Products/Services for Infrared Imaging Sight Glass

  • No Image Available
    Infrared Windows - (34 companies)
    ...of special panes of transparent, infrared material set in a frame. The transparent IR window material allows thermal imaging of the component inside the electrical enclosure or equipment. Different materials for infrared windows are selected... Search by Specification | Learn More
  • Sight Windows-Image
    Sight Windows - (195 companies)
    Sight windows are an effective and economical way of viewing tank, pressure vessel and piping systems interiors. They are also referred to as sight glasses. Sight Windows Information. Sight windows are an effective and economical way of viewing tank... Search by Specification | Learn More
  • Optical Lens Assemblies-Image
    Optical Lens Assemblies - (146 companies)
    Optical Lens Assemblies Information. Optical lens assemblies are composed of a number of lenses mounted for a particular imaging function. These can include telecentric lenses, collimators, beam expanders, zoom lenses, etc. Optical lens assemblies... Search by Specification | Learn More
  • Binoculars-Image
    Binoculars - (73 companies)
    ...include those for use in water or at night, or those equipped with photographic equipment. Digital camera binoculars come fitted with a digital camera for taking high quality photographs. Night vision binoculars are used to detect visible or infrared... Search by Specification | Learn More
  • Sight Flow Indicators-Image
    Sight Flow Indicators - (185 companies)
    ...or color of a liquid. Dual windows, two glass discs held in position by a metallic housing, internal shims and gaskets, provide added protection in applications where there is external mechanical impact, high pressure or corrosion / erosion. FM... Search by Specification | Learn More
  • No Image Available
    Infrared Thermometers - (125 companies)
    Spot infrared thermometers that measure the temperature of a small area on a surface. Infrared scanning systems that scan a larger region. Infrared thermal imaging cameras that measure the temperature of many spots over a large area to generate... Search by Specification | Learn More
  • No Image Available
    Noncontact Infrared Temperature Sensors - (404 companies)
    ...thermal units (BTUs). These devices are designed for an emissivity from 0.9 to 1.0 (e.g., building materials such as ceramic, concrete, glass, paper, plaster, and stone), and can zero-out to temperature on one side (inside) to get the differential... Search by Specification | Learn More
  • No Image Available
    Infrared Heaters - (221 companies)
    How to Select Infrared Heaters. Infrared heaters use a reflective shield to direct radiant heat onto a heated surface. Common types of infrared heaters include metal-sheathed tubular heaters, quartz tubes, quartz lamps; gas fired catalytic... Search by Specification | Learn More
  • No Image Available
    Infrared Spectrometers - (182 companies)
    Infrared (IR) spectrometers measure the wavelength and intensity of the absorption of infrared light by a sample. Infrared (IR) spectrometers measure the wavelength and intensity of the absorption of infrared light by a sample. Infrared light lies... Search by Specification | Learn More
  • No Image Available
    Watch Glasses - (21 companies)
    How to Select Watch Glasses. Image Credit: ISOLAB. Watch glasses are circular, slightly-concave pieces of glass that are used by chemists to evaporate liquids and cover beakers during sample preparation. They are also used to hold solids during... Search by Specification | Learn More
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  • Intraoperative Imaging and Image-Guided Therapy
    � tracker types, 266 tracking technologies, 263�265 variable definition, 266, 267 visualization, spatial relationship, 269�270 electromagnetic, 11 image guidance, 25 resection, 790, 791 workstations, 253, 254 Navigator, 655 Near- infrared fluorescence (NIRF) activated probes � � 236�238 intraoperative and endoscopic imaging , 238 IRDye� 800CW, 238 � � wireless headsets, 608 description, 604 human-machine interface emergency stop switch, 607 height-adjustable and PHANTOM hand controllers, 606 LMD-2451MT HD medical monitor, 605 motion scaling and tremor filtration, 607 MRI display, 606 polarized glasses , 605�606 sight , sound and surgery touch �
  • Markenad�quate configuration of Live Communication instruments
    In image 24, the detailed structure is the represented Eye of Trackers. The apparatus is with a scene camera (A)1006, a sensor for the communication with the infrared light markers (B), a sensor for the detection of the view movements (C), glass (E) and infrared illumination diodes (F) reflective the infrared-light beams �
  • Shock Wave Science and Technology Reference Library, Vol. 5
    We use alumina anvils, which are not only much stronger than toughened glass , but also transmit in the infrared up to around 5 ?m, allowing IR imaging to determine temperatures. While this may look, at first sight , like a pure impact experiment, it is actually rather more �
  • ISOGAL: A deep survey of the obscured inner Milky Way with ISO at 7 and 15 micron and with DENIS in the near-infrared
    The absorption in these clouds also provides a means of measuring the infrared extinction curve along diverse lines of sight . Many specific ISOGAL results have already been pub- lished, including: i) first imaging results (P�erault et al. 1996); ii) a study of late-type giants and long�period and semi�regular variables in Baade�s Windows ( Glass et al. 1999, Glass & Alves 2000, Alard �
  • Manufacturing Science and Technology, ICMST2011 - Chapter 3: Surface, Subsurface, and Interface Phenomena
    � through the feedback of detector? then display color or black and white thermal images on LCD monitor. 1.preheating sect 2.testing sect 3.brine tank 4.shield pump 5. sight glass 6.flowmeter 7. infrared video camera 8.high-speed video camera 9. sight glass 10.quartz glass tube 12.evaporator 13?20. valves .
