透射比

水平方向上大气紫外透射比的指数衰减规律决定了系统工作的局域性和保密性。

Exponential attenuation of UV atmospheric transmittance for the horizontal paths decides that the UV communication system works locally and safely .

在海拔1km内大气紫外透射比几乎不随高度变化。

The UV atmospheric transmittance hardly changes vs. altitudes within 1 km above sea level .

x射线光电发射衍射漫射透光率，漫射透射比

X ray photoemission diffraction diffuse transmittance

漫射透光率，漫射透射比透射比浊法和散射比浊法检测RF的结果比较

Diffuse transmittance Comparison of rheumatoid factor results obtained by transmission turbidity and turbidimetric assay

免疫透射比浊法CRP检测试剂盒的性能评价

Evaluation of the performance characteristic of CRP turbidimetric immunoassay reagent kit

方法RF采用透射比浊法测定，抗HAV-IgM采用酶联免疫法检测。

Methods The serum levels of RF were determined by transmission turbidimetry and that of anti-HAV IgM with ELISA .

目的对同一临床实验室采用透射比浊和散射比浊法测定血清免疫球蛋白IgA、IgG和IgM结果偏差进行评估。

Objective To assess the outcome bias between turbidimetry and nephelometry in immunoassay for serum immunoglobulins .

用透射比浊法测定282例正常妊娠孕妇和53例妊高征患者血浆载脂蛋白AI和B含量。

The serum apolipoprotein AI and B levels in 282 cases of normal pregnancy and 53 cases of pregnancy-induced hypertension were determined by transmission colorimetric method .

新的透射比浊检测体系中，测定IgM的系统偏差得到纠正，但IgA的预期偏差明显增大。

In new detection system , the systematic error of IgM was rectified , but the outcome bias of IgA increased .

本文简要地介绍了布里奇曼法生长的Hg（1-x）CdxTe晶体的组分分布、电学性质、微观结构和红外透射比曲线。

Composition profile , electrical properties , microstructure and optical transmission properties of Bridgman-grown Hg_ ( 1-x ) Cd_xTe crystals are presented .

方法用透射比浊法测定行心脏瓣膜置换术前后患者血浆中C3、C4的浓度，并进行比较。

Methods The content of C3 and C4 were detected in plasma of 18 patients with cardiopulmonary bypass by immunity transmission turbidimetry .

结果表明：o、e光的透射比和Rochon棱镜的光强分束均随胶合剂折射率n的增大而增大，且n越接近于1，其光强分束比也越接近于1；

The result indicates that the refractive index is bigger , the transmissivity of light o , e is bigger , the splitting intensity ratio is bigger .

用乳胶凝集法和免疫透射比浊法分别测定D-D、FIB含量。

The contents of FIB and DD were detected respectively by latex agglutination test and immunity transmission turbidity test .

采用光束分割法及光的干涉原理，对线偏振激光通过泰勒（Taylor）偏光棱镜后的透射比变化情况进行了分析。

On the basis of the interference theory , by decomposing the single wave beam , the transmission of polarized light passing through a rotating Taylor analyzer is calculated .

结论在使用性能较好的全自动生化分析仪及配套试剂的前提下，透射比浊法测定血清IgA、IgG和IgM的结果与散射比浊法的测定结果基本一致。

Conclusion The bias between turbidimetry and nephelometry for immunoassay of serum IgA , IgG and IgM was acceptable providing the automatic biochemical analyzer and the matching reagent are used .

利用偏振光学的知识和Origin软件计算分析了胶合层的折射率及前后不平行对Rochon棱镜透射比（或光强分束比）和偏向角的影响。

The influence of the refractive index and the non-parallel on the transmissivity and the deflection angle is researched using the knowledge of polarization optics and origin software .

