- 更多网络例句与吸收介质相关的网络例句 [注：此内容来源于网络，仅供参考]
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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。
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Based on this requirement we constructed a physical model of low Z material wrapped by strongly absorbing medium.
针对此需求，建立了强吸收介质包裹的低Z材料X射线显微成像物理模型。
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The light propagation within an absorbing medium and the reflection and refraction at the interface of two absorbing media are studied.
本文研究吸收介质中光传播和吸收介质界面上的反射和折射。
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However, determination of an angle of refraction for a ray passing through a boundary between transparent and stronglyoptically-absorbing media is still quite difficult.
这一定律被广泛应用于透明物质，但应用在金属吸收介质(即光线通过吸收介质/介质边界)时的情况，至今仍是一个未被很好解决的难题。
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The transform formula of partially polarized GSM beam in dispersive and absorbing media as well as in anomalously dispersive media is derived.
利用张量方法导出了部分偏振GSM光束在色散吸收介质和负色散介质中的传输公式。
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Applying the derived formula, I calculated and analyzed the evolution of polarization degree and intensity of partially polarized GSM beam both in dispersive and absorbing media and in anomalously dispersive media. The spectrum properties of partially polarized GSM beam in anomalously are also discussed.
利用导出的公式，计算分析了部分偏振GSM光束在色散吸收介质以及负色散介质中偏振度和光强的演化特性，同时也分析了它在负色散介质中的光谱特性。
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With the expression for the light propagation, the corresponding Snell's law and the expression of Fresnel coefficients are obtained, which can be applied to describe the re°ection-refraction event at the interface between an arbitrary combination of transparent and absorbing media.
并由此得到吸收介质界面上的反射和折射定律及其菲涅耳公式，所得结果也适用于由吸收和非吸收介质任意组合的界面。标签菲涅耳公式反射折射吸收折射率
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Based on these results the mathematic model and spectrum equilibrating filter frame were designed.
建立视等厚层状吸收介质模型，计算地层吸收衰减特性，以此为依据给出了频谱均衡滤波器的数学模型和设计框图。
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It was validated experimentally. Under the optimized operating condition for transparent samples, the changing rate of the phase difference curve near the resonance angle was reduced with the enhancement of the sample's attenuation coefficient. This degrades sensitivity of phase detection of the SPR based sensors.
结果表明：针对透明介质优化设计的SPR结构用于测量吸收介质时，相位差曲线在共振角附近的变化率随样品衰减系数的增大而减小，导致SPR相位型传感器的灵敏度退化。
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In this work, the ionic liquids was used as the microwave absorption medium and an ionic liquid-non polar solvent microwave extraction method was developed. The proposed method was applied to the extraction of the chemical constituents from the root of Panax ginseng C.M.
以离子液体作为微波吸收介质建立了离子液体-非极性溶剂微波提取法，对人参中的化学成分进行了提取，并将该法与固体微波吸收介质-非极性溶剂微波提取法、极性溶剂微波提取法以及混合溶剂微波提取法进行了对比。
- 更多网络解释与吸收介质相关的网络解释 [注：此内容来源于网络，仅供参考]
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absorbing medium：吸收介质
吸收气体 absorbing gas | 吸收介质 absorbing medium | 吸收率,吸收量,吸收性 absorbtivity
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absorbing medium：吸收性介质
absorbing ceiling 吸声天花板 | absorbing medium 吸收性介质 | absorbing well 吸渗水井
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non absorbing medium：不吸收介质
nominal value 公称值 | non absorbing medium 不吸收介质 | non application of safeguards 保障监督非适用
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strongly absorbing medium：强吸收介质
stronger rose water 浓玫瑰水 | strongly absorbing medium 强吸收介质 | strongly absorbing region 强吸收区
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acoustical absorbing medium：吸声介质
acoustical absorbent 吸音材料 | acoustical absorbing medium 吸声介质 | acoustical absorption 声吸收
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v absorbing power：吸收本领;吸收必
吸收介质 absorbing medium | 吸收本领;吸收必v absorbing power | 吸收棒 absorbing rod
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a orbing medium：吸收性介质
a orbing ceiling 吸声天花板 | a orbing medium 吸收性介质 | a orbing well 吸渗水井
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absorption current：吸收电流(非完全介质中)
paroccipital 枕骨旁部(的) | absorption current 吸收电流(非完全介质中) | hereditary basis 遗传基础
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absorption current：吸收电流(非完全介质中的)
absorption cross-section 吸收断面;吸收截面 | absorption current 吸收电流(非完全介质中的) | absorption current of dielectric 介质吸收电流
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absorption current of dielectric：介质吸收电流
absorption current 吸收电流(非完全介质中的) | absorption current of dielectric 介质吸收电流 | absorption curve 吸收曲线