空间粒子

风云一号C星空间粒子成分探测器及SAA区粒子辐射实测分析

The space particle composition detector aboard FY-1C satellite and analysis of particle radiation in South Atlantic anomaly

FY-1C卫星空间粒子成分监测器及其探测结果

FY-1C Space Particle Composition Monitor and the Results Detected

GaAs太阳电池空间粒子辐照效应及在轨性能退化预测方法

Radiation Effects of Space Charged Particales and Methods of Predicting Degradation of Performance in Orbit for GaAs Solar Cells

对C，D星空间粒子成分监测器分别进行的5年和第二次在轨测试结果表明，两星监测器工作正常、性能稳定，探测数据可靠。

The 5 year and second orbital detective result of the monitor for FY-1C , D satellite respectively showed that the two monitors had been worked normally with stable features , and the detected data were reliable .

FY1C星空间粒子成分探测器能够实现对质子能谱、电子积分通量及重离子成分的同时测量。

The space particle composition detector aboard FY-1C satellite can simultaneously detect proton spectrum , electron integrated flux and heavy ion composition .

温度是有效载荷系统设计中的一个重要参数，针对空间粒子探测器阿尔法磁谱仪（AMS），介绍一种基于CAN总线的分布式有效载荷温度测控系统。

Temperature is an important design parameter for experiments and operation in spacecraft and its payload systems . This paper introduces the CAN bus based distributed temperature measurement and control system for Alpha magnetic spectrometer , a particle physics detector which will be running at international space station .

简要介绍了FY1C星空间粒子成分监测器的任务目标、工作原理、创新特色及在轨探测结果。

It presents in brief the mission , principle , innovation and the results detected of the SPM ( Space Particle Composition Monitor ) onboard FY 1C satellite .

空间粒子环境对单粒子效应影响的比较

Comparison of single event effects induced by space particle environment components

空间粒子辐射对卫星中集成芯片的影响

Effects of space particle radiation on integrate chips in the satellite

空间粒子辐射引起存储单元多位比特纠错方案

A Solution of Errors-Correction in Memory Unit Caused by Space Particle Radiation

FY-1C/D极轨气象卫星空间粒子成分监测器及其在轨探测结果

Space Particle Composition Monitor of FY-1C / D Polar Orbiting Meteorological Satellite and Results Detected

熔滴过渡过程直接导致电弧空间粒子浓度和分布的变化，检测相应的电弧光谱就能检测喷射过渡电弧的熔滴过渡。

Droplet transfer directly leads to the variation of particle density and distribution of the arc .

空间粒子成分监测器用于卫星轨道空间的带电粒子辐射监测，为卫星的在轨安全和抗辐射加固设计服务。

The SPM is used to monitor space charged particles , serves orbital satellites ' safety and radiation tolerance design .

夸克重组合模型能够描述整个动量空间粒子的产生过程，能够解释很多传统模型所无法解释的实验现象。

The quark recombination model can describe the processes of the particles production at any pT and explain the lots of experimental phenomena .

400GeV／cpp碰撞赝快度空间带电粒子数密度的研究

The Study of Particle Densities in Pseudorapidity Space in pp collisions at 400GeV / c

~（252）Cf源模拟空间单粒子效应辐照在线测量系统和应用

A ~ ( 252 ) Cf irradiation and measurement system for simulating single event effect in space and its applications

空间带电粒子探测以及空间X射线的探测是空间环境探测中最主要的内容。

Space explorers for charge-particles detecting and those for solar X-ray detecting are kernels of space environment monitoring systems for space charge-particles monitoring and space soft 、 hard X-ray monitoring respectively .

卫星舱内空间带电粒子计数率的动态变化研究

Dynamic variation of space charged particle count rate inside satellite cabin

地球不断地受到来自外层空间的粒子的轰击。

The earth is continually bombarded by particles from outer space .

空间带电粒子辐照效应的地面加速试验研究

Study for Ground Accelerated Test of Space Radiation Effect

空间带电粒子能谱和通量分布探测的研究

Research on the Detection of Fluxes and Spectra of Charged Particles in Space

平面工艺空间带电粒子探测器的研制

Development of planar technology space charged particle detector

阐述了空间能量粒子探测的原理和方法。

The principle and method of space energetic particle detecting were described in this paper .

空间能量粒子探测方法研究

The Analysis of Energetic Particle Detecting Method

描述了用平面工艺+离子注入技术制备新型空间带电粒子探测器的工艺技术及器件的特性。

The fabrication technology and performances of new type space charged particle detectors fabricated by using planar technology and ion implanted technique were described .

集成电路工艺尺寸逐渐发展到深亚微米领域，使得存储器的存储节点更容易受到空间辐射粒子的影响，其存储数据更加容易发生翻转。

As the integrated circuit technology develops to the deep sub-micron field , memory storage node is more susceptible to the influence of space radiation particles , causing the data in memory upset more easily .

在多根电晕线共同作用下，电晕线间的电场趋于均匀，该状态有利于拓展除尘器对空间粉尘粒子的作用，从而提高除尘效率。

Under the multi-root corona wires , the electric field tends to even between corona wires , this condition is advantage to develop the effect of ESP to the spatial dust particle , thus improve removal efficiency .

空间带电粒子辐照下空间材料的损伤与失效是空间材料学研究的重要组成内容，地面模拟加速试验是研究材料辐照损伤效应的重要方法和技术途径。

Under the space charged particle radiation , the damage and failure is the important content in the investigation of space material science , and ground accelerated test is the important study method and technology for radiation damage on materials .

开展短间隙流注放电仿真研究，获得了流注空间带电粒子分布、空间电场分布、流注通道半径，流注发展速度及流注放电电流等微观物理量的变化特性。

Simulation study of the short gap streamer discharge was carried out to get the micro physical characteristics of the streamer space charged particles distribution , spatial distribution of electric field , the streamer channel radius , speed of streamer development and streamer discharge current .

星载计算机工作于辐射环境复杂的外太空，宇宙射线、范艾伦带等空间辐射粒子是影响星载计算机工作的重要因素，这些因素会导致航天器发生故障和出现错误的几率成倍增长。

On-board computers work in the complex outer space of high radiation , which cosmic rays , Van Allen radiation belt and other particles are important effects of the working state of on-board computers , in bad conditions these factors will lead to high occurrence of failure and errors .