macroscale

macroscale

1. HMM consists of two components : selection of a macroscopic solver on a macroscale grid, and estimating the missing macroscale data by solving locally the fine scale problem.

HMM包括两部分的内容:一是在宏观尺度网格上选择一个宏观算法;二是通过解局部的细网格问题来估算未知的宏观尺度数据。所以这一方法的关键:一是如何选择宏观算法;

2. On a macroscale it can be considered consist of two surfaces.

从宏观的角度看来，它能被考虑为含有两个表面。

3. When polyethylene glycols(PEG) has a reversible heating and cooling, its super molecule structue will have some change in macroscale of its properties called phase transition.

在对聚乙二醇(PEG)进行冷热循环处理时，其超分子结构会发生某种相的转变，从而改变宏观性质而具有特殊的蓄热调温性能。

4. At the macroscale, the notion of recoil makes good sense.

在巨观尺度中，反作用力的概念确实有意义。

5. macroscale mixing

宏观混合

6. Compared with macroscale, nanoscale mechanical behaviour of bending is dissimilarity.

弯曲下的纳米铜杆具有与宏观尺度下不同的力学特性。

7. Nanometer material stress is not zero without force.The stress-strain curves are different from macroscale situation.Varied strain rates have different effects to nanometer material deformation.

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。

8. In this review, source mechanisms for volatile sulfur species are dealt for both microscale and macroscale processes leading to their productions.

摘要基于当前可获得的与该课题相关的资料，本文综述了陆地生态系统产生挥发性含硫气体的微观和宏观机理过程。

9. Abstract: The strong viscous effect induces the fluid mechanics in micro nozzles sufficiently deviated from those in macroscale.

摘要： 在微缩放喷嘴中，强粘性影响导致了流动结构完全偏离了宏观尺度。

10. The main work of this thesis is to study the condensation heat transfer characteristics of water-ethanol vapor when the temperature of condensing surface is not uniform on macroscale.

本文的主要工作就是以水-酒精混合蒸气为工质，研究宏观上凝结表面存在温度梯度时的Marangoni凝结换热规律。

11. We are guided to pay attention to the earth from a macroscale perspective by this artile,which is so small and fragile in the vast universe.

此文从一个相当大的尺度来引导我们关注地球，茫茫宇宙，地球是何等得娇小与脆弱。

12. 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。

13. The importance of self-assembly, molecular alignment, and cross-linking in the construction of macroscale biological material filaments from nano-scale building blocks.

自我组装、分子对位与交互链结在从奈米级建构区块建构出巨型生物材料细丝上的重要性。

14. Efficient pulp bleaching requires uniform distribution of chemical reagents and received mixing at macroscale, fibre_scale and microscale.

高效的浆料混合就是要求化学试剂和浆料均一分散,达到宏观级、纤维级、微观级的混合。