macroscale造句
例句与造句
- On a macroscale it can be considered to consist of two surfaces .
从宏观的角度看来，它能被考虑为含有两个表面。 - The purpose of this dissertation is to research the effect of luyang bridge on the tidal current flooding and ebbing through hangzhou bay on macroscale
本课题的研究目的是从宏观流场研究芦洋跨海大桥建设方案对进出杭州湾的潮流产生的影响。 - Recently , my interest is in astrophysics , cosmology , physical principle in microscale and macroscale world , and the philosophical meaning we can consider by physics
我近期的的主要兴趣在天体物理学、宇宙学、极大尺度和极小尺度的物理规律、以及物理学所蕴涵的哲学内涵。 - The mechanism of active flow direction control is the microjet ' s microscale disturbance coupling with the macroscale ' s flow through collective interaction
作为一种全新的流场主动控制手段，微射流是通过其微尺度扰动同宏观大尺度流动的整体耦合作用达到控制宏观流动的目的。 - The two strain rates are applied . the bending of nano - single copper pole is studied also . it proves that nano single - crystal of copper pole has the difference deformation compared with macroscale
研究了铜纳米杆在高低两种应变率的变拉伸以及纳米单晶铜杆的弯曲，观察到了位错的产生。 - It's difficult to find macroscale in a sentence. 用macroscale造句挺难的
- The stress - strain curves are different from macroscale situation . varied strain rates have different effects to nanometer material deformation . compared with macroscale , nanoscale mechanical behaviour of bending is dissimilarity
拉伸作用下的应力应变曲线变化趋势并不与宏观介质连续力学下完全相同，不同的应变率会对材料变形造成不同的影响。 - The dispute can be solved if we resort to dialectic way of thinking with the perspectives of developmental changing and integrated macroscale : the relationship between the two subjects has been changing , and would eventually be integrated into one subject
如果将发展变化、整体宏观的辩证思维运用于该理论问题的思索，问题可得迎刃而解：两学科之间的关系是发展变化的，且终应走向学科整合。 - 2 . the temperature field got from macroscale theory and microscale theory are similar in the microscale theory , two demension heat transfer model is considered , and the temperature difference of the fluid between central axis and nearby the wall is considerably big . 3
2 、两种理论模型得到的温度分布趋势基本一致,但微观尺度理论考虑到流体的二维换热,通道中心轴线处的流体的温度与靠近壁面处流体的温度有较大的温差。 - According to the environment features inside and outside caves in guizhou and current development of cave creature study home and abroad , making use of karstology , environment science , ecology , zoology and the theory of human - land relation , and through combining microscale with macroscale , component with system , field investigation with interview , and theory with experiment , the author chooses guiyang , anshun , pingba and honglin , where human activities are frequent and strong , to make a macroscopical investigation on animals and environment , and selects some typical caves in honglin to make a comparison study on environment features inside and outside the caves , biodiversity and present situation of plant society , and adaptability of cave animals to environment , and analyzes theoretically the effects of human activities on the cave animals and evaluates objectively the development potential of cave animal resource
根据贵州喀斯特洞内外环境和国内外洞穴动物研究现状，运用喀斯特学、环境学、生态学、动物学以及人地关系等相关理论，采取点面结合，特殊与一般结合，系统与要素结合，实查与访问结合，理论与实验结合的方法，选择贵阳、安顺、平坝、红林等人类活动强度大的区域进行面上动物和环境的调查，选择红林地区代表性的洞穴对洞内外环境、物种多样性及群落现状、动物对环境的适应等进行对比研究，理论分析人类活动对洞穴动物的影响和客观评判人类活动的洞穴动物效应与动物开发潜力。 - Based on t213 and other observational datasets , a severe heavy rain occurred in changjiang - huaihe basins during 4 - 5 july 2003 is studied . the primary diagnostic analyses show that double or single block is the characteristics of the macroscale circulation in this rainfall process . the strong conflict of warm and cold mass , mesoscale convergence on meiyu front , shear line , and stably maintaining of high and low jets make for the rainfall
