该模型包含心肌的被动力、主动力和生长应力三种模型。
The model contains three parallel components, including the passive stress, the active stress, and the growth stress.
现有的生长装置存在镀金不方便、镀层不均匀、晶体生长应力大等弊端。
Existing growing device has shortcomings that gold plating is not convenient, plating layer is not uniform, and crystal growth has great stress.
金刚石异常双折射的不同形式和组合是生长应力和生长期后应力作用的结果。
The different styles and composite of birefringence are caused by growth stress and post growth stress .
但晶粒过细时，导致氧化膜内生长应力的增加，引起氧化膜的开裂、脱落，从而加剧了氧化。
However, the excessive refinement of grains resulted in the growth stress increase of the oxides film and then the oxide films cracked and shed; as a result, the oxidation was exacerbated.
有时高强度微波处理能够使落叶松木材的冲击韧性有所提高，这与木材内部的生长应力一定程度的释放有关。
The impact toughness of larch wood can be improved in some microwave irradiation experiments, which is arisen from the release of growth stress of larch wood.
在动物培育方面，这种瓶颈已然显现：火鸡已经肥胖到无法行走的地步，鸡禽生长速度过快，导致应力性骨折的发生。
In animals biological limits are already clear: turkeys are so bloated that they can no longer walk; chickens grow so quickly that they suffer stress fractures.
生长激素在对抗阻止分解、应力断裂和提高新陈代谢功能中也发挥作用。
Growth hormone also plays a role in fighting tissue breakdown, staving off stress fractures and improving metabolic function.
其影响因素为局部骨组织、应力、生长因子、上皮细胞、病理环境等。
The influential factors included local bone tissue, stress, growing factor, epithelial cells, pathology surroundings and so on.
目的：研究不对称应力对脊柱终板软骨生长的影响。
Objective: To study the effect of asymmetrical stress on the growth of spinal end-plate.
应力与生长是生物力学活的灵魂，功能性适应是生物力学普遍规律。
The relationship between stress and growth is alive ghost of biomechanics, functional adaptation is a universal rule of biomechanics.
此外还讨论了生长条纹、组分过冷、应力和位错等缺陷问题。
The defects such as growth striation constitutional supercooling, stress and dislocation are also dis-cussed in the paper.
背景：普通金属接骨板对固定骨段具有强大的应力遮挡作用，且对骨组织生长无诱导及引导作用。
BACKGROUND: Common metal bone fracture plate had powerful stress force shelter reaction in fixed bone segments and moreover, is has no induction and guiding reactions in bone growth.
正是由于具有局部特征的应力波传播，引起结构局部或整体发生和生长。
It is for the propagation of longitudinal waves that the buckling of the structures takes place and grows.
通过创建一种新的动物模型，研究应力环境对生长期大鼠股骨生长与重建，以及对其力学性能的影响，并探讨其作用机理。
By creating a new animal model, we characterized the effect of stress environment on the growing, remodeling and mechanical properties of rats femurs and discussed the mechanism.
晶体生长期间，温度梯度和熔体重力引起的热应力和压力应力使坩埚底下陷并在底的中部产生裂隙。
The subsidence of the bottom and the cracks in the middle of the bottom are caused by temperature gradient and melt gravity during crystal growth.
在管壁应力计算技术的基础上，引入生长势能函数，对血管重新构型的过程进行计算分析。
Growth deformation gradient through stress potential in the restructuring of blood vessel was proposed and a numerical example was given.
生长的金刚石薄膜样品具有很低的压应力和优良的场电子发射性能。
The diamond film presents very low compressive stress and excellent field emission character.
应力作用下血管的生长与重建是生物力学最具活力的生长点之一。
The growth and remodeling of blood vessel under mechanical stress is one of the most active growth points.
血管壁中应力的分布与大小的变化是引起血管组织重塑与生长的重要原因之一。
The changes of stress value and stress distribution is also the important factor caused the remodeling and growth of blood vessel.
由于生长过程中产生的应力，所有维尔纳叶合成刚玉都会有这样的分割面。
Due to stress in the growth process, a parting plane forms in all Verneuil grown synthetic corundums.
文中还对高速率生长金刚石膜的机理及内应力形成的原因进行了讨论。
The growth mechanism of diamond films with a high growth rate and the origin of stress in the films have also been discussed briefly.
以上所提到的热应力计算均考虑了生长界面对应力的影响。
All calculations above consider the effect of the growing interface shape.
实验中观察到的规则的自相似网状纳米结构，显示了薄膜应力弛豫过程中自组织生长的分形特征。
The regular nano network structure in the morphology of the samples shows the fractal characteristics of the self-organized growth in the strain relaxation process.
细胞水平过载的研究可使人们进一步搞清应力对骨形成、重建和生长的影响及骨内细胞响应机制。
The research of overloading on cellular level may elucidate the mechanical effect on the formation, regeneration and growth of bone and the mechanism of cell response in bone.
生长断层成长初期具有独特的断面形态，断层两盘在错动过程之中会产生空隙带和闭合带两种应力状态。
Growth faults have special fault plane form in their initial phase during which the displacement of the two blocks creates two kinds of stress states pore belt and sealing belt.
新鲜心包组织生物性更好并具有一定的生长潜能，其远期退变和钙化，可能与受机械应力损伤相关性更大，此项内容有待进一步研究。
The problem of degeneration and calcification within fresh pericardial valves may due to the damage caused by mechanical stress more than others, which should be proved in further studies.
采用双级时效模拟方式时，外加应力场对析出相的成核及生长阶段均有影响，只是影响程度与析出相自身的点阵错配度有关。
Both nucleation and growth are affected by the external stress by two-step aging simulation, but the effect degree depends on lattice misfit.
采用双级时效模拟方式时，外加应力场对析出相的成核及生长阶段均有影响，只是影响程度与析出相自身的点阵错配度有关。
Both nucleation and growth are affected by the external stress by two-step aging simulation, but the effect degree depends on lattice misfit.
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