面指数

词组短语

facial index

与面指数相关的网络例句 [注：此内容来源于网络，仅供参考]

The research of the composite index number of soil quality in different soillocations suggests that, the soil quality index increases as the altitude of mountain slope location decreases.

不同坡位下土壤质量综合指数研究表明：土壤质量指数随山体坡面位置相对海拔高度的降低而增高。

In the paper,the theory of production frontiers and its non-parametric measurement ap～proaches are used to figure out the input compressing productivity index,Malmquist productivity index based on the input oriented non-parametric production frontiers .The technology efficiency and thedis～tance function and their nonparametric models anr introduced on the conditions of Constant Return to Scale and input strong disposability The Non-pparametric measurement approaces and the decomposition of Malmquist prisuctibity index are put forward

孙巍文采用生产前沿面理论及其非参数方法，对假定产出确定条件下投入压缩的生产率指数基于投入前沿面的Malmquist生产率指数进行了理论与测度方法研究，通过规模收益不变且要素自由，C，S，前沿面条件下的技术效率，距离函数及其非参数模型的分析，本文给出了基于非参数，C，S，投入前沿面的Malmquist生产率指数的非参数测度模型，并从技术变化和资源配置效率变化两个方面进行了分解

However, in China, since secular durance from doctrine of soviet statistical index theory, researches on indices are apparently inferior to international advanced level, which results in the singleness and obsolescence of the methods in compilation of indices, inapplicable to satisfy the increasing analysis demands in market economy.

但在中国，由于长期受到前苏联统计指数理论教条的禁锢，相关的研究明显落后于国际先进水平，由此导致实践中运用的指数编制方法单一、笨重，时效性较差，适用面较窄，不利于满足市场经济条件下日益增长的多种分析需要。

On the basis of a great deal of information, several general problem on land sarface process parametrization for a global circulation model and its history of development are described. The Bucket model, EARTH, ISBA and SiSPAT models are respectively expounded, and the situation of studies on land surface process parametrization is summarized. China is a participating country of the international geosphere-biosphere program and the study on circulation of global energy and moisture, and has put forward some valuable soil-vegetation-atmosphere models for land surface process parametrization. which results in effective studies on vegetation indexes.

在大量资料基础上，叙述了大气环流模式陆面过程参数化方案的一般问题及其发展历程，分别阐述了水桶模式、EARTH模式、ISBA模式和SiSPAT模式；总结了在陆面过程参数化方面的研究状况，我国参与了国际地圈生物圈计划和全球能量与水分循环的研究，特别是在陆面过程的参数化研究方面，提出了一些有价值的土壤—植物—大气模式，对植被指数进行了有成效的研究。

In this study, we used the couple-mode theory for the simulation. We select the profile index of multimode fiber, profile index of mode conditioning patch cord and VCSEL output power as parameters for the simulation. The influence of using mode conditioning patch cord to the modal noise and modal coupling efficiency is showed.

利用模态耦合理论(Couple-Mode Theory)搭配多模光纤之折射率分布指数、多模模态调整转换跳接线之折射率分布指数及面射型雷射之模态分布，作为模拟计算依据，并利用OptSim模拟软体来模拟850nm面射型雷射与50μm多模光纤之光输出耦合情形。

Results of analysis show that Generalized Paris Law can consider the complex crack propagation in the material of the pavement structure. The fatigue life of the pavement increases with increasing thickness of surface layer in a power function. Use of a thicker surface layer may extend the service life of the asphalt pavement. The fatigue life increases with decreasing modulus of surface layer in a power function with a negative exponent. However, since reduced modulus would scarify the structural strength and might cause rutting-related distress, caution should be taken when using low modulus materials for improving fatigue performance of asphalt pavements. The fatigue life increases with increasing modulus of base material in a power function. However, the fatigue life can not infinitely increases with increasing modulus of the base.