  • WNSamples (\
    � rice_N|12 rank_N|21 basilica_N|1 mix_V|4 dough_N|12 basin_N|5 bastard_N|2 soak_V|8 etching_N|4 acid_N|16 bomb_N|26 bay_N|6 sick_J|22 sight _V|1 port_J|1 beam_N|9 � � range_N|21 park_V|6 driveway_N|13 eye_dropper_N|1 medication_N|5 duct_tape_N|1 ammunition_N|3 dump_N|3 duplicate_V|4 file_N|29 dwelling_N|2 pond_N|20 homeless_N|4 type_V|2 earphone_N|2 wavy_J|1 effigy_N|1 lincoln_N|4 tomb_N|3 image _N|49 carve_V|12 patch_N|15 elbow_N|11 � � handcart_N|1 pushcart_N|1 pile_V|9 magnifying_ glass _N|1 invent_V|7 roger_bacon_N|1 briefcase_N|2 � � fireside_N|2 heating_system_N|2 radiant_heating_N|1 warm_V|10 infrared _lamp_N|1 hem_N|13 stain_V|10 let_down_V|1 �
  • Meeting in Israel on Optical Engineering, 7th, Tel Aviv, Israel, Nov. 12-14, 1990, Proceedings
    Consideration is given to submicron thin-film metal-oxide-metal infrared detectors, elements with long-focal depth and high-lateral � � multiple-beam gratings for far-IR applications, line-of- sight alignment of a multisensor � � surgery system, and composite image joint transform correlator. � is also given to unusually fast energy transfer in solid state crystals and glasses , pattern recognition with �
  • Integrated Spatial Databases
    Using two cameras situ- ated on both sides of the projection table, the tracking system simultaneously tracks the real-space 3-D position of two infrared LEDs, one fixed on the shutter glasses , the other one at the tip of the stylus. This information is passed to the rendering software that calculates the corresponding images . In this environment, immersion into the virtual world is limited to the sight pyra- mid defined by �
  • Military Applications of Infrared Techniques
    Mounted in the cockpit of the F-104, the IR sight re- ceives infrared energy through a small window unider the windshield canopy. The target is presented, as a vis- ual display, directly onto the combininlg glass in front of � The pilot sees the display in the same position as the visual image of a target would �
  • An investigation of material properties for a selection of chalcogenide glasses for precision glass molding
    Precision Glass Molding (PGM) is the most cost-effective method for producing high volumes of high performance infrared optics. � dn/dT and CTE values cause large shifts in the focal plane of an imaging system as the � � ambient temperature range such as firefighting cameras, automotive night vision enhancement, or thermal sights for guns, artillery �

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Intrinsic Crystal Technology Co., Ltd. (ICC)
Intrinsic Crystal Technology Co., Ltd. (ICC)
Intrinsic Crystal Technology Co., Ltd. (ICC)
Intrinsic Crystal Technology Co., Ltd. (ICC)
SONOTEC Ultraschallsensorik Halle GmbH