流体动力发生器 hydrodynamic generator
电磁流体动力发生器 MAGNETO-HYDRODYNAMIC DIRVEN
动力风暴发生器 CYCLONE
动力蒸汽发生器 power steam generator
流体动力式声波发生器 hydrodynamic acoustic generator
我并没有夸大这种危险:去看看劳动力发生了什么事吧。
I'm not overstating the danger: look at what's happened to the labor force.
那是因为所有参与者(市场)之间的动力发生了改变。
That's because the underlying dynamics of the interaction between all the participants (the market) is changing.
因为动力是存在的,但我们必须保持联系,有了这个联系之后,动力发生了作用,整个机器也就开动了。
The power is there, but we must keep the connection; and while we do so, the higher power will work and all the machinery will be in operation.
So, that's kinetics -- how fast a reaction will go, and from the perspective of someone who's a biochemist, I'm interested in kinetics and enzyme kinetics, and thinking about molecules that catalyze reactions in the body.
所以这就是动力学,一个反应发生的有多快,从一个生物化学家的角度,我喜欢研究动力学,酶动力学。
And often, if you want to make a lot of it, you have to think about the thermodynamics of the system, how fast the reactions will go and kinetics, and then whether they'll go, the thermodynamics, and sometimes then you need to adjust the reactions, maybe use a transition metal to make it go better.
这种分子就不能正常工作,而且通常来说,如果你要大量生产一个东西,你必须考虑系统的热力学,反应速率和动力学,还有反应是否会发生,热力学,而且有时候你需要调整反应的发生。
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