EOT

Modal Analysis of EOT Crane 's Steel Rope System

桥式起重机钢丝绳系统的模态分析

Conclusion : Nuclear DNA and p53 protein are correlated with CT findings in EOT patients ;

结论：EOT患者核DNA含量、p53蛋白表达与其CT表现存在一定的相关性；

Then the waveguide array method is introduced to study the EOT through the metal plate with slit array .

然后将波导阵列方法引入金属平板狭缝阵列的异常透射现象研究。

Methods : The nuclear DNA contents , expression of p53 protein and CT findings of 88 EOT patients were analyzed .

方法：对88例EOT患者核DNA含量、p53蛋白表达与其CT表现作对照分析。

The correlation of nuclear DNA content and p53 protein expression with CT findings and prognosis of EOT patients was analyzed .

分析核DNA含量、p53蛋白表达与卵巢上皮癌患者CT表现及生存期的关系。

Expression and role of serum IL-3 、 IL-5 、 EOT in different constitution rat models of allergic rhinitis

血清IL-3、IL-5、EOT在不同体质的变应性鼻炎大鼠模型中的表达及意义

As a bridge between private capital and infrastructure construction , the financing mode of EOT provides a brand - new idea for solution to the problem .

作为联结私人资本与基础设施建设的桥梁，BOT投融资方式为解决这个问题提供了一种全新的思路。

Second , an approach using flat-band capacitance is demonstrated for extracting the EOT of a high k dielectric , without the effects of inversion or accumulation capacitance .

其次，给出了一种利用平带电容提取高k介质EOT的方法，该方法能克服量子效应所产生的反型层或积累层电容的影响。

The relative error between the EOT extracted by this two-step approach and by the quantum corrected Poisson equation is less than 5 % , thus validating the approach .

采用该两步法提取的HfO2高k栅介质EOT与包含量子修正的Poisson方程数值模拟结果对比，误差小于5%，验证了该方法的正确性。

The expression of PCNA in EOT was higher than those in non-epithelial ovarian tumor ( NEOT ) ( P 0 . 05 ) .

病理分类上皮性组PCNA表达显著高于非上皮性组（P＜0.05）。

After the analysis of the waveguide resonance enhancement condition and the electromagnetic coupling among waveguides , a formula is derived to calculate the EOT wavelengthes . And the results are verified by the FDTD simulation .

在分析了波导共振增强条件和波导间的电磁耦合后提出了计算异常透射波长的公式，并应用FDTD仿真方法对计算结果进行了验证。

The results show that compared with the pure oxide gate dielectrics of the same EOT , N / O stack gate dielectrics have much better performance on the aspects of tunneling leakage current , SILC characteristics , and gate dielectrics lifetime .

结果表明，同样EOT的Si3N4/SiO2stack栅介质和纯SiO2栅介质比较，前者在栅隧穿漏电流、抗SILC性能、栅介质寿命等方面都远优于后者。

In the part of case analysis , according to some related information in case description , EOT competitive model analysis as well as SWOT analysis of Guangzhou Container Terminal Co. , Ltd , make further conclusion on the strength and shortage of GCT in the competitive market .

案例分析部分，基于案例中提供的有关材料，通过波特的竞争模型分析，广州集装箱码头有限公司SWOT分析，知道GCT在市场上的优劣势和竞争力强弱。

The perforated metal structure can excite the SPP mode on its surface and have unique optical properties , for example : enhanced optical transmission ( EOT ), optical antenna , negative refraction , enhanced fluorescence etc. Today it has become one of the research hot topics .

金属孔结构可以激发表面等离极化激元产生独特的光学性质。如：透射增强、光学天线、负折射材料、荧光增强等。日前表面等离极化激元是科学界研究的热点方向。

The result shows that N / O stack gate dielectrics have much longer lifetime than pure oxide gate dielectrics of the same EOT , which also indicates that N / O stack gate dielectrics have better reliability than the pure oxide gate dielectrics do .

结果表明，Si3N4/SiO2叠层栅介质比同样EOT的纯SiO2栅介质有更长的寿命，这说明Si3N4/SiO2叠层栅介质有更高的可靠性。