... Edge)是由能隙决定；至于长波长电磁波入射ITO，则会发生晶格振动(Lattice Absorption)和自由电子吸收(Free Carrier Absorption)现象而反射此区电磁波，一般称之红外吸收(Infrared Absorption)，如此也决定了让ITO呈透明的电磁波长上限。
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原子吸收光谱 AAS ; atomic absorption spectroscopy ; atomic adsorption spectorm ; atomic absorption spectrometry
双光子吸收 [电子] two-photon absorption
原子吸收光谱仪 AAS ; atomic absorption spectroscopy ; Atomic Absorption Spectrometer
原子吸收 AAS ; atomic absorption ; atomic absorption spectrometry ; atomic absorptionflame emission spectrometer
原子吸收分光光度计 [光] atomic absorption spectrophotometer ; AAS ; Atomic Absorption Spectroscopy
原子吸收分光光度法 atomic absorption spectrophotometry ; atomic absorption spectrometry ; AAS ; Atomic absorption spectrophotography
火焰原子吸收光谱法 Flame atomic absorption spectrometry ; FAAS ; Atomic absorption spectrometry ; Flame atomic absorption spectrometric method
石墨炉原子吸收光谱法 GFAAS ; Graphite furnace atomic absorption spectrometry ; graphite furnace atomic
火焰原子吸收法 FAAS ; flame atomic absorption spectrometry ; Atom spectrum method
给出一种测量地磁的新方法，解释了实验中出现的双射频子吸收现象。
An improved method is introduced, through which terrestrial magnetism can be measured and the absorbed phenomenon of double-radiation oscillator emerging in experiments is illustrated.
在光子图象中，一个电子确确实实是一下子吸收一股能量，而不是逐渐地吸收。
In the photon picture, an electron literally absorbs a blast of energy as opposed to a gradual trickle.
如果同时装载与一个产品相关的所有数据，性能就会严重受损，而且用户也难以一下子吸收这么多的内容。
If all possible data about a product loads at once, performance will eventually suffer — as will the user, who has too much content to digest.
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