Photoelectric probe for detecting laser plasma and use method of photoelectric probe
A laser plasma and plasma technology, applied in the field of photoelectric probes with ionic properties, can solve problems such as unfavorable real-time quality monitoring, and achieve the effect of good real-time performance and fine and rich information
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[0036] At the same time as the optical probe detects, the electrical probe detects adjacent volume elements, such as image 3 As shown, the photoprobe detects with X 0 When the volume element, the electric probe can detect X 1 ~X 8 As one of the volume elements, the spatial relative position of the detected volume element should be selected to avoid mutual interference. Then, the plasma parameters such as plasma temperature are calculated by using the electric probe and spectral detection results, and verified by mutual comparison. Repeat the test of this step at different positions, integrate the data of each position to study the spatial characteristics of the laser plasma temperature distribution and mass distribution, and determine the reasonable relative positions of the optical probe and the electrical probe.
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