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Comparison Polarizing Light Microscope Transmitted Light Microscopes CE A15.1019
Specifications:
A15.1019 Polarizing Microscope Specification | A | B | |
Optical System | Infinite optical system | ● | ● |
Head | Seidentopf trinocular head inclined at 30°, interpupilary48-75mm | ● | ● |
Eyepiece | Plan eyepiece EW 10x/22 | ● | ● |
Plan eyepiece with scale of crosshair, Plan eyepiece with cross, Plan eyepiece with gridding | ● | ● | |
Strainfree plan achromatic objective | 5x/0.12/∞/- WD 15.5mm | ● | ● |
10x/0.25/∞/- WD 10.0mm | ● | ● | |
20x/0.4/∞/-0 WD 5.8mm | ● | ● | |
50x/0.75/∞/0 WD 0.32mm | ● | ● | |
100x/0.8/∞/0 WD 2mm | ● | ● | |
40x/0.65/∞/0.17 WD 0.54mm | - | ● | |
100x/1.25/∞/0.17 WD 0.13mm | - | ● | |
Nosepiece | Backward quintuple nosepiece, center adjustable | ● | ● |
Analyzer | 360° dial rotation minimum scale reading: 0.1° (Vernier scale) | ● | ● |
Conoscopic Observation | Switch between orthoscopic and conoscopic observation, Bertrand lens position adjustable | ● | ● |
Optical Compensator | --λSlip(first class red) | ● | ● |
Condenser | Strain-free swing condenser NA0.9/0.25 | ● | |
Polarizing Rotatable Stage | Diameter Φ170mm, Center adjustable, 360° scale, Minimum divison 1°, Minimum reading 6 by means of vernier scale ,45° Click stop knob | ● | ● |
Focusing | Coaxial coarse & fine adjustment, Range 32mm, Fine division 0.001mm, Coarse stroke 37.7mm per rotation, Fine stroke 0.1mm per rotation | ● | ● |
Polarizer | Transmitted: 360° Rotatable 0° position adjustable | - | ● |
Reflected: Fixed | ● | ● | |
Filter | Blue filter Φ45mm | - | ● |
Illumination | Transmitted light: 24V/100W Halogen lamp, Brightness adjustable | - | ● |
Reflected light: 24V/100W Halogen lamp, Brightness adjustable | ● | ● |
Optional Accessories | Item No. | |
Attachable Stage | Moving range 30mmx40mm | A54.1002-T |
Filter | ND6 Neutral density filter | A5F.1005-6 |
ND25 Neutral density filter | A5F.1005-25 | |
Attachment | CCD adapter 1x | A55.1002-10 |
CCD adapter 0.5x | A55.1002-05 |
Description:
The polarized light microscope is designed to observe and photograph specimens that are visible primarily due to their optically anisotropic character. Polarized light microscopes have a high degree of sensitivity and can be utilized for both quantitative and qualitative studies targeted at a wide range of anisotropic specimens. Qualitative polarizing microscopy is very popular in practice, with numerous volumes dedicated to the subject. In contrast, the quantitative aspects of polarized light microscopy, which is primarily employed in crystallography, represent a far more difficult subject that is usually restricted to geologists, mineralogists, and chemists.