本文采用地面高空常规资料，每6h一次的降水资料，以及t213数值预报资料，对2003年7月4 - 5日发生在江淮地区的一次梅雨锋暴雨过程的影响系统及其可能机制进行了初步的诊断分析，发现，高纬双阻、单阻形势是这次暴雨过程发生的大尺度环流特征；冷暖空气的激烈交锋、梅雨锋上的中尺度辐合线、 700hpa 、 850hpa上的低涡、切变线以及稳定维持的高低空急流是导致这场暴雨的直接影响系统；该地区维持一个高能、饱和、潜在不稳定的环境，有利于特大暴雨的产生和维持。 - _ _ _ _ uncertain factors of macroscale inversion analysis of displacements are summed up . associated inversion model containing non - deterministic factors is proposed , i . e . " deterministic inversion of differential equation + systematic optimization technique = non - deterministic inversion " . the systematic optimization technique includes direct operator optimization , direct numerical analysis optimization , measurement design optimization , measured data processing , in - ersion algorithm optimization , and inverse operator regularization , etc . when this associated inversion technique is used in displacements back analysis , uncertain factors can be processed quantitatively
归纳了宏观尺度位移反演分析的不确定性因素，提出了容纳不确定性因素的位移反演分析的联合反演模式，即“微分方程确定性反演+系统性优化技术=非确定性反演”的模式，并具体论述了联合反演模式的系统性优化技术，包括正演算子的优化、正演数值分析的优化、测量设计优化、观测数据处理、反演算法优化、反演算子处理等六个优化方法。 - The findings show that there exists overlap between macroscale convergence and warm advection if the degree of clock - wise turn dosen " t keep constant on both sides of zero doppler velocity contour about the near range of the observational site . the overlap produces vertical vapor transport and upward convergence movement favorable for formation and continuation of rain gush
结果表明：零速度带在测站近距离两侧的弯曲程度不一致是暖平流与大尺度辐合运动的迭加所造成，这一结构为暴雨产生和维持提供了有利的水汽垂直输送和辐合上升运动。 - Macroscale inversion analysis of measured displacements in tunnel , slope and dam is studied detailedly according to inverse formulation method and direct formulation method . aimed at inverse problem for identifying original geostress parameters and stru - ture modulus of rock , linear hypothesis for shear stress field of slope is proposed . structural model of transversely isotropic medium is constructed
针对逆源(初始地应力)和逆介质(岩层结构模量)的识别问题，提出了地层剪应力场的线性假定，构造了横观各向同性体的结构性计算模型，应用了逆定式化有限元反演方法，快速地搜索到了被识别参数的最优值。 - Inversion analysis of measured displacements is used extensively in geotechnical engineering , structural engineering , information construction , and trauma diagnosis , etc . in this dissertation , parameters identification of original geostress and medium physical property in cavern , slope , tunnel and dam are taken as a cut - in point . macroscale inversion analysis of displacements and numerical solutions of inverse problems of mechanics are researched profoundly . scientific theories of multiscale problems are connected with numerical inversion approaches
本文以地下洞室、边坡工程、隧道工程与大坝等领域的初始地应力参数和介质物性参数识别为切入点，对宏观尺度位移反演分析和力学反演问题数值求解方法进行了比较深入的研究，并将多尺度问题科学理论和反演数值方法联系起来，初步探讨了结构性承载材料(如岩石、骨材料等)的多尺度力学模型及其反演方法。 - There are two parts in this paper : firstly , a set of single doppler velocity models are presented for typical ambient windfields that include those of being uniform horizontally , macroscale convergence and divergence , which overlap warm and cold advection . which are marked by different signatures in the single doppler velocity field . the models proposed can help users identify useful information from the dopple velocity patterns
本论文包括两个部分：第一篇通过对典型风场的单多普勒天气雷达径向速度图象进行模拟，典型风场包括水平均匀一致的风场、非均匀水平风场的大尺度运动的辐合辐散风场以及大尺度运动的辐合辐散风场与冷暖平流的迭加等。