The title "太阳X-EUV辐射+SOLAR+X-EUV+IRRADIATION English Sentences+Examples Collection" presents a comprehensive collection of English sentences and examples related to solar X-EUV radiation and irradiation. This uniquely curated resource aims to provide a wide range of linguistic expressions and practical instances for understanding and using these scientific terms in the English language. Through this compilation, readers can gain insights into the specific concept of solar X-EUV radiation and irradiation, as well as enhance their English language proficiency in discussing related topics. Whether for academic, professional, or personal purposes, this collection offers a valuable reference for individuals seeking to engage with the complexities of solar radiation and irradiation within an English linguistic context.
太阳X-EUV辐射,SOLAR X-EUV IRRADIATION
1)SOLAR X-EUV IRRADIATION太阳X-EUV辐射
2)Solar EUV radiation太阳EUV辐射
3)Solar X-EUV imaging telescope太阳X-EUV成像望远镜
英文短句/例句
1.The Solar X-EUV Imaging Telescope Aboard the Geostationary Orbit Satellite;静止轨道卫星太阳X-EUV成像望远镜
D Calibration of Solar X-EUV Imaging Telescope太阳X-EUV成像望远镜CCD标定方法研究
3.Low Noise Signal Process System for Solar X-ray Imaging Camera太阳X射线成像望远镜低噪声信号采集系统
4.domeless solar refractor无圆顶太阳折射望远镜
5.The Solar Tower and Two-Channel Solar Magnetograph at the Crimean Observatory克里米亚天文台太阳塔望远镜和双通道磁像仪
6.Development of the Sun Guide Telescope prototype for Space Solar Telescope空间太阳望远镜太阳导行镜原理样机的研制
7.Study on lightweight beryllium mirror of space solar telescope空间太阳望远镜中的轻量化铍镜研究
8.Even a careless momentary look through the eyepiece of field glasses or the telescope can do great harm to the eyes.通过望远镜或双筒望远镜的目镜，即使对太阳只是漫不经心的一瞥，也会对眼睛造成严重的伤害。
9.A telescope equipped to photograph the sun.太阳（全色）照相仪装备来拍摄太阳的望远镜
10.The Optical Characteristic Studies of Space EUV Solar Telescope;空间极紫外太阳望远镜光学性能研究
11.like the very successful Hubble telescope, would not be suitable because of the dust particles in our solar system.如非常成功的哈勃望远镜??也因为太阳系中的尘埃微粒而无法胜任。
12.Do not view the sun with this binocular or even with naked eye .请勿使用此双目镜/双筒望远镜或裸眼直视太阳。
13.Development of Onboard Solid State Recorder for Space Solar Telescope空间太阳望远镜的星载固态存储器研制
14.Large sunspots can comfortably be seen through field glasses.大的太阳黑子用双筒望远镜就能看得很清楚。
15.SST high rate data transmission system design空间太阳望远镜高速数据传输系统设计(英文)
16.400mm HORIZONTAL SOLAR TELESCOPE AND MULTIPLE SPECTRAL REGION SPECTROGRAPHS400毫米水平式太阳望远镜和多波段摄谱仪
17.The Simulation for the Control System of Yun Nan Solar Telescope;云台红外太阳望远镜驱动控制系统仿真
18.Study on the Auto Guide Unit System of One-meter Infrared Solar Telescope in Yunnan Observatory一米红外太阳望远镜光电导行系统的研究
相关短句/例句
Solar EUV radiation太阳EUV辐射
3)Solar X-EUV imaging telescope太阳X-EUV成像望远镜
4)solar X-ray irradiance太阳X射线辐照度
5)solar radiation太阳辐射
1.Inner and outer thermal field numerical simulaton of vehicle undersolar radiation;太阳辐射下车辆内外温度场数值模拟
2.Ray-tracing algorithm forsolar radiation intensity computation of arch dam surface;拱坝坝面太阳辐射强度计算
3.Analysis onsolar radiation heat flow on surface of antenna reflector on orbit;星载抛物面天线反射器太阳辐射热流分析
6)Sun radiation太阳辐射
1.This paper discusses the theory method calculating surface temperature of ballistic target above aerosphere, and analyses the effect of dimensional orientation of target s flight gesture and sun radiation direction on its surface temperature.论述了大气层外弹道式目标表面温度的计算方法,对某弹道式目标大气层外飞行过程中当太阳 辐射方向改变时其表面温度的变化情况进行了数值计算,分析了目标飞行姿态与太阳辐射方向之间空 间方位关系的变化对目标表面温度的影响。
2.In this paper, the computation about the temperature distribution of phase-controlled radar is performed with the three-dimensional temperature field of the discrete structure",treating the convection between the surfaces solid and flow as contact resistance and the sun radiation is regarded as outside theamal current data.应用离散结构三维温度场分析程序 ,将固体、流体表面的对流作为接触问题处理 ,并把太阳辐射作为外部热流数据、内部电子作为内部热源 ,计算了某相控雷达的温度分布。
3.A temperature distribution and infrared radiation characteristic theory model of tank gun barrel under the sun radiation and during shooting conditions are established.对具有太阳辐射及受射击过程影响的坦克炮身管建立了温度及其红外辐射特性理论模型，并对以下三种情况进行了计算：坦克炮身管在太阳照射一段时间后单发射击、太阳照射一段时间后多发慢速射击及太阳照射一段时间后多发射击。
延伸阅读
"太阳辐射监测卫星"美国太阳观测卫星系列,英文缩写为Solrad。从1960年6月到1976年3月共发射成功10颗。它们的主要任务是对太阳 X射线和紫外辐射进行整个太阳活动周的连续监测和提供实时数据,探测太阳X射线和紫外线的辐射通量，了解日-地关系,预报太阳质子和电子事件。"太阳辐射监测卫星"早期称"格雷勃"号卫星,其中1号是世界第一颗天文卫星。8～10号又名"太阳探险者"1～3号,也编入"探险者"号卫星系列，分别为"探险者"36、37和44号。前5颗卫星为球形，基本上取900公里近圆轨道，倾角70°,周期103分钟。9～10号为12边棱柱形,近地点430～520公里，远地点630～880公里，倾角51°～59.4°，周期95～98分钟。1976年成对发射的11A和11B号为车胎形，取11万多公里近圆轨道，倾角25.3°～25.4°，周期118～123小时。太阳辐射监测卫星带有盖革计数器、电离室、闪烁计数器、正比计数器、 X射线光度计、紫外线光度计和半导体探测器等仪器，用以观测太阳 X射线、紫外辐射、高能粒子和恒星X射线。 一般根据前一颗卫星观测到的太阳辐射流量水平和预期的变化，决定后一颗卫星探测仪器工作的动态范围。仪器能利用相应的射线过滤板对X射线进行逐段测量。1964年以来,人们利用这些卫星测定了太阳黑子周期内的极小和极大的辐射流量和辐射流量随太阳活动的变化情况。
