgroupindia.co.in
sales@perfectgroupindia.co.in
+91 9650480777