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Light imaging system

The subcutaneous sites were examined for bioluminescence using the Hamamatsu Low Light Imaging System (Hamamatsu Corporation) and the Metamorph imaging software (Universal Imaging Corporation). Development of low levels of bioluminescence at all injection sites was considered time zero for all experiments. Photon counts were... [Pg.373]

The properties of the imaging system that are needed for inspection, correspond to SC3 for SA and SC2 for SB. The resulting table 2 specifies the requirements placed on the entire system for the inspection of light alloys. [Pg.440]

Scintillators are also used in the detectors of CT scanners. Here an electronic detector, the photomultiplier tube, is used to produce an electrical signal from the visible and ultraviolet light photons. These imaging systems typically need fast scintillators with a high efficiency. [Pg.50]

Figure 25. First light image of the Keck LGS AO system. The lens-like nebula at upper left is a disk of dust and gas surrounding the young star HK Tau B, The star is hidden from direct view, seen only in light reflected off the upper and lower surfaces of the disk. Figure 25. First light image of the Keck LGS AO system. The lens-like nebula at upper left is a disk of dust and gas surrounding the young star HK Tau B, The star is hidden from direct view, seen only in light reflected off the upper and lower surfaces of the disk.
Kodak Scientific Imaging Systems. Microautoradiography Autoradiography at the Light Microscope Level, Eastman Kodak, Rochester, New York, 1994. [Pg.67]

Figure 16. A refractive lens imaging system using partially coherent light, condenser lens and objective lens. Figure 16. A refractive lens imaging system using partially coherent light, condenser lens and objective lens.
If a gel documentation imaging system with CCD camera installed is available (which can be expensive), the light output of the membrane can be captured automatically without the need of developing the film in darkroom (see Note 14). [Pg.81]

Fig. 4. Flow diagram illustrating the application of image analysis to IGSS using a conventional diascopic white light/episcopic polarized light double-illumination light microscope system. Adapted from ref. 28 with permission. Fig. 4. Flow diagram illustrating the application of image analysis to IGSS using a conventional diascopic white light/episcopic polarized light double-illumination light microscope system. Adapted from ref. 28 with permission.

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See also in sourсe #XX -- [ Pg.56 ]




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Lighting systems

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