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Showing results: 16 - 18 of 18 items found.

  • Osmometer

    LD-LOSM-A10 - Labodam

    OsmometerLD-LOSM-A10is colorful LCD touch display with sample size 50 μl to 100 μl and measuring range up to 0 to 3000 mOsmol /kg H2O at ambient temperature 10 to 30°C. Features with on-screen display of molar concentration, freezing point, and osmolarity. At very low testing time it provides fast and accurate osmolality test results. Applicable in General medicine, Routine and research, Forensic medicine, Electron microscope.

  • Nuclear Magnetic Resonance Spectrometer

    NMR - JEOL Ltd.

    NMR is an abbreviation for Nuclear Magnetic Resonance. An NMR instrument allows the molecular structure of a material to be analyzed by observing and measuring the interaction of nuclear spins when placed in a powerful magnetic field.For the analysis of molecular structure at the atomic level, electron microscopes and X-ray diffraction instruments can also be used, but the advantages of NMR are that sample measurements are non-destructive and there is less sample preparation required.Fields of application include bio, foods, and chemistry, as well as new fields such as battery films and organic EL, which are improving and developing at remarkable speed. NMR has become an indispensable analysis tool in cutting-edge science and technology fields.

  • 2-MGEM Optical Anisotropy Factor Measurement System

    Hinds Instruments, Inc.

    The 2-MGEM Optical Anisotropy Factor Measurement System is a normal-incidence polarization reflection microscope designed to measure the sample Mueller matrix and is a 2008 R&D 100 Award Winner. This system is designed specifically to evaluate the Optical Anisotropy Factor (OPTAF) of cross sections of TRISO nuclear fuel pyrocarbon layers. Other possible material characterizations include measuring Mueller matrix elements of other crystals, carbon compounds, and thin film coatings (e.g. surfacedeposition films) at normal incidence. The 2-MGEM can also measure retardation (d), circular diattenuation (CD) and the polarization factor (ß). These parameters are not measurable using older techniques, since those techniques do not incorporate a compensating optical element.

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