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Visible spectrum of electromagnetic radiation from 400nm to 700nm.

Showing results 556 - 570 of 1968 products found.


    Carl E. Holmes Company

    MRI Power Supplies are used in MRI Imaging rooms in hospital environment. The lights in the MRI rooms require DC power. If AC power is used, the quality of the MRI imaging process is compromised. These units are ideal for MRI room, where a 60 Hz flicker free light environment is desired. CEHCO offers four models which are shown below.

  • High-Energy Sintering System

    S-2200 - Xenon Corp.

    The XENON S-2200 Pulsed Light system provides state-of-the-art thermal management for researchers working with new nano materials on heat sensitive substrates requiring rapid sintering, curing or annealing. High-energy Pulsed Light systems are designed to help develop effective process protocols for a wide range of industrial applications, such as printed electronics, displays, biosensors, semiconductor thin films, and even emerging 3D printing systems.

  • Fluorometers

    QuantaMaster™ 8000 Series - HORIBA, Ltd.

    Highest guaranteed sensitivity specification at 30,000:1 Water Raman RMS. World class software for all steady state and lifetimes needs. Extended wavelength range with triple grating monochromators. Ultimate flexibility with up to four light sources and six detectors that can be selected. Fully automated system. Best in class stray light rejection with large single or double additive, coma corrected, monochromators.

  • Grating Monochromator SR-EQE High Resolution Spectral Response Scanning System

    GiMo - Aescusoft GmbH

    GiMo (Grating Monochromator) is a system for Spectral Response (SR) and External Quantum Efficiency (EQE) measurement of silicon solar cells and III-V solar cells. Up to three different bias light spectra can be applied. Monochromatic light is generated by fully automated scanning double monochromator with up to three gratings, selected for optimum usage with multijunction cells, automated scanning, grating changer and order filter wheel under GPIB control.

  • Reflective Condenser

    McPherson, Inc.

    Reflective condensing system and focusing accessory for coupling light sources to monochromators. It uses two mirrors to focus to the entrance slit. The reflective system eliminates chromatic aberration, provides maximum spectral range, and does not require refocusing. Accessories like light choppers and filter wheels can also fit inside next to the slit. Versions with rotatable mirror available for up to four source direction.

  • SEM In-lens Detectors

    El-Mul Technologies

    To meet the challenges of in-lens detection we have developed annular, scintillator based SE and BSE detectors. These feature a small through-hole that minimizes dead area and maximizes electron collection efficiency. SNR is increased and distortion is prevented. El-Mul's know-how and production technologies ensure no interference between the detector and the primary beam. Thin light guide design, polish and coating maximize light collection efficiency.

  • Shearography - Non Destructive Testing (NDT)

    Dantec Dynamics A/S

    Shearography is an optical, Non- Destructive Testing (NDT) technique that provides fast and accurate indications about internal material discontinuities or anomalies in non-homogenous materials. Using laser light, a shearing interferometer is able to detect extremely small (sub-micrometer) changes in surface out-of-plane deformation. When a test object is subjected to an appropriate load, a proportional strain is induced on the test surface. If underlying discontinuities are present, the surface will deform unevenly at these locations. This is then interpreted through the shearing interferometer as a change in the phase of the laser light.

  • Quantum Sensors

    Apogee Instruments, Inc.

    Apogee offers two types of quantum sensors. The Full-spectrum Quantum Sensors feature an improved detector that provides accurate measurements under all light sources, including LEDs, right out of the box. The Original Quantum Sensor is less expensive and great for measuring all light sources except certain LED colors, where post-measurement correction factors need to be applied to achieve accurate readings.

  • Radiative Transfer Numerical Model

    HydroLight - Sequoia Scientific, Inc.

    As a data analysis tool: What was the ambient light field when the data were taken?For example, when imaging an underwater object in the daytime, the ambient daylight contributes noise (in this case, path radiance) to the signal of interest (the light propagating from the target to the sensor). HydroLight can compute the ambient daylight field so that it can be subtracted from the total signal received at the sensor to improve the signal-to-noise ratio of the detected signal.

  • Radiometer/Photometer Kit

    AccuMAX™ Series - Spectronics Corp

    Single detector with dual sensors measures both ultraviolet and visible light. Complies with ASTM specifications for MPI and FPI. Specially engineered for NDT applications. The AccuMAX XRP-3000 radiometer/photometer kit uses a dualwavelength UV-A/VIS sensor detector to measure both ultraviolet and visible light. Featuring automatic zeroing, integration and signal hold, the unit provides accurate readouts for UV, visible irradiance or radiance.

  • Radiometers

    Dymax Corporation

    UV Intensity Meters & Visible Intensity Meter for Light Curing Systems. Dymax UV and visible radiometers are simple to operate and allow operators to monitor and document a UV/Visible light curing process. A low UV/Visible intensity measurement signals an operator to replace the bulb, reflector, or lightguide. Radiometers can also be used to confirm that operators are properly shielded from UV/Visible exposure. Degradation of curing bulbs, lightguides, and reflectors can decrease intensity, resulting in incomplete cures.

  • Advanced OLS

    ST-3108 - Wuhan Sunma Technologies Co., Ltd.

    3108 advanced stability handheld optical light sourceIs designed specially aim at users with high requirements. With featuers of durable structure, large LCD display with backlight and friendly operation interface, the 3108 advanced stability handheld optical light source provides a lot of convenience for your field work. High stability of output power and quite stable output wavelength, it is an ideal instrument for optical network installation, trouble shooting, maintenance and other optical fiber related systems.

  • Airborne Thermal Imaging System

    Star SAFIRE 380-HLDc - FLIR Systems, Inc.

    Introducing the Star SAFIRE 380-HLDc compact, high-definition, multisensor targeting system designed specifically for use on light rotorwing aircraft. The 380-HLDc provides an unmatched "SWaP-T" advantage – Size, Weight and Power plus true Targeting capabilities – in a sensor package tailored to give light attack helicopters the uncompromising Intelligence, Surveillance, Reconnaissance and Targeting (ISR&T) performance required to locate, identify, and engage targets at maximum range.

  • Photometric converter

    HC 4000 - optek-Danulat GmbH

    The Haze Control 4000 photometric converter is designed to operate with the optek DTF16 (11°/90° scattered light sensor) and additionally with AF16 or AS16, visable (VIS) or near-infrared (NIR) based sensors. The graphic display can show absorbance, turbidity and concentration in real-time and in any unit of measure such as EBC, FTU, ppm (DE), NTU, ASBC and Helms. These measurements may also be displayed as text, bar graphs or trend values. A factory zero point is implemented for the scattered light sensors.

  • Photonic Hall Effect

    HMS7000 - ECOPIA

    Classic hall effect measurement system is to read voltage difference made between both diagonal sides, when flowing current and applying magnet field strength, in perpendicular to flowing current direction. - Photonic hall effect measurement is to read various electrical properties by illuminating light of “various range of wavelength” on the sample, in addition to flowing current and applying magnet field strength. - It is great to see “RGB (Red, Green, Blue), Light intensity vs carrier density, carrier mobility, resistivity, hall coefficient”