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透射传输
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  “透射传输”译为未确定词的双语例句
     Study on the Transmission of Laser Pulse in Non-chirped Fiber Grating
     光脉冲在非啁啾光纤光栅中的透射传输研究
短句来源
     The diffuse reflectance and transmittance of rabbit arteries and veins were studied. 476.5 nm wavelength of Ar + laser was used in the experiment.
     本文测量了兔动脉和静脉对 Ar+ 激光的反射和透射传输特性。
短句来源
     The diffuse reflectance and transmittance of rabbit arteries and veins are studied with the help of Ar + laser.
     测量了兔动脉和静脉对Ar+ 激光的反射和透射传输特性。
短句来源
     The diffuse reflectance and transmittance of human arteries and veins were studied. 632.8nm wavelength of He-Ne laser was used in the experiment.
     本文测量了人动脉和静脉对He-Ne激光的反射和透射传输特性。
短句来源
     The diffuse reflectance and transmittance of human arteries and veins were studied with 632 8 nm of He-Ne laser.
     测量了人动脉和静脉对He Ne激光的反射和透射传输特性。
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  相似匹配句对
     Characteristcs of the tansmission grating under the Brewster angle
     布儒斯特角附近的透射光栅传输特性
短句来源
     The Transmission Loop
     传输环路
短句来源
     Optical transmission matrix method is used to calculating the transmittance and reflectance.
     光传输矩阵被用来计算反射系数和透射系数。
短句来源
     USB data transfer
     通用串行总线数据传输
短句来源
     A NOVEL TRANSMISSION IONIZATION CHAMBER WITH CARBON FIBRE ELECTRODES
     新型碳纤维透射电离室
短句来源
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  through transmission
Using a microscope, vascular changes in the flaps in the course of the delay were examined through transmission ray without any medication.
      
Through transmission electron microscopy (TEM), field emission scanning electron microscope (FESEM), X-ray diffraction (XRD) and particle size analyzer (PSA), a set of applicable parameters size can be obtained.
      
An ultrasonic through transmission technique is used to inspect the interface of a thin layer and a substrate.
      
A through transmission ultrasonic inspection technique, which uses a flat transducer as a transmitter and a focused transducer as a receiver, is employed.
      
The Tube to Tube Through Transmission Technique for Inspecting Finned Heat Exchanger Tubes
      
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The effects of laser with defferent wavelengths on diffuse reflectance of rabbit artery and vein were investigated The measurements were performed with two standard integrating sphere system and Ar + laser at four wavelengths (476 5, 488 0, 496 5 and 514 5nm) The absorption coefficient and optical penetration depths were evaluted and analysed The results showed that there were significant difference in the diffuse reflectance and transmittance between artery and vein. The diffuse reflectance of...

The effects of laser with defferent wavelengths on diffuse reflectance of rabbit artery and vein were investigated The measurements were performed with two standard integrating sphere system and Ar + laser at four wavelengths (476 5, 488 0, 496 5 and 514 5nm) The absorption coefficient and optical penetration depths were evaluted and analysed The results showed that there were significant difference in the diffuse reflectance and transmittance between artery and vein. The diffuse reflectance of artery was bigger than that of vein at each Ar + laser wavelength The absorption coefficient of artery was also stronger than that of vein It was suggested that the difference in the optical properties between artery and vein should be considered in laser treatment of vascular disease

对兔动脉和静脉对Ar+激光的反射和透射传输特性进行了测量。采用两积分球系统及Ar+激光器的四种波长的激光(4765,4880,4963,5145nm),并根据测量数据计算和分析了兔动脉和静脉对该四种波长激光的吸收系数及光学穿透深度。结果表明,兔动脉和静脉内外侧的漫反射率和透射率有明显差异;和静脉比较,动脉的漫反射明显大于静脉,并且动脉对激光的吸收系数也比静脉大。提示在进行激光诊治心血管疾病时,应考虑动脉和静脉光学性质的不同

The diffuse reflectance and transmittance of rabbit arteries and veins were studied.476.5 nm wavelength of Ar + laser was used in the experiment.The measurements were performed with two standard integrating sphere systems.The absorption coefficient,scattering coefficient and the changes of total optical intensities I(x),forward scattering flux i(x),backward scattering flux j(x) as a function of thickness of rabbit arteries and veins were evaluated and analyzed from the experimented data by Kubelka Munk model.The...

The diffuse reflectance and transmittance of rabbit arteries and veins were studied.476.5 nm wavelength of Ar + laser was used in the experiment.The measurements were performed with two standard integrating sphere systems.The absorption coefficient,scattering coefficient and the changes of total optical intensities I(x),forward scattering flux i(x),backward scattering flux j(x) as a function of thickness of rabbit arteries and veins were evaluated and analyzed from the experimented data by Kubelka Munk model.The results of measurement showed significant difference of diffuse reflectance and transmittance between arteries and veins.Furthermore,the absorption coefficient of arteries were obviously lesser and the scattering coefficient of arteries were obviously bigger than that of veins.The I(x),i(x) and j(x) as a function of thickness of rabbit arteries and veins were also significant difference.

本文测量了兔动脉和静脉对 Ar+ 激光的反射和透射传输特性。实验采用两积分球系统及波长为476 .5 nm的 Ar+激光器 ,并根据测量数据采用 Kubelka- Munk模型分析了兔动脉和静脉组织对该波长激光的吸收系数、散射系数及总光强 I(x)及前向散射通量 i(x)和后向散射通量 j(x)随厚度的变化情况。结果表明 ,兔动脉和静脉的漫反射率和透射率有明显差别 ;动脉对激光的吸收系数明显较静脉的要小 ;而动脉对激光的散射系数却明显较静脉的要大 ;在动脉和静脉组织中 I(x)及 i(x)和 j(x)随厚度的变化也有明显的区别

The diffuse reflectance and transmittance of rabbit arteries and veins were studied.514.5nm wavelength of Ar + laser was used in the experiment.The results of measurement showed significant difference of diffuse reflectance and transmittance between arteries and veins at 514.5nm wavelength of Ar + laser.Furthermore,the absorption coefficient of arteries were obviously lesser than that of vein at Ar + laser wavelength.And the scattering coefficient of arteries were obviously bigger than that of veins at Ar...

The diffuse reflectance and transmittance of rabbit arteries and veins were studied.514.5nm wavelength of Ar + laser was used in the experiment.The results of measurement showed significant difference of diffuse reflectance and transmittance between arteries and veins at 514.5nm wavelength of Ar + laser.Furthermore,the absorption coefficient of arteries were obviously lesser than that of vein at Ar + laser wavelength.And the scattering coefficient of arteries were obviously bigger than that of veins at Ar + laser wavelength.The changes of total optical intensities I(x),forward scattering flux i(x),backward scattering flux j(x) as a function of thickness of rabbit arteries and veins were also significant difference.

测量了兔动脉和静脉对 Ar+激光的反射和透射传输特性。结果表明 ,兔动脉和静脉的漫反射率和透射率有明显差别 ,而且 ,动脉对激光的吸收系数明显较静脉的要小 ,而动脉对激光的散射系数却明显较静脉的要大 ,在动脉和静脉组织中总的光强 I(x)及前向散射通量 i(x)和后向散射通量 j(x)随厚度的变化情况也有明显的区别

 
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