1) space satellite re-onboard
二次航天搭载
2) space flight
航天搭载
1.
A preliminary study was made on the mutation effects by space flight and azide mutations in rapeseed(Brassica napus L),including 9313A,9313B,P100A,100B and M_2AB.
对甘蓝型油菜诱变当代(M_1)根尖的细胞学研究结果表明,航天搭载促进有丝分裂,复合处理同航天搭载相比,甘蓝型油菜种子的根尖细胞产生了有丝分裂抑制效应。
2.
In the current studies,soybean seeds were treated with space flight and ion beam implantation,and their mutagenic effects were compared.
以北方春大豆主栽品种绥农14的干种子为材料,分别进行航天搭载和低能离子束注入处理。
3) spaceflight
['speisflait]
航天搭载
1.
Optimization of culture media for spaceflight and nonspaceflight Navicula tenera;
航天搭载与非搭载舟形藻(Navicula tenera)培养基的优化
2.
Effects of Nutrient Concentrations on the Growth and Accumulation of Exopolysacchrides of Spaceflight Dunaliella salina;
营养盐浓度对航天搭载盐藻生长及胞外多糖含量的影响
3.
Effects of Betula Platyphylla Seeds and Seedlings by Spaceflight;
航天搭载对白桦种子及苗木性状的影响
5) manned spaceflight
载人航天
1.
Monte Carlo method in estimating radiation safty for manned spaceflight;
Monte Carlo方法在载人航天辐射安全性评价中的应用
2.
The Space Operational Medicine is an important branch of Space Medico-Engineering,and plays an important role in manned spaceflight mission so as to ensure the astronaut s health and safety.
航天实施医学是航天医学工程学的重要组成部分,在载人航天型号任务中为保障任务的顺利实施发挥着重要作用。
3.
Finally, the applications of the quadrupole mass spectrometer array in the field of manned spaceflight were summarized.
本文描述了阵列质谱仪的工作原理及体积、质量、功耗、一机多用以及与小型气相色谱和热导检测器联用时所具有的冗余设计等特点 ,介绍了小型阵列质谱仪发展过程中形成的 3种结构类型及性能 ,阐述了小型阵列质谱仪在载人航天中的广泛应
6) manned space flight
载人航天
1.
Measure on medicial care and rescue for the first Chinese astronaut during manned space flight;
对我国首次载人航天航天员医疗保障及救护措施的探讨
2.
With 40 years development and practice of manned space flight in China,it gradually comes into being.
航天医学工程是伴随着我国近40年载人航天的发展,孕育催生的一门新兴学科,具有特色鲜明的学科理论体系和实践技术方法。
3.
Objective To design a new digital temperature sensor with quartz crystal for manned space flight.
目的设计一种适合载人航天高精度温度测量的数字式石英温度传感器。
补充资料：输出反馈(见线性二次型次优控制)
输出反馈(见线性二次型次优控制)
output feedback
3h日c卜口fon以以{输出反馈型次优控制。(output王eedbaek)见线性二次
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条