equilibrium造句

• Keynes demonstrated that equilibrium was likely in another situation also .
  凯恩斯证明在其它条件下也可能达到均衡。
• We consider the equilibrium of a small element cut out of the body .
  我们考虑从物体中切取的一个小微元体的平衡问题。
• Some melt carry-over improves the wetting and equilibrium growth conditions .
  在其中携带一点熔体会改善浸润情况和平衡生长条件。
• An increase in temperature at constant pressure will shift the equilibrium to the right .
  在恒压下升高温度就会使平衡朝右移动。
• Criticism of equilibrium conditions just set out is based upon two considerations .
  对于刚才所述的均衡条件的批评考虑到两点理由。
• We may employ equilibrium considerations to delete the second expression in the bracket .
  我们可以应用平衡条件消去括号中的第二项。
• We recall that the principle of virtual displacements is a statement of equilibrium .
  前面已叙述过，虚位移原理是对平衡的一种描述。
• This involves an equilibrium between the native and denatured forms of the protein .
  这涉及到蛋白质的天然形式和变性形式之间的平衡。
• Another limitation is the lack of availability of accurate equilibrium constants .
  平衡计算的另一局限性是缺乏准确的可利用的平衡常数。
• It is interpreted as a condition necessary for an equilibrium level of national income .
  它被看作是均衡的国民收入水平的一个必要条件。
• The equilibrium equations determine the prices which will be established in given conditions .
  均衡方程式决定将在即定条件下建立的价格。
• The equations of equilibrium and kinematic relations are independent of the type of material .
  平衡方程和运动学关系式是与材料类无关的。
• We must look for another system state function to find the equilibrium criterion .
  为了求得平衡判据，我们必须寻找体系的另外的状态函数。
• This will be true, in particular, if all changes take place through equilibrium states .
  这在所有变化都通过平衡状态而发生时，更是如此。
• The position of equilibrium in a biochemical system is often of critical importance .
  在一个生物化学体系中，平衡的位置经常是十分重要的。
• There will be no tendency for him to bounce back up and regain his previous equilibrium .
  对他来说，就不存在重新站起，恢复其生前平衡的趋势。
• Lame-maxwell equations of equilibrium have important applications in photoelasticity .
  拉密-麦克斯韦平衡方程在光测弹性力学中具有重要的作用。
• Moreover equations of degree higher than quartic often arise in equilibrium calculations .
  况且，在平衡计算中常常发生比四次方程还高的高次方程。
• Hence we consider the knot as a particle in equilibrium whose own weight is negligible .
  因此，绳结可以当作不计本身重量，处于平衡的质点来考虑。
• Figure 3. 21 shows the forces parallel to the plane that are responsible for the equilibrium .
  图321画出了平行于斜面的、相互保持平衡的几个力。