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TEMPERATURE MONITORING OF THERMAL-VACUUM TESTS WITH OPTICAL FIBRE SENSORS. PRELIMINARY RESULTS

机译:具有光纤传感器热真空测试的温度监测。初步结果

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LARES-lab is a facility located at Sapienza University of Rome for testing nano-satellites and small payloads in simulated space environment. The facility is equipped with a small cubic thermal-vacuum chamber with an internal volume 60x60x60 cm, capable of reaching very high vacuum conditions. The chamber simulates radiation thermal exchanges toward deep space with nitrogen cooled shrouds and solar radiation with a Sun simulator lamp. An Earth infrared disc simulator is also available. Several tests of payloads and nanosatellites have been already performed in the LARES-lab. Recently the chamber has been upgraded with the installation of an optical fibre feed through for use with Fibre Bragg Gratings (FBGs) for temperature monitoring during the tests. In this paper, some preliminary results on the calibration of the FBG sensor are reported. Issues concerning the coating of the sensor and the values of the thermo optical characteristicsare also pointed out in the paper.
机译:Lares-Lab是位于罗马Sapienza大学的设施,用于测试纳米卫星和模拟空间环境中的小型有效载荷。该设施配备了小型热真空室,内部容积60×60x60厘米,能够达到非常高的真空条件。该腔室模拟辐射热交换朝向深度空间,氮气冷却罩和太阳辐射与太阳模拟器灯。也可以提供地球红外光盘模拟器。在Lares-Lab中已经在Lares-Lab中进行了几次有效载荷和纳米替卫星的测试。最近,通过安装光纤饲料,可以使用光纤饲料(FBG),用于在测试期间进行温度监测的光纤饲料升级。在本文中,报告了对FBG传感器校准的一些初步结果。关于传感器涂覆的问题和热门光学特性的值也指出。

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