Numerical simulation of gas flow in a magnetically stabilized coaxial laser discharge
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Coaxial
Real gas
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Coaxial
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Rigid coaxial cable has been used to construct simple, inexpensive high vacuum coaxial and coaxial push pull rotary motion feedthroughs.
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Discharge coefficient
Real gas
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Surface Modification
Carbon fibers
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At present, most coaxial adjustment methods were evolved from traditional dial indicator coaxial adjustment method. The outer of the contour used as a benchmark to measure the axial and radial ruinous in these methods. However, these methods contain cylinder error of the shaft itself. To solve this problem, a method of using the double-layer one-dimensional Position Sensitive Detector (PSD) and laser was proposed. The laser should be fixed to the outside of the irregular rotating device, ensuring the two parts synchronous rotate ; the 6 one-dimensional PSD was divided to high and low 2 layers which were placed in coaxial position with the reference axis. The laser coaxial sweep passing the PSD, when laser coaxial and the irregular device rotate synchronous, the light of spot position on the PSD can determine the irregular rotating workpiece’s axes and the reference axis position relationship, the device can be used to adjust coaxial in this way.
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Position (finance)
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The design and construction of an axial flow gas transport system for a coaxial CO2 laser discharge is described. The system features a novel annular flow geometry, which yields a compact, cylindrical package. Flow velocities of up to 50 m/s have been obtained in the device. Measurements of active medium working temperature and gain profiles are also presented.
Coaxial
Axial Compressor
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