探空火箭計畫回顧

afeguarding Medication Use Through Interprofessional Collaboration: Example of Inpatient Medication Management and Use

次軌道科學實驗計畫（又稱探空火箭計畫）主要是由太空中心、中山科學研究院與國內太空科學國隊負責執行，自1998年台灣發射第一具探空火箭後迄今已執行十次探空任務，另外，與交通大學以及成功大學團隊合作執行的混合火箭技術研發，也進行了四次發射活動。次軌道科學實驗計畫主要目的是執行探測台灣上空高層大氣、電離層、中性風場與微重力實驗；驗證太空科技研發關鍵元件與系統；以及奠定未來發展衛星發射載具基礎。2014年探空九號與探空十號的成功發射為我國次軌道科學實驗計畫暫時劃下完美的句點。歷年來台灣探空火箭科學實驗，包括在高空釋放三甲基鋁與空氣接觸燃燒產生火焰，以進行大氣中性風場量測、大氣氣輝現象量測、電離層電漿與離子密度量測、高空推進實驗等。另外，在火箭技術的精進方面也有豐碩的成果，包括鼻錐罩開眉裝置，回收艙分離與回收實驗，以及Yo-Yo減滾酬載設計。 The Suborbital Science Experiments Program(a.k.a. The Sounding Rocket Program) is executed under the framework of NSPO, National Chung-Shan Institute of Science & Technology(CSIST) and the academic science research teams of Taiwan. Since the program’s inauguration in 1998 with the first sounding rocket launch, a total of 10 launches have been completed. In addition, the hybrid sounding rocket research projects team up withthe National Chiao Tung University(NCTU) and the National Cheng Kung University(NCKU) had performed L launches. The main objectives of the Sounding Rocket Program include: the researches of the ionosphere, neutral wind and microgravity over the sky of Taiwan, validations of key components and systems in space technology research and development, and to establish a foundation for the future development of satellite launch vehicles. Upon the completion of sounding rocket missions 9 and 10 in 2014, the Suborbital Science Experiments Program came to a perfect conclusion. Over the years, Taiwan’s sounding rocket science experiments included the release and hypergolic burning of tri-methyl-aluminum(TMA) at high altitudes for neutral wind measurements, atmospheric air glow measurements, ionosphere plasma and ion density measurements, and thruster experiments as high altitudes. Also, achievements in the development of rocket technology include the design validations of nose fairing opening mechanisms, payload recovery capsules, and a Yo-Yo despin payload design.