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Supplier: ASTM International
Description: suitable media, and microscope slides. For specimen examination, the equipments needed are stereomicroscope, dollies, petrographic or polarizing microscope, metallographic microscope, eyepiece micrometer, stage micrometer, microscope lamps, needleholders and
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Supplier: Evident Scientific
Description: Better Images and Results DSX1000 digital microscopes enable faster failure analysis with guaranteed accuracy and repeatability. Large selection of lenses that are easy to change Switch between 6 different observation methods by pushing a button Fast macro to micro viewing Accurate
- Total Magnification: 20 to 7,000 X
- Field of View: 0.05000000000000001 to 19.200000000000003 mm
- Working Distance: 0.35000000000000003 to 66.1 mm
- Grade: Benchtop
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Supplier: Nikon Metrology
Description: A multi-purpose zoom microscope system that provides capabilities that don't currently exist with stereomicroscopes and compound high magnification microscopes. The AZ100 Multizoom represents a new concept in zoom microscopes. It covers an extremely wide range of magnifications,
- Total Magnification: 5 to 400 X
- Grade: Benchtop
- Application: Gemological, Metallurgical, Semiconductor Inspection
- Features: Mechanical Stage, Monocular, Other
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Supplier: Nikon Metrology
Description: The MA100N is a compact inverted microscope designated for bright field and simple polarizing observations. Responding to the requests from manufacturing and QA/QC sections in a variety of industries, Nikon developed this simple but durable model which enables high contrast image
- Grade: Benchtop
- Features: Mechanical Stage, Monocular, Other
- Application: Metallurgical, Semiconductor Inspection
- Microscope Type: Polarizing, Stereomicroscope
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Supplier: Unitron Ltd.
Description: No Description Provided
- Total Magnification: 4 to 40 X
- Resolution: 650,000,000 nm
- Field of View: 0.45 to 4 mm
- Working Distance: 0.4000000000000001 to 30.599999999999998 mm
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Supplier: Nikon Metrology
Description: Slim and compact, the ECLIPSE Ci-POL is a personal-type polarizing microscope that doesn't occupy your entire desk. With cutting-edge CFI60 infinity optics, it offers advanced optical performance and user-friendly operation. Built-in capture button located near the front of the
- Total Magnification: 40 to 1,000 X
- Grade: Benchtop
- Remote Interface: Computer Interface, Image Analysis Processing Software
- Features: Fine Focus, Mechanical Stage, Other
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Supplier: Unitron Ltd.
Description: No Description Provided
- Total Magnification: 4 to 40 X
- Resolution: 650,000,000 nm
- Field of View: 0.45 to 4 mm
- Working Distance: 0.4000000000000001 to 30.599999999999998 mm
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Supplier: Unitron Ltd.
Description: No Description Provided
- Total Magnification: 4 to 40 X
- Resolution: 650,000,000 nm
- Field of View: 0.45 to 4 mm
- Working Distance: 0.4000000000000001 to 30.599999999999998 mm
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Supplier: Unitron Ltd.
Description: No Description Provided
- Total Magnification: 4 to 40 X
- Resolution: 650,000,000 nm
- Field of View: 0.45 to 4 mm
- Working Distance: 0.4000000000000001 to 30.599999999999998 mm
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Supplier: Nikon Metrology
Description: Ideal as an educational microscope or for routine laboratory use for biology, geology and industry, the Eclipse E200 POL incorporates Nikon's acclaimed CFI60 infinity optical system to provide a high quality, compact and easy-to-use polarizing microscope at a modest price.
- Grade: Benchtop, Student
- Eyepiece Style: Binocular, Trinocular
- Application: Biological / Life Science
- Features: Digital Display, Fine Focus, Mechanical Stage
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Field Guide to Meteors and Meteorites
They considered the electron microprobe to be as important to the geo- sciences in the 20th century as the introduction of the polarizing petrographic microscope was to mid-nineteenth century mineralogists.
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The Clay Minerals Society Glossary for Clay Science Project
thin section Material, such as a sliced piece of mineral material, rock material, or soil material, that is mounted on a glass microscope slide, and placed in the optical path of a polarizing ( petrographic ) microscope is referred to as a "thin section".
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An Examination of Sedimentary Rocks and Constituent Minerals with the Scanning Laser Acoustic Microscope
Optical characteristics of sedimentary rocks and their constituent minerals are routinely observed and quantified with the petrographic ( polarizing ) micro- scope and reported in the literature; a quantitative acoustic examination at comparable magnification (i.e.,about 85 times) is reported here for the …
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Application of petrography, major and trace elements, carbon and oxygen isotope geochemistry to reconstruction of diagenesis of carbonate rocks of the Sanganeh...
Thin sections were considered using standard polarized petrographic microscope and cathodoluminescence micro- scope (CL).
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Developments in Soil Classification, Land Use Planning and Policy Implications
The soil fabric was examined with a polarizing petro- graphic microscope and features described.
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Encyclopedic Dictionary of Polymers
See ▶ Dichroism (2) An optical phenomenon in which mineral grains within a rock appear to be different colors when observed at different angles under a polarizing petrographic microscope .
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Investigative methods for the characterisation of historic mortars—Part 1: Mineralogical characterisation
Optical microscopic methods are commonly applied using a polarising petrographic microscope to study thin sections of material.
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Mechanism of fracture in macro- and micro-scales in hollow centre cracked disc specimen
At the same time, petrographic studies using a polarizing petrographic microscope were employed to benefit from optical properties of calcite (e.g. extinction) in distinguishing between micro-cracks and mineral boundaries.
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The Soils of the Philippines
Soil micromorphology in the field soil survey begins with routine 10x hand lens but more detailed studies are conducted in the laboratory using petrographic polarizing microscope after preparing thin sections (0.03 mm thickness) with rock-cutting saw of diamond cut-off …
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77th Annual Meeting of the Meteoritical Society September 8–13, 2014
High-resolution mosaics of the sections are created from separate 50X images taken with a Zeiss Scope petrographic microscope to identify the components by other techniques: SEM+EDS, polarizing petro- graphic microscope , and micro-Raman techniques.