计算与分析表明：广义Paris公式可以考虑沥青路面结构内材料复杂的裂缝扩展：沥青面层的疲劳寿命随着面层厚度的增加以幂函数的形式增加，适当增加沥青面层厚度可以提高路面的使用寿命；沥青面层的疲劳寿命随着面层材料模量的降低以负指数的幂函数形式增加；由于材料模量的降低将牺牲路面的整体强度并可能引起路面车辙类损坏，以此提高疲劳寿命的方法应慎重对待；沥青面层的疲劳寿命随着基层材料模量的增加呈幂函数的形式增加，但由疲劳方程可以看出，寿命并不是随基层材料模量的增加而无限的增加，疲劳曲线在经过一个上升段后，逐渐趋于一个常数值，这说明，这时基层模量对寿命已不作关键性贡献；随着底基层厚度的增加，面层的疲劳寿命近似地呈线性函数增加，但效果并不很明显。

We also developed several experiential formula based on structural unit model for high-index surfaces, which can give an estimate of the energies of the high-index surfaces if the value of surface energy of (001),(110) or (111) are known.

作为各条曲线表面结构单元的两个低密勒指数面[001]晶带的(100)面和(110)面，[-110]晶带的(110)面和(111)面或(112)面其表面能值分别是对应曲线上的一个极小值点。

Objective To establish and develop a quick, special and sensitive method for quantifying carigenic strains and assessing the relationship between the level of four-species cariogenic pathogens in dental plaque and dmfs index.

目的 建立定量检测致龋菌的快速、敏感、特异的方法。分析牙菌斑中主要致龋菌数量与乳牙龋失补牙面指数的关系。

Diversity of soil surface, stone gully and stone pit is 1.199, 1.592 and 1.962; evenness index of soil surface, stone gully and stone pit is 0.616, 0.989 and 1.095; dominance of soil surface, stone gully and stone pit is 0.545, 0.353 and 0.245 in soil macrofauna community structure.

土面生境土壤动物的多样性指数为1.199，石沟的为1.592，石槽的为1.962；均匀性指数为0.616，石沟的为0.989，石槽的为1.095；土面生境土壤动物的优势度为0.545，石沟的为0.353，石槽的为0.245。

Diversity of soil surface, stone gully and stone pit is 1.199, 1.592 and 1.962; evenness index of soil surface, stone gully and stone pit is 0.616, 0.989 and 1.095; dominance of soil surface, stone gully and stone pit is 0.545, 0.353 and 0.245 in soil macrofauna community structure.

土面生境土壤动物的多样性指数为1.199，石沟的为1.592，石槽的为1.962；土面生境土壤动物的均匀性指数为0.616，石沟的为0.989，石槽的为1.095；土面生境土壤动物的优势度为0.545，石沟的为0.353，石槽为0.245。

与面指数相关的网络解释 [注：此内容来源于网络，仅供参考]

crystal indices：晶面指数

crystal imprint 晶体印痕 | crystal indices 晶面指数 | crystal interface 晶体界面

miller indices：(晶面的)米勒指数

其实就是晶面的表示方法,hkl其实就是晶面指数 :"晶面指数(indices of crystal face)是晶体的常数之一,是晶面在3个结晶轴上的截距系数的倒数比,当化为最简单的整数比后,所得出的3个整数称为该晶面的米勒指数(Miller indices).

Physiognomic ear index：容貌耳指数

鼻宽深指数Nasal breadth-depth index | 容貌耳指数Physiognomic ear index" | 额面高度指数 Fronto-facial index"

indicial：指数

indicesofcrystallographicplane 晶面指数 | indicial 指数 | indicialadmittance 单位阶跃导纳 过渡导纳

crystal plane index：晶面指数,Milley指数

crystal plane || 晶体平面,晶面 | crystal plane index || 晶面指数,Milley指数 | crystal pressure transducer || 晶体压力传感器

index of crystallographic plane：晶面指数

index of correlation || 相关指数,相关指标 | index of crystallographic plane || 晶面指数 | index of dispersion || 差量指数,离差指数

isothermal line of crystal faces：晶面等温线

晶面表示 notation of crystal faces | 晶面等温线 isothermal line of crystal faces | 晶面指数 indices of crystal face

facial index：面指数

facial hypertrophy ==> 颜面肥大症 | facial index ==> 面指数 | facial information ==> 面部信息

Morphological facial index：形态面指数

容貌面指数Physiognomic facial index" | 形态面指数Morphological facial index | 鼻指数Nasal index

Physiognomic facial index：容貌面指数

额顶宽度指数Transverse fronto-parietal index | 容貌面指数Physiognomic facial index" | 形态面指数Morphological facial index