英语释义

• the branch of mechanics concerned with the forces that cause motions of bodies

片语

Electrode kinetics[物化]

precipitation kinetics沉淀动力学

equilibrium kinetics平衡动力学

plate kinetics板块运动学

Surface Kinetics表面动力学

kinetics control动力学控制

Cell kinetics[细胞]

enzyme kinetics[生化] 酶动力学

kinetics equation动力学方程

kinetics of combustion[热] 燃烧动力学

Explosive Kinetics爆破力学

reaction kinetics[物化] 反应动力学

chemical kinetics[物化] 化学动力学

polymerization kinetics[高分子]

英汉例句

• so in a fairly straightforward way, we「ll use first order kinetics to determine the lifetime of something like this.

  这里我们直接利用一阶过程的动理学,就得到了类似这种东西的寿命。

• nowak is now studying the chemical kinetics of this system, which means describing how strings with different sequences will grow.

  nowak如今正在研究这个系统的化学动力学，也就是将描述带有不同序列的串的生长规律。

• so now the kinetics are quite different.

  现在动理学就完全不一样了。

• so the idea in the context of kinetics is that the rate depends on how many molecules can get up here.

  所以动理学的关键概念在于,速率依赖于多少分子,能够到达这里。

• the scientific ground that」s covered includes the fields of molecular biology, kinetics and robotics, algorithms and more.

  这里覆盖的科学领域有，生物分子学，动力学，和机器人学，算术及其他。

• kinetics is concerned with rates of reactions, primarily.

  动理学主要关注反应的速率。

• so the single most common example of first order kinetics of this form is radioactive decay.

  具有这种形势的最常见的,一阶动理学过程是放射性衰变。

• in the next lecture we「re gonna be talking about reactor physics and then a review of reactor kinetics and control. we」ll then study feedback effects and depletion.

  下一课，我们会谈论,反应堆物理，然后回顾反应堆,动力学和控制，然后我们会研究反馈,反应和损耗。

• so, the kinetics of a protein, dna a separation of macro-molecules, the movement of microorganisms all of those things are done in biology.

  一个蛋白质的动力模型，链的交换，还有其他自然的事物，dna，strand，exchange，，things，of，that，nature。,这和宏观动力学不同，微型组织的运动,都是在生物学中讨论的。

• but it turns out, if you raise the temperature, kinetics is wonderful in terms of the temperature dependence.

  但是如果你提高温度,动力学有很好的温度依赖关系。

• and there are all sorts of examples where mechanisms that were proposed and accepted because they were consistent with macroscopic kinetics results turned out to fail.

  但是也有这样的例子,他们被提出并且接受了,因为最终证明这些微观反应机制,是错的。

• we also use kinetics to describe an enormous range of time scales.

  我们同样用动理学结果来描述,很大的反应的时间尺度。

• kinetics study of the pyrolysis process is carried out at last.

  最后对花生壳的热解过程进行了动力学研究。

• which might all satisfy the macroscopic kinetics equati so we use kinetics to infer a mechanism but not necessarily to prove it.

  而这些微观机制给出同样的动理学结果,所以我们用动理学结果,来推断微观反应机制,但是不用它来证明微观机制。

• for other chemical systems, the kinetics can be quite different than what you observed in this experiment.

  对于其他的化学系统，动力学和你在这个实验中观察到的可能有很大不同。

• kinetics is really a very different kind of topic.

  动理学是一个很不一样的问题。

• being able to fluidize includes the kinetics of the deposition of the gas, in our case silane, which is important for yield, because unconverted silane lowers your granular poly yield.

  我们制造硅烷的能够流体化包括了气体的沉积动力学，这对产量的重要，因为会降低你的未转换的颗粒聚硅烷产量。

• so as soon as you get away from first order kinetics and go to second order kinetics with multiple steps, it「s a mess.

  你一旦离开一级动力学,到有多个步骤的二级动力学，它是混乱的。

• and actually just like macroscopic thermodynamics, kinetics does take an empirical approach to the topic.

  实际上就像热力学一样，动理学的研究方法也是经验性的。

• but it」s also important to recognize that what kinetics can do is show us how we can formulate microscopic mechanisms that might be consistent with our macroscopic kinetics models.

  但是我们也要意识到,我们得建立,微观反应机制,和宏观动力学模型一致的。

• now let's just go through some elementary examples of kinetics one at a time.

  现在我们依次讨论,几个动理学的基本例子。

相似词

mechanics力学（用作单数）；结构；技术；机械学（用作单数）