胶合层对Rochon棱镜偏向角和光强透射比影响的研究

Influence of the Cementing Layer on Deflection Angle and Light Transmissivity of Rochon Prism

方法2005-05&2005-10对首都儿研所神经科门诊就诊的58例TS患儿分别采用透射比浊法检测ASO，双色免疫荧光法检测T淋巴细胞亚群及NKC。

Methods ASO and the proportion of T lymphocyte subgroups , NKC in serum were measured in 58 cases of TS using turbidimetry and Bicolor immunofluorescence , respectively .

同时它们在可见光区域的总平均透射比（含12mm厚载玻片基底）都超过08。

The average total spectral transmittance of the IMO film and the glass substrate in visible region was over 0.8 .

用简化的Mie散射理论及Kramers-Kronig关系式，从单频透射比光谱反演微粒的复折射率。

The complex refractive index of smalll particles is determined from the transmittance spectrum by the use of the Simplified Mie scattering theory and Kramers-Kronig relation .

通过对不同厚度样品的红外透射比测量，经反演迭代计算得到了一种中红外硒化物玻璃（Ge（30）As（10）Se（60））的光学常数，并进行了误差模拟分析。

Optical constants of a MWIR selenide glass were obtained through successive iterations of transmittance spectrum of samples with different thickness Its simulated error was analyzed . the maximum simulated error of the water depth is around 10 percent of observed ;

并将透射比浊法使用的校准品分别用IMMAGE免疫化学系统重新定值，透射法量值溯源而构成新的检测体系，其检测结果与散射法的结果进行偏差评估。

The calibrator of transmission turbidimetry was calibrated with IMMAGE immunochemistry system , the new detection system and bias estimation was established .

带通玻璃以汉语拼音第一个字母DTB来命名，把透射比最大值的波长位置值作为它们的序号。

Band-pass filter glass is named DTB in this catalogue , And wavelength of the peak is used as its serial number .

介绍了具有校准功能的WCY型信号透镜光透射比无损测量系统。

We introduce the WCY Signal Lens Luminous Transmission Non damage Measurement System , featuring high precision and reliability .

取幼鳖血液，用镜检法测定血细胞的吞噬率，透射比浊法测定血清溶菌活力、杀菌活力以及补体C3和C4含量。

The blood in turtles were collected , and the percentage phagocytic rate of blood cell was analyzed by counting under microscope ; serum bacteriolytic activity , bactericidal activity , levels of complement C3 and C4 were analyzed by transmission colorimetric method .

分别用双抗体夹心酶联免疫法（ELISA）与免疫透射比浊法于生后第1天、7天测定其外周血TNFα、Fn含量，并作对比分析。

The cases of the two groups , their peripheral blood TNF - α and Fn Levels , in the 1st and 7th days of their life , were assayed and comparatively analyzed by a double-antibody sandwiching enzyme-linked immunosorbent assay ( ELISA ) and immune transmission turbidimetry , respectively .

棱镜采用空气隙间隔，且光轴平行于入射平面的Glan-Taylor型结构，可以增强棱镜的抗光损伤能力，提高非常光线的透射比。

It is an air-spaced Glan-Taylor prism with optical axis parallel to incident plane , which has high laser damage resistance and high transmission ratio of the extraordinary ray .

从电学分析看出：掺杂比从0.75%增至1.5%过程中，膜的载流子浓度、透射比（在波长大于500nm的范围）和光隙能相应增大。

Electrical and optical analyses indicate the carrier concentration , optical transmittance and optical energy gap increase when the dopant ratio is raised from 0.75 % to 1.5 % .

利用实验数据，计算得到了大气中水汽（H2O）、CO2的光谱吸收系数，推导了水汽吸收系数与温度、相对湿度之间的关系，给出了在给定气象条件下计算大气透射比的方法。

According to the experimental data , the absorption coefficients of H 2O and CO 2 were calculated . The relationship of H 2O absorption coefficient with the atmosphere temperature and relative humidity were deduced . The method to calculate the atmosphere transmittance was offered under certain meteorological condition .

利用微机分析偏光分束棱镜光强透射比的变化

Using Computers to Analyze the Changes of Power Transmittance of Polariscope