absorbing medium

英 [əbˈzɔːbɪŋ ˈmiːdiəm] 美 [əbˈzɔːrbɪŋ ˈmiːdiəm]

吸收介质

化学



双语例句

  1. Cook for ten minutes until the sugar browns
    熬煮10分钟,直到糖变成褐色。
  2. The intensity of a ray of monochromatic light decreases exponentially as the concentration of the absorbing medium increases.
    一束单色光的强度随着吸收介质的浓度增加而呈指数下降。
  3. Parallel Calculation and Simulation Method of Nonlinear Ultrasound Field in Absorbing Medium
    吸收媒质中非线性超声场的一种并行计算仿真方法
  4. Investigation and Development of Metal/ Ceramic Selective Absorbing Coating for Medium& High Temperature Applications
    中高温金属/陶瓷型光谱选择吸收涂层的研究进展CH4吸收通量与气温和地温有较好的
  5. Directly calculating expression of angular shift of a Gaussian beam reflected by absorbing medium interface is given, which can be applied to any incident angle and does not diverge at Brewster angle.
    给出高斯入射束反射时角位移直接计算式,适用于任意入射角和反射介质有吸收的情况。
  6. Scattering and absorption both cause extinction of light; but in a negligibly absorbing medium, extinction would be primarily by scattering.
    散射和吸收都会引起消光,但在一个可以忽略吸收的介质中,消光主要由散射造成。
  7. When the core radius is smaller, and the refractive index of absorbing medium is few different with refractive index of core, the modal power in the cladding will be higher and more energy react with absorbing medium.
    纤芯半径越小,纤芯折射率与吸收介质折射率越接近时,模式包层中的功率百分比较大,有更多的能量与吸收介质相互作用。
  8. Theory of Four wave Mixing in a Absorbing Medium in the Raman Nath Condition
    Raman&Nath条件下吸收介质中的四波混频理论
  9. A new cavity-free optical bistable system with negative logical operating character based on aberrational self-defocusing in absorbing medium is designed.
    利用激光在吸收介质中的非线性像差自散焦效应,设计了一种具有负逻辑功能的无腔全光学双稳系统。
  10. The Research on Optical Characteristic of Mie Scattering of Absorbing Medium
    吸收介质的Mie散射光学特性研究
  11. The finite volume method of three dimensional radiative transfer equation in absorbing scattering medium is expounded in brief.
    简要分析了含吸收散射性介质的三维空腔内辐射传递方程的有限体积法求解过程。
  12. Angular Shift of a Gaussian Beam Reflected by Absorbing Medium Interface
    吸收介质界面上反射高斯束的角位移
  13. The shift from absorbing medium occurs at any incident angle except zero angle.
    吸收媒质的位移,在任何不为零的入射角度时都有。
  14. Measuring the third susceptibility in absorbing medium
    吸收介质中三阶极化率的测量
  15. In recent years, the research and solar spectrally selective absorbing coatings for medium& high-temperature applications ( hereinafter briefly called ACMHA) in industry have been given more and more attention.
    近年来,中高温太阳光谱选择性吸收涂层(以下简称为中高温吸收涂层)的研制及其在工业上的应用成为人们日益关注的焦点。
  16. The nitrogen gas fluid containing certain concentration of pulverized coal becomes a strong absorbing medium which can absorb a great amount of radiant heat and separate the oxygen nozzle free from the high temperature region.
    一定浓度的煤粉悬浮于氮气流中形成强辐射介质,可吸收大量的高温辐射热,使吹氧管与高温区隔绝;
  17. Calculation of narrow beam γ ray mass attenuation coefficients of absorbing medium by Monte Carlo method
    蒙特卡罗方法计算介质对窄束γ射线的质量衰减系数
  18. The inversion of low resolution infrared scanning equations for a cylindrically symmetrical combustion gas flow is investigated with CO2 ( 4.3? m) as emitting and absorbing medium.
    本文以CO2(4.3μm)为发射与吸收介质,讨论轴对称燃气流低分辨率红外空间扫描方程的反演。
  19. Preparation and Characterization of Solar Selective Absorbing Coatings for Medium& High Temperature Application
    中高温太阳光谱选择性吸收涂层的研制
  20. The core radius in the sensing region, the refractive index of absorbing medium, and the refractive index of core affect field distribution of the mode.
    其中,传感区纤芯半径、纤芯折射率及吸收介质折射率影响导模总数及各模式的场分布。
  21. Finite-difference time-domain method ( FDTD) was used to simulate the coupling processes of ultra-wide-band ( UWB) electromagnetic pulses into a cavity with a slot, and an anisotropic perfectly matched layer ( PML) absorbing medium was inserted to truncate the computational lattices.
    用时域有限差分法(FDTD)模拟超宽带(UWB)脉冲入射时与目标腔体上的孔缝相耦合的过程,用单轴各向异性的完全匹配层(PML)吸收边界条件截断时域有限差分网格。
  22. Perfectly matched anisotropic absorbing medium in generalized cylinder coordinates
    广义柱形坐标系各向异性完善匹配吸收媒质
  23. The results show that it is feasible for Monte Carlo method to calculate narrow beam γ ray mass attenuation coefficients of absorbing medium.
    结果显示用蒙特卡罗方法计算介质对窄束γ射线的质量衰减系数是可行的。
  24. Transient Coupled Heat Transfer in a Three-Layer Absorbing Medium Composite with Semitransparent Interfaces
    半透明界面下三层吸收性介质内的瞬态耦合换热
  25. A certain relationship between Crack Tip Open Displacement ( CTOD) and impact energy is established in this paper by taking the fracture absorbing energy as the medium.
    研究应用裂纹尖端张开位移(CTOD)试验和冲击韧性试验结果,建立以断裂吸收功为介质的CTOD与冲击韧性的关系。
  26. Transient coupled radiative and conductive heat transfer in a three layer absorbing emitting participating medium composite is studied by using control volume method in combination with ray tracing method under radiative and convective boundary condition.
    用控制容积法结合射线踪迹法研究了辐射与对流边界条件下,三层参与性介质复合层内的瞬态耦合换热。
  27. Gels are three-dimensional network macromolecule polymers absorbing liquid medium, which can exchange substance and energy with outside surroundings.
    凝胶是吸收了液体介质的三维高分子网络聚合物,能够与外界进行物质和能量的交换,具有吸收性和缓释性。
  28. For the absorbing medium and multiplying medium, it has given precision which the asymptotic diffusion theory possesses.
    对于非纯散射介质,它给出了具有渐近扩散理论精度的结果。
  29. Furthermore, the application of SPR technology in detecting the variation of complex refractive index for absorbing medium is studied based on the Lorentz model.
    此外,以吸收介质复折射率的lorentz模型为基础,研究了SPR技术在检测吸收介质样品折射率实部和虚部变化方面的应用。
  30. Therefore, these results can supply some significant guidance for the source design of the SPR sensor. A new method which determines the complex refractive index of absorbing medium with SPR phase detection is proposed.
    上述结果对SPR传感器中光源的设计有一定的指导意义。提出了利用SPR相位差法测量吸收介质复折射率的方法。