这是由于系统不再具有垂直于表面方向的平移对称性而产生的非均匀效应。
These are nonuniform effects due to the system no longer having the translational symmetry in the direction perpendicular to the surface.
且考虑了屋面活载不均匀效应、雪压堆积效应和水平地震作用的影响，荷载组合复杂。
The load combination is complex with consideration of the effect of asymmetry distribution of live load, snow accumulation and horizontal seismic load.
当不均匀沉降较明显时，必须检查其对结构内的作用效应。
Where significant differential settlements are likely their influence on the action effects in the structure should be checked.
这种新型的换热结构可以在被冷却面上造成强烈的导热效应，从而形成均匀的温度分布。
This new flow pattern can induce a strong heat conduction effect in the cooled plane, and develop a uniform temperature distribution.
结果表明，该方法简单方便、应力分布均匀、试验结果稳定、尺寸效应较小，是混凝土一种理想的拉伸试验方法。
The results show that it is a reasonable tensile test method characterized by its convenience, uniform stress distribution, higher stability and lower size effect.
侧重于从溅射原子的沉积过程来分析边缘效应对膜层横向均匀性的影响。
The influence that the marginal effect ACTS on the horizontal uniformity of the film is analysed through the depositing procedure of sputtering atom.
低围压时，岩石试件内材料并未趋于均匀化，非均质性显著，强度尺寸效应明显；
At low confining pressures, the inhomogeneity of rock materials results in obvious strength-size effect.
基于非局部弹性理论，在考虑小尺度效应影响的情况下，建立了单壁碳纳米管在均匀轴向外部压力下的壳体模型。
A shallow shell model is developed for the elastic buckling of a single wall carbon nanotube under a uniform external axial pressure by using the nonlocal elastic theory.
巨磁阻效应的发现，导致了一个如何正确看待非均匀系统中磁输运性质的问题，并使电子输运状况依赖于自旋内禀属性的物理观念逐渐形成。
The discovery of giant magnetoresistance effect has attracted much attention to research of magnetic transport in inhomogeneous systems, which depends on spin of electrons.
结果显示：同位素分离效应，是混合液态燃料，在低温冷冻靶丸内，形成均匀液体层的决定性因素。
The result show the effect of isotopic segregation is the key fact in the configuration of the liquid layer.
非均匀颗粒系统呈现的磁电阻效应与电子在两相颗粒界面的自旋相关散射有关。
The room magnetoresistance effect is largely enhanced in such an inhomogeneous granular system due to the spin dependent scattering of electrons at the interface of the two phases.
本文介绍了用阶乘矩能够消除统计起伏，证明引入累积变量后可使粒子数的分布变得均匀；给出了消除粒子间关联效应的方。
The method of removing statistics fluctuation with factorial moment was introduce and the cumulant variable able to even for distribution of multiparticle production was proved.
通过介绍非均匀密度人工林培育的概念，阐述了非均匀密度的理论和实践基础，即耗散结构理论和边行效应。
This paper introduced the concept of the uneven row spacing. Dissipative structure theory and edge effect is the theoretical and practical base of the uneven row spacing regime.
再通过比拟，以作用于球面扁壳内外边界上的均匀分布的相当边界力矩来替换温度效应。
By analogy, the thermal effect is replaced by an equivalent edge-moment loaded uniformly along both boundaries of the shallow spherical shell.
所有中心预缩功能全部采用高热效应材料制作，使其温度更加均匀高效，布料定型效果更佳。
All center preshrinking function heat effect of all the material, make the temperature more uniform and efficient, fabric shape a better effect.
与此同时，线形谐振腔引起的空间烧孔效应也有利于抑制均匀展宽效应。
What′s more, the spatial hole burning in linear cavity is propitious to suppress the homogeneous broaden line.
喷涂边缘清晰度良好，均匀性良好，同时可以消除喷涂阴影效应。
Edge devices can be effectively and uniformly coated. Good marginal definition and effectively avoiding shadow effect.
结果表明，通过对反应室压力、刻蚀气体流量和射频功率的调节，可以降低微负载效应的影响，得到良好的刻蚀均匀性。
It is proved that the uniformity of etch rate can be improved and the effect of micro load can be decreased by adjusting the value of chamber pressure, gas flow rate and RF power properly.
计算结果表明：随平行板电极尺寸增加和激发频率提高，电势驻波效应成为影响电极间电势差非均匀分布的重要因素。
The results show that the voltage standing wave effects become the important factor affecting non-uniform voltage distribution when the electrode dimensions and excitation frequency are increased.
该物理模型考虑了高压dmos器件的准饱和特性、沟道非均匀掺杂特性和温度效应。
The unique features of DMOS such as quasi-saturation, non-uniformly doped channel, and temperature dependencies are accurately modeled.
病灶为大片低密度影内可见散在、分布不均匀的斑点或斑片状高密度影，有程度不一的占位效应。
Focuses had sign of the patch shaped low-density areas and high-density plot area scattered in them. They all had mass effect in different degree.
形成渗滤效应之后，导电功能的均匀性较好。
The uniformity of conductive function was better once the percolation phenomena occurred.
通过介绍非均匀密度人工林培育的概念，阐述了非均匀密度的理论和实践基础，即耗散结构理论和边行效应。
Dissipative structure theory and edge effect is the theoretical and practical base of the uneven row spacing regime.
讨论了初始表面不均匀性对剪切效应的影响程度。
Lastly, the influence of the initial imperfection of the shear stress is studied as well.
研究结果表明：除了板坯端部由于端部效应电磁力有些许发散，在板坯大部分区域，磁场力呈均匀分布。
The research results show:in addition to a slightly divergent appear due to the sheet edge effects of the electromagnetic force, the magnetic field intensity is uniform in the most areas of the sheet.
结果及结论：该系统能对大鼠颈动脉窦区进行均匀斜坡升压，阶梯升压降压灌流，并己用于压力感受器反射效应研究中。
Results and Conclusions: This system was able to provide ramp and stepwise up down perfusion pattern and has been used in the research of baroreflex.
系统分析了小尺寸半导体器件中的载流子非本地输运模型，重点研究了非均匀能带结构和异质结效应对输运电流密度的影响。
This paper analyzes the carrier non local transport model of small size semiconductor devices and studies the influences of nonsymmetrical band structure and heterogeneous effect on emphasis.
系统分析了小尺寸半导体器件中的载流子非本地输运模型，重点研究了非均匀能带结构和异质结效应对输运电流密度的影响。
This paper analyzes the carrier non local transport model of small size semiconductor devices and studies the influences of nonsymmetrical band structure and heterogeneous effect on emphasis.
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