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EnglishTHE SCHOLAR'S LEXICON

diffraction

/dih-frak-shuhn/US // dɪˈfræk ʃən //UK // (dɪˈfrækʃən) //

衍射,衍射法,衍射作用,扩散

Related Words

emission排放,排放量,排放物,排放问题diffusion扩散,传播,扩散性,扩散作用circulation循环,流传,流流,循环流动transmission传动,传输,传播,传送divergence分歧,分歧性,发散性,分歧的情况broadcast广播,广播报道,广播节目,广播电台dispersion分散性,分散,分散体,分散情况propagation传播,繁殖,传播性,传播方式spread扩散,传播,蔓延,铺开ramification分枝,分支点,分支机构,分支dispersal散布,分散,散播,分散情况dissipation耗散,耗损,耗费,消散distribution分销,分布,分发,分配scattering散射,散射作用,散射性,分散divarication分化,分裂,分歧,分化的问题polarization偏振,偏振作用,偏极化,偏振现象

Definitions

n.名词 noun
  1. 1

    Physics.

    • : the phenomenon exhibited by wave fronts that, passing the edge of an opaque body, are modulated, thereby causing a redistribution of energy within the front: it is detectable in light waves by the presence of a pattern of closely spaced dark and light bands at the edge of a shadow.
    • : the bending of waves, especially sound and light waves, around obstacles in their path.

Synonyms & Antonyms

as inradiation
Synonyms
emission排放,排放量,排放物,排放问题broadcast广播,广播报道,广播节目,广播电台circulation循环,流传,流流,循环流动diffusion扩散,传播,扩散性,扩散作用dispersal散布,分散,散播,分散情况dispersion分散性,分散,分散体,分散情况dissipation耗散,耗损,耗费,消散distribution分销,分布,分发,分配divarication分化,分裂,分歧,分化的问题divergence分歧,分歧性,发散性,分歧的情况polarization偏振,偏振作用,偏极化,偏振现象propagation传播,繁殖,传播性,传播方式ramification分枝,分支点,分支机构,分支scattering散射,散射作用,散射性,分散spread扩散,传播,蔓延,铺开transmission传动,传输,传播,传送

Examples

  • The four-arm secondary mirror bracket helps cut down on light loss and diffraction spikes.

  • X-rays are then fired at these crystals, allowing a scientist to work backward from the diffraction patterns they make to build up a picture of the protein itself.

  • The diffraction pattern of the X-rays allows researchers to build up a picture of the internal structure of the protein.

  • The phenomenon is purely optical, involving diffraction of light.

  • It is therefore certain that this is a phenomenon of the diffraction of light simply produced by the vesicles of the mist.

  • X-ray-diffraction studies showed no material differences, nor were there detectable differences in “feel”, smell, or plasticity.

  • Perfect transparency is obtained since there is neither refraction nor diffraction of the visible colors.

  • This diffraction of light first proved to us definitely the reality of the undulatory theory of light.

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