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- At the point of collision they may release a giant Gamma Ray Burst. 在它们碰撞的那一刻将释放出一个强大的伽玛射线爆发。
- The purpose of the High-Energy Transient Explorer (HETE) mission is to study gamma ray bursts. 高能瞬变爆发探测器（High-EnergyTransientExplorer，HETE）任务的目的是研究珈玛射线的爆发。
- Are gamma ray bursts produced by or associated with the production of sprites、jets、or AOEs (anomalous optical events)? 地面观测计画当然很多，但是所得数据由于大气层吸收光线之故，将不如高空观测数据来得具有决定性。
- Gamma ray bursts are high-energy transients in the gamma ray portion of the elctromagnetic spectrum that seem to be isotropically distributd in the sky. 珈玛射线爆发是一种在天空中呈现等向分布之电磁波中珈玛射线部分的高能瞬变。
- Some Considerations on Magnetic Field of Gamma Ray Bursts 关于伽玛射线暴磁场的若干思考
- Climatic and biogeochemical effects of a galactic gamma ray burst 一个银河伽玛射线猝发的气候和生物地球化学影响
- Gamma Ray Bursts: Phase Transition from Neutron Matter to Quark-Gluon Plasma 射线暴:从中子物质到夸克胶子等离子体的相变
- gamma ray bursts γ射线暴
- gamma ray burst 射线闪烁
- CGR system is used to measure gamma ray intensity of core. 岩心伽马测量系统(CGR系统)是一种用于对钻井取心进行连续伽马射线总强度测量的专用测量系统。
- This burst had a 135 second long, broad peak of emission in gamma rays. 这一爆发具有一个长达135秒的伽马射线峰值。
- This paper describes a software system of the core gamma ray spectrum logging system that based on MS windows (CGRS). 文章介绍一种基于Windows环境的用于岩心伽马能谱连续测量系统（CGRS）软件的功能及组成结构。
- The gamma ray spectrums provide the PIPA equipment with baseline data for analysis. 伽马射线光谱向PIPA设备提供最基本的分析数据。
- This paper briefly introduces the technology of LWD, gamma ray logging tool while drilling in detail, and den... 本文对随钻测井技术作一般介绍,针对我所的专业技术特长,对随钻自然伽马测井仪的性能特点作详细介绍,也介绍了随钻密度。
- Nuclear disintegration or transformation caused by absorption of high-energy radiation, as of gamma rays. 光致分裂由吸收高能量辐射、如射线而引起的核分裂或核转换
- The flow of oxygenated fluid around the equipment may be determined by gamma ray detection.The technology c... 还可实现对配注井内的管柱工具是否堵死、泄漏以及管外窜流的检测。
- A doctor using a gamma ray scope to see if the patient has ingested any foreign organisms. 6. 图6：放射线免疫分析仪可敏锐检验各种内分泌，便于早期诊断、早期治疗。
- The paper introduces system structure,gamma ray testing,core location,sample depth emendation and so on. 文章介绍了系统结构及伽马测试、岩心归位、样品深度校正等。
- Instead of releasing one of its four protons when hit, it gave off a burst of radiation more penetrating than even the hard gamma rays. 当受到撞击时，铍元素并不释放其四个质子中的任何一个，而是释放出一种穿透力超过7射线的辐射。
- And create a massive ammount of X-ray and Gamma rays. 然后产生大量的射线和伽玛射线。
