核反应是化学反应还是物理反应。
人们对周遭物理环境的反应也不尽相同。
People also react in surprising ways to their physical surroundings.
题目是我们将要涉及的反应物理，回顾反应物理。
The topics we'll be covering are reactor physics, a review of reactor physics.
所以，为了这样做，你们必须理解，反应堆里的是什么，从物理上来说。
So in order to do this you have to understand what's in the reactor, physically.
所有的这些事情需要分析，和理解，在一个反应堆物理计算中。
And all these things need to be analysed and understood in a reactor physics calculation.
在这些传感器中，有些对诸如光亮、温度等物理现象作出反应。
Some of these sensors react to physical phenomena such as light, temperature, and so on.
回忆一下，我们下一节课会关于反应堆物理。
动作和反应的定律并不专限于物理的范畴内。
The law of action and reaction is not exclusively for physics.
示踪法技术在固态物理学方面给出有关结构和反应的信息。
Tracer techniques give information about structure and reactions in solid state physics.
这个位移是物理的反应，表明阳性在细胞膜内过盛。
This displacement is the physical reaction that was in the cell membrane, the Sheng.
物理作用包括隔热、隔氧、降低燃烧反应温度等。
The physical functions include separating heat, cutting off oxygen and decreasing burning reaction temperature.
应用双群理论计算了反应堆堆芯物理常数。
The physical parameters of the reactor core are calculated by method of the two-group theory.
踪法技术在固态物理学方面给出有关结构和反应的信息。
Tracer techniques give information about structure and reactions in solid state physics.
踪法技术在固态物理学方面给出有关结构和反应的信息。
Tracer techniques give information about structure and reactions in solid state physics.
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