compton scatter造句

• Compton scattering can't be understood on the basis of classical electromagnetic theory .
  康普顿散射不能根据经典电磁理论去理解。
• Standard guide for x - ray compton scatter tomography
  X射线康普顿散射断层摄影的标准指南
• The double compton scattering and compton scattering produced two photons
  二次康普顿散射和产生双光子的康普顿散射
• First , the thesis discusses compton scattering energy spectral data simulation using monte carlo method
  首先，本文讨论了康普顿散射能谱的蒙特卡罗模拟方法。
• This thesis first stduies electron density imaging based on compton scattering energy spectral data
  本文从康普顿散射的能谱出发，研究物质电子密度图像的重建问题。
• Collective radiation spectra of the resonant inverse compton scattering of the assembly of relativistic electrons in a variable magnetic field
  变化磁场中相对论电子系集体的共振逆康普顿散射谱
• The recoil angle of electron in compton scattering is incorrect in some text books , and the right sketching of compton scattering is presented
  摘要指出了某些教材中康普顿散射示意图画法的不妥之处，并严格推导了康普顿散射中反冲电子的散射角，给出了正确的康普顿散射示意图。
• Compton scattering imaging is a radiation imaging technique that forms the image of an object by measuring compton scattering emitted from the object while it is irradiated
  康普顿散射成像是通过测量从被照物体中发射出来的康普顿散射线来对物体内部进行成像的放射成像技术。
• Due to the fact that the problem of reconstructing image from compton scattering energy spectral data is an ill - posed problem , any error or noise in the measurements will be amplified in the reconstruction results
  由于从康普顿散射能谱直接求逆重建密度图像是一个不适定性问题，测量的微小误差会在重建结果中被放大。
• Experimental basis of quantum physics : photoelectric effect , compton scattering , photons , franck - hertz experiment , the bohr atom , electron diffraction , de broglie waves , and wave - particle duality of matter and light
  量子物理的实验基础：光电效应，康普顿散射，光子，法兰克-赫兹实验，波尔原子模型，电子衍射，德布罗意波以及物质与光的波粒二项性。
• The latest development of industrial radiology in china was outlined , including the aspects of the theory , technology and equipment of radiology , computed radiography ( cr ) , real - time imaging radiography , computed tomography ( ct ) , compton scattering imaging and the standardization of radiology
  摘要简要介绍我国工业射线检测技术自20世纪90年代以来的最新发展概况，包括射线照相检验技术理论、工艺和器材，非胶片射线照相技术，实时成像检验技术，射线层析成像技术，康普顿散成像技术以及标准化等方面的发展。
• Digital image processing as a new subject has succeed and played a more and more important role in fields such as satellite remote sensing , military reconnaissance , biomedicine engineering and etc . kinds of imaging techniques such as ultrasonic imaging , rays ct , compton scatter imaging , are applied to field of ndt
  各种成像技术被应用到无损检测领域，如超声成像、射线ct 、康普顿散射成像等，其中广泛的应用了计算机技术，从而显著提高了无损检测技术的可靠性和直观性，使无损检测向着智能化的方向发展。
• The object of single photon emission computed tomography ( spect ) is to reconstruct an unknown radioactivity distribution inside the body from projection data consisting of the number of photon collected on a collimated gamma camera . these projections are not simple line integrals but have point - spreads due to the imperfect collimator of the detector and attenuation due to the compton scattering . so
  这种投影数据与透射ct中的数据不同，由于存在着光子的点扩散(由准直器引起)和衰减(由散射引起) ，已经不能用简单的线积分来描述这个问题，因此相对于透射ct而言，这个领域将面临很多困难。