高LET值束流产生技术研究进展

随着器件抗辐射加固性能的提高，在进行地面模拟试验时对所用重离子的能量及其在材料中的线性能量传输（LET）的要求也越来越高。为了提高串列加速器束流能量及其在材料中的LET，最切实可行的办法是使用高剥离电荷态离子。     

我国采油技术的发展现状及前景展望

采油技术是原油开采的关键,随着开采的不断深入,油田要想稳定产量就必须革新采油技术。结合实际开采现状分析,眼下采油技术中仍存在诸多问题。本文对此类问题进行了总结,并对多种采油技术的优势与不足进行了论述,指出了采油技术发展进程中存在的技术问题,对其发展方向提出了自己的见解。     

Predictions for proton and heavy ions induced SEUs in 65 nm SRAMs

We report on irradiation induced single event upset (SEU) by high-energy protons and heavy ions. The experiments were performed at the Paul Scherer Institute, and heavy ions at the SEE irradiating Facility on the HI-13 Tandem Accelerator in China's Institute of Atomic Energy, Beijing and the Heavy Ion Research Facility in Lanzhou in the Institute of Modern Physics, Chinese Academy of Sciences. The results of proton and heavy ions induced (SEU) in 65 nm bulk silicon CMOS SRAMS are discussed and the prediction on several typical orbits are presented.     

基于虚拟仪器技术的SRAM单粒子效应测试技术新进展

随着我国航天事业的迅猛发展，对加速器束流的需求将会急剧增加，但受HI-13串列加速器可提供束流时间的限制，束流供求矛盾将会愈来愈突出。为了满足国防抗辐射加固研究单位的迫切需要，为我国星用大规模、超大规模集成电路抗辐射加固机理研究、性能评估考核以及加固技术的验证等地面模拟试验提供方便、快捷、高品质的试验平台和必要的技术支撑，需要加强HI-13串列加速器上单粒子效应地面模拟实验技术研究，提高加速器束流使用效率。     

The investigation on sensitive mapping of memory cell in microprocessor

The single event effects of the sensitivity of a circuit are investigated on a 32-bit microprocessor with a five-stage instruction pipeline by pulsed laser test. The investigation on sensitive mapping of the memory cell is illustrated and then the comparison between the sensitive mapping and the layout of the circuit is made. A comparison result indicates that the area of the sensitive node in sensitive mapping is just the location of the drain in the layout. Therefore, SEE sensitivity in sensitive mapping fits well with that in the physical layout of functional units, which can directly and objectively indicate the size and distribution of sensitive areas. The investigation of sensitive mapping is a meaningful way to verify the hardened effect and provide a reference for improving hardened design by combining with the physical layout.     

一种高温单粒子效应测试系统的设计与实现

航天器件在空间环境中存在着单粒子效应,根据研究可知高温会提升单粒子效应的敏感性,因此为了更好地评估器件的抗辐射性能,有必要建立一套高温单粒子效应测试系统.通过建立高温单粒子效应测试系统,选择ASIC和SRAM进行高温测试实验,完成了电路高温下的单粒子效应检测,证明了温度提升单粒子效应敏感性的事实.     

油田油水井精细化管理分析

经济的发展,社会的进步,对于石油等各种能源的消耗量也越来越大。油田油水井等的管理是石油公司的重心,将会对石油企业的发展产生重要影响,现代很多企业引入精细化的管理模式,这种模式能够极大程度地提高企业的管理效率,所以,石油企业将精细化管理应用到油田油水井中,具有重要意义。通过对油田油水井精细化管理存在的问题进行研究,并提出相应的政策,以促进石油企业的发展。     

利用夜光长丝开发系列花式纱线的研究

将夜光长丝作为饰纱原料,利用五罗拉花式捻线机纺制圈圈线、辫子线、结子线等夜光花式纱线,从原料准备、辅助装置设计及工艺参数的设定等方面介绍了纺制夜光花式纱线的技术关键,并探讨了相关工艺参数对花式纱线外观和结构的影响.     

Analysis and RHBD technique of single event transients in PLLs

Single-event transient susceptibility of phase-locked loops has been investigated. The charge pump is the most sensitive component of the PLL to SET, and it is hard to mitigate this effect at the transistor level. A test circuit was designed on a 65 nm process using a new system-level radiation-hardening-by-design technique. Heavy-ion testing was used to evaluate the radiation hardness. Analyses and discussion of the feasibility of this method are also presented.     

The single-event effect evaluation technology for nano integrated circuits

Single-event effects of nano scale integrated circuits are investigated. Evaluation methods for single-event transients, single-event upsets, and single-event functional interrupts in nano circuits are summarized and classified in detail. The difficulties in SEE testing are discussed as well as the development direction of test technology, with emphasis placed on the experimental evaluation of a nano circuit under heavy ion, proton, and laser irradiation. The conclusions in this paper are based on many years of testing at accelerator facilities and our present understanding of the mechanisms for SEEs, which have been well verified experimentally.