elastic energy中文是什么意思

• 弹性能量

• elastic    adj. 1.有弹力[弹性]的。 2.伸缩自如的，灵活的 ...
• energy    n. 1.干劲，活力。 2.(语言、行为等的)生动。 3 ...
• critical elastic energy    临界弹性能
• elastic energy correction in capillary    毛细管弹性能改正
• elastic energy degradation    弹性能量降级
• elastic energy density    弹性能量密度
• elastic energy of dislocation    位错弹性能
• elastic energy resilience    弹性能
• elastic potential energy    弹性势能
• elastic seismic energy    弹性地震能量
• elastic stored energy    弹性贮能
• elastic strain energy    弹性能; 弹性应变能量
• energy elastic eigenstress    能量弹性特征应力
• energy transfer in elastic collision    弹性碰撞中的能量转移
• maximum elastic strain energy    最大弹性应变能
• elastic    adj. 1.有弹力[弹性]的。 2.伸缩自如的，灵活的。 3.机变的，轻快的。 an elastic body 弹性体。 elastic braces 松紧吊裤带。 elastic force 弹力。 an elastic principle 灵活性的原则。 elastic ribbon 松紧带。 an elastic temperament 开朗的性格。 n. 橡皮线，松紧带，橡皮圈。 adv. -ally
• a-energy    n. 〔美俚〕原子能(＝ atomic energy)。
• energy    n. 1.干劲，活力。 2.(语言、行为等的)生动。 3.〔pl.〕 (个人的)精力；能力。 4.【物理学】能，能量。 What energy you have! 你真有精力呀! be full of energy 精力旺盛。 act [speak] with energy 生气勃勃地干[说]。 conservation of energy 能量守恒，能量不灭。 kinetic [motive] energy 动能。 potential [latent] energy 势能。 apply [devote, direct] one's energies to 致力于。 brace one's energies 鼓起干劲，振作精神。
• for energy    能源国务部长
• of energy    干劲十足full; 能源的
• elastic elastic cartilage    弹性纤维软骨
• collision, elastic    弹性碰撞
• completely elastic    离想弹性的; 完善弹性的
• constant, elastic    弹性常数
• elastic absorption    弹性吸收

• Elastic energy density
  弹性能量密度
• The mechanism of elastic energy releasing wave stimulating the nucleation of martensitic transformation had been studied on the basis of the experiment result
  根据实验结果，研究了关于马氏体相变的弹性能释放波促发形核机制。
• According to the mechanism , the nucleation course of martensitic transformation requires energy ( i . e . elastic energy ) propagation in the form of wave in austenite
  按此机制马氏体相变形核过程中需要有能量(弹性能)以波的形式在母相中传输。
• Here a kinetic study has been made in order to determine the relationship between the relaxation of elastic energy and the hysteresis expansion by pre - deformation of shape memory alloys
  本文根据马氏体相变热力学和动力学，并结合相关的实验结果，研究了弹性应变能弛豫和相变滞后的关系。
• Recognizing that the vesicle consisting of amphiphiles bilayer membrane is just like a nematic liquid crystal cell , helfrich gave the elastic energy of the fluid membrane and the shape equation
  双亲分子所构成的膜泡，其行为和性质类似于向列相液晶。 helfrich通过与液晶的类比得出了流体膜的弹性能量以及膜泡的形状方程。
• Lerr is obtained through tracing the variety of elastic energy density of each element and recording the maximal fluctuation when brittle failure happens during numerical calculation
  该指标的实现是通过在数值计算中追踪每个单元弹性能量密度变化的全过程，记录单元发生脆性破坏前后的弹性能密度差值，得到单位体积岩体突然释放的弹性能量。
• The reason is that the elastic energy increases the nucleation work while the formation of primary martensite can excite the release of elastic energy in austenite to promote the formation of after martensite and intensify the tendency towards homogeneous nucleation
  其原因是弹性能的存在增大了初生马氏体的形成功，而初生马氏体的形成则会激发奥氏体内弹性能的释放，弹性能的释放可促进继生马氏体形成，并增大其均匀形核倾向。
• The algorithm can be used to reconstruct of other similar fragments . 3 ) the paper introduced an elastic curve matching method where the notion of an alignment curve is used to represent a correspondence between two curves . the space of alignment curves is searched for one optimizing elastic energy
  基本思想是曲线的对应关系可以用一条对准曲线来表示,然后在对准空间中搜索使得弹性形变能最优的对准曲线,这条曲线确定了两轮廓曲线之间点的对应关系。
• According to solid - state physics , the physical mode of elastic wave stimulating the nucleation of martensitic transformation had been established , of which the elastic energy release as elastic wave to induce particle displacement and strengthen the condition required by martensitic transformation
  依据固体物理理论，建立了弹性应变能以弹性波的形式释放，弹性波在奥氏体中传播引起晶体点阵质粒位移，强化马氏体相变形核的条件，促进马氏体相变形核的物理模型。
• It is indicated that the relaxation of elastic energy stored during the forward martensitic transformation is responsible for the expansion of transformation hysteresis , which is in good agreement with experimental results associated with the hysteresis enlargement by deformation of niti , niti - based and cualni shape memory alloys
  结果表明，塑性变形产生的位错以及变形的第二相颗粒对逆马氏体相变温度的提高具有一定作用，但塑性变形导致应变能释放才是形变提高形状记忆合金相变滞后的主导因素。

• elastic energyとは意味：弾性｛だんせい｝エネルギー