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Temperature Surface Measurements With A 3d Velocity Fluid Flow Measurements System Using The Same Laser Source And A Single Instrument

机译:使用同一激光源和单个仪器的3d速度流体流量测量系统进行温度表面测量

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The combination of flow velocimetry techniques and Temperature Sensitive Paints, (TSP), requires working with different laser beam intensities. Because velocity flow measurements (i.e. Particle Image Velocimetry, PIV) needs high level laser power compared with temperature surface measurement, where lower levels of laser power is required, is necessary to adjust the system to avoid the damage of the paint due to the high intensities in laser velocimetry measurements. The use of a paint of different grey levels, from white to black, as backgrounds above the TSP film deposition allows to make both, velocity and temperature measurements with the same laser power without damaging the TSP. This work is centered in the characterization, testing and calibration improvements of the temperature surface measurements using Temperature Sensitive Paints as a part of the 3D tunneling velocimetry system.
机译:流动测速技术和温度敏感涂料(TSP)的组合需要使用不同的激光束强度。由于速度流测量(即,粒子图像测速,PIV)与温度表面测量相比需要高水平的激光功率,而温度表面测量则需要较低水平的激光功率,因此有必要对系统进行调整,以避免由于高强度而损坏涂料在激光测速仪的测量中。在TSP膜沉积上方使用从白色到黑色的不同灰度级别的涂料作为背景,可以在不损坏TSP的情况下以相同的激光功率进行速度和温度测量。这项工作的重点是使用温度敏感涂料作为3D隧道测速系统的一部分,对温度表面测量的特性,测试和校准进行改进。

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