(1) Liquid crystal up close with a polariscope. The mysterious microscopic world.

(2) Applying the infrared polariscope made by ourselves, the distribution of the stresses in crystals grown by CZ and FZ have been researched.

(3) The finished glass product when viewed in the polariscope after annealing.

(4) It is no use employing a polariscope to identify an opaque gemstone.

(5) The polariscope contains a light source in the base that houses one of the polarizing filters.

(6) Now the typical means to measure residual stress are polariscope, X-ray diffraction, neutron diffraction, ultrasonic and so on.

(7) The appearance and crystal structure change in the biodegradation of partially degraded starch granules were examined using SEM technology and multifunctional polariscope.

(8) The changes of bone structures and collagen fibers were observed with light microscope and polariscope.

(9) Moreover, there is an error in measuring int ensities. Towards the five step color PST, it is based on a plane polariscope in white light, the influence of the different er...

(10) The change from crystal to non - crystal was confirmed by observation of sample structure by micro - polariscope combining with X - diffraction spectrum.

(11) In this paper, the reason of several kinds of changes in bright and dark is analysed rationally on three share vision field in the polariscope with polarized light theory.

(12) The experiments show that most of the melted polymers possess the temporary birefringence, consequently, the stress optic patterns can be obtained with a polariscope.

(13) The relative internal stress of UV-curing coatings with bases is measured by using diffuse right polariscope WEM-300 based on the principle of photoelastic.

(14) Figure 6. 20 illustrates a commercially available fringe multiplication and fringe sharpening apparatus mounted on a polariscope specially designed to facilitate these applications.