直线加速器

zhí xiàn jiā sù qì
  • linear accelerator
直线加速器直线加速器
  1. 利用兆伏级直线加速器和锥束CT进行图像联合重建的研究

    The Study of Associated Reconstruction Using MV Linear Accelerator and Cone-Beam CT

  2. SD近交系大鼠经电子直线加速器照射后局部与全身自由基的变化

    The Changes of Free Radicals in SD mice after Linear Accelerator Radiation Injury

  3. 医用电子直线加速器机头散射X射线的分析

    The analysis calculation for the scattering from medical electron linac head structure

  4. 医用直线加速器的X射线剂量的实验研究

    The Experimental study of medical linac X - ray doses

  5. 图形显示直线加速器与静电加速器粒子动力学计算程序LEADS

    LEADS : A graphically displayed computer program for linear and electrostatic accelerator beam dynamics simulation

  6. 窄束X射线半价层测量法标定电子直线加速器的能量

    Calibration of the Energy of an Electron Linac by Measuring the Narrow-beam X-ray Half-value Layer

  7. 驻波电子直线加速器中的RF相位聚焦

    RF alternate phase focusing in standing wave electron Linacs

  8. 电子直线加速器外照射后NOS和SOD的变化研究

    Study of the changes of NOS and SOD after β radiation injury

  9. 医用直线加速器的MonteCarlo模拟

    Monte Carlo Simulation for Medical Linac

  10. 无损检测用15MeV电子直线加速器主束内光中子剂量的测量与MC模拟计算

    Measurement and Calculation of Photoneutrons Produced in the Electron Accelerator for Radiography Application

  11. 用四种立体放射治疗技术对二靶区进行计算和比较:1.旋转治疗(ARC):似传统的直线加速器的旋转治疗,用3~4个弧度;

    The stereotactic techniques were compared for each target : 1 . Arc : 3 - 4 arcs as used in traditional linear radiotherapy .

  12. 方法60只急性放射性脑损伤模型大鼠(直线加速器6MeV电子束单次照射25Gy)分为单纯照射组和照射前尾静脉注射bFGF组(250ng/kg),并设未照射对照组;

    Methods 60 rats were classified into radiation group , bFGF intravenous injection group and contol group .

  13. IAEA法测量医用直线加速器输出剂量

    Measurement of output dose of medical linear accelerator with IAEA regulation

  14. 用于质子直线加速器的强流ECR离子源

    ECR ion source for High Current Linac

  15. BJ-10型医用电子直线加速器照射头X射线的防护设计

    X-ray radiation protection design for BJ-10 medical electron linear accelerator

  16. 倍频腔法测BEPCⅡ直线加速器的束团长度

    Bunch length measurement in BEPC ⅱ linac by harmonic method

  17. VXI平台直线加速器监控系统

    The VXI monitoring control system for the linear accelerator

  18. 采用高能直线加速器作为射线源的高能X射线工业CT机多采用窄角扇束扫描方式,其图像重建属窄角扇束扫描方式下的图像重建。

    High power X-ICT which adopts powerful beeline accelerator as radial source often uses narrow fan-beam scan mode . Its image reconstruction belongs to the image reconstruction under narrow fan-beam scan mode .

  19. 高功率脉冲调制器是电子直线加速器(LINAC)的功率源,脉冲调制器在运行中会产生很强的电磁干扰。

    The high-power pulse modulator of LINAC will produce strong electromagnetic interference when it runs .

  20. 用于长脉冲多束团直线加速器的SLED系统

    SLED System for Long Pulse Multi-bunch Linac

  21. 因此,三个直线加速器站已经加入到SLC系统网。

    Therefore , three linac stations have been added to the SLC net .

  22. 用测量的6MV医用电子直线加速器X射线能谱验证放疗剂量的初步研究

    Primary application investigation of dose verification using measured bremsstrahlung X-ray spectra of 6 MV medical linear accelerator

  23. 本文叙述了北京质子直线加速器(BeijingProtonLinac,简称BPL)的主要特点,近几年来的性能改进、现状及其应用。

    The main characteristics , performance improvement , status , and its application of Beijing Proton Linac are described in this paper .

  24. SIEMENSPrimus直线加速器故障排除

    Troubleshooting for SIEMENS Primus Linear Accelerator

  25. 此外,在直线加速器上嵌入两正交的X射线成像系统,以实时跟踪肿瘤目标的位置,也是四维放疗研究的一个方向。

    Moreover , two orthogonal X-ray imaging systems mounted on the gantry of a medical linear accel-erator for tracking the real position of tumor is also an interesting aspect in 4-dimensional radiotherapy study .

  26. BEPCⅡ直线加速器的束流调试

    Beam Commissioning of BEPC ⅱ Injector Linac

  27. BEPCⅡ直线加速器重大改造和束流调试进展

    BEPC ⅱ Linac Upgrade and Beam Commissioning

  28. 用p型半导体探测器(diode)和RK电离室测量了医用直线加速器入射能量为6和15MV的水模体散射系数。

    The measurements of scatter factor are carried out using diode and RK ionization chamber for 6 and 15 MV medical linear accelerator energy photons in water phantom .

  29. 超导直线加速器(SCL)效率高,束流损失少,是ADS加速器的最佳选择。

    The superconducting linac ( SCL ) is a good selection of ADS accelerator because of its high efficiency and low beam loss rate .

  30. 第一章简单介绍直线加速器及其束流测量手段的发展历史,BPM系统的构成,给出描述BPM系统特性的主要参数及其含义。

    Chapter one introduces the history of LINAC and its beam measurement , structure of BPM system and the main parameters of BPM systems .