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1.  Quantum EnergyMax Sensors ... is the largest currently available on the market for detectors of this sensitivity, and can often eliminate the need to utilize an integrating sphere.  All three Quantum EnergyMax sensors are compatible with the Coherent LabMax-TOP and LabMax-TOP with GPIB meters. Quantitative measurement of picojoule ... Related Searches: j-10si-le

2.    EOOct05 Best match in this PDF  |  All matches in this PDF ... that it won the Swiss technology award in 2004. A laser beam is focused at a point on the joint by an almost frictionless, freely rotating glass sphere. One joining layer can be heated independently of the other. In headlight production, this means the casing substrate can be heated without distorting ...

3.  Quantum EnergyMax Sensors ... is the largest currently available on the market for detectors of this sensitivity, and can often eliminate the need to utilize an integrating sphere.  All three Quantum EnergyMax sensors are compatible with the Coherent LabMax-TOP and LabMax-TOP with GPIB meters. Quantitative measurement of picojoule ... Related Searches: j-10si-he

4.    pdf_119  (PAGE 6 OF 12) ... %), where the XeFline at 353.2 nm coincides with the formaldehyde absorption line at 353.2 nm. To measure droplet ignition processes, a fuel-drenched sphere was positioned in a Single Shot Imaging of Formaldehyde by XeF Excimer Laser Induced Fluorescence Dr. Dieter Grebner, Institut fr Physikalische ...

5.    pdf_119  (PAGE 7 OF 12) ... filter. In Fig. 1, selected frames during a two-stage spontaneous ignition process (autoignition, p = 1bar, T = 442C) are shown (at t = 0 ms the sphere is injected in the cell). At 635 ms formaldehyde was formed mainly in the lower part of the frame. At 955 ms the formaldehyde cloud had moved in the ...

6.    EOOct05  (PAGE 3 OF 5) ... that it won the Swiss technology award in 2004. A laser beam is focused at a point on the joint by an almost frictionless, freely rotating glass sphere. One joining layer can be heated independently of the other. In headlight production, this means the casing substrate can be heated without distorting ...

7.    pdf_126  (PAGE 2 OF 12) ... n(a-SiO2) = 1.50, we find for the distance of the focal plane z 2.25m. In reality, spherical aberration shifts the (diffraction) focus towards the spheres to a position fd f (1-C __ __ /r) where is the wavelength and C(n) a constant. Simultaneously, aberration decreases the maximum intensity (fluence ...

8.    pdf_126  (PAGE 3 OF 12) ... in the material and experimental parameters, etc. The interference patterns before and behind the focal point may differ significantly. Arrays of spheres can be considered as a diffraction grating. The field distribution in the Fresnel region is quite complicated and is governed by the parameter d2 ...

9.    TechBrief_DPSS_Micromach_Lasertec  (PAGE 2 OF 2) ... Z-shifter that moves the focus position of the final beam delivery lens, which is mounted on a linear scanner. This enables shapes such as balls and spheres to be created. In addition, the beam delivery system is set up to allow the beam to be inclined relative to the workpiece at angles up to 20. This ...

10.    TechBrief_DPSS_Micromach_Lasertec Best match in this PDF  |  All matches in this PDF ... Z-shifter that moves the focus position of the final beam delivery lens, which is mounted on a linear scanner. This enables shapes such as balls and spheres to be created. In addition, the beam delivery system is set up to allow the beam to be inclined relative to the workpiece at angles up to ±20° ...

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