Wind is one of fundamental meteorological elements describing the atmospheric state. Global wind observation is important to improve the initial conditions essential for numerical weather prediction and meteorological studies. A Doppler wind Lidar (DWL) is a promising approach for global wind profiling. We conduct feasibility study to realize global 4D wind observation from space. In the paper, we describe feasibility study of space-based DWL for future global wind profiling.
Japan Aerospace Exploration Agency, JAXA, and Nihon Dempa Kogyo Co., Ltd., NDK, developed an original QCM sensor system under wide temperature range named “Twin-QCM” for ground use since 2015, put on the market in 2017. Twin-QCM series has “Twin-CQCM” with built-in heater and “Twin-TQCM” with built-in peltier element. Twin-TQCM has an operational temperature limitation at low temperature caused by use of built-in peltier element. Since 2021, we have proceeded to initiate the development of advanced Twin-QCM aiming for flight and exploration. Then, we decided to develop a new version of Twin-TQCM which can be used under cryogenic temperature, i.e., lower than -80 degrees C, named “cryo-use Twin-TQCM (Engineering Model).” Then, we have planned to evaluate the performance of the Engineering Model in terms of deposition sensing. In this presentation, we will report the test results of the experiment for performance evaluation of cryo-use Twin-TQCM Engineering Model.
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