在三体衰变中，出现的产物粒子有较大的自由度。
In a three-body decay, the emerging particles have more freedom.
在共轭爆轰模型中，阵面激发化学反应释放出的能量，使得爆轰产物粒子朝不同的方向运动。
In conjugate detonation model, chemical reaction is initiated by the shock wave front, and the released energy makes the particles of explosion products move in different directions.
SEM分析表明，采用逆凝聚包覆法制备的PCR粒子为单颗连续粒子，说明产物粒子是由单颗的胶乳液滴凝聚而成。
The SEM analysis shows that the PCR particles are single continuous particles, which shows that the PCR particles are coagulated from the single polychloroprene rubber latex drops.
CJ和ZND模型中的有序假设，即爆轰产物粒子朝着同一方向作有序运动的假设，决定了终点熵最低和不处于热力学平衡态。
The order assumption in CJ and ZND models, which considers all particles of detonation products march orderly in one direction, implies low entropy and thermodynamic non-equilibrium.
与无超声波场的水解产物相比较，由于超声波的作用使水解产物粒子变得均匀而分散，产物的晶格常数c和平均晶粒度减小。
Compared with the product obtained without ultrasonic wave irradiation, the crystal structure and grain size of hydrolysis product have been changed.
这种反应会产生与参与反应的两种粒子完全不同的原子和亚原子产物。
That reaction produces atomic and subatomic products different from either of the original two particles.
阿尔法粒子是氦核，它们是放射性衰变的产物。
Alpha particles are these helium nuclei, and they are the result of radioactive decay.
如果衰变产物出现，这意味着它们是由时光倒流回去或从其他维度来的粒子产生的，这些粒子则出现在产生它们的碰撞之前。
If that happens, it means that they will have been produced by particles that have gone back in time - or through another dimension - to pre-date the collision that produced them in the first place.
在物理学的时空世界中，不同种类的粒子、不同种类的相互作用、整个复杂的自然界，包括人类自身，都是对称性破缺的产物。
In the world of time-space in physics, symmetry breaking results in all kinds of particles, interactions, the complicated world and even mankind itself.
金纳米粒子是为人所熟知的醇氧化的催化剂，这些实验能有助于我们了解副产物的形成，而了解这些是非常有用的。
Gold nanoparticles are well known to be active for alcohol oxidation and these model studies may help us understand some of the by-product formation, which will be really helpful.
研究了含有微细炭黑粒子混和单体悬浮聚合产物的粒径及形貌特性。
The particle diameter and surface characteristics of toner particles prepared by suspension polymerization in the presence of carbon black particles were studied.
研究了含有微细炭黑粒子混和单体悬浮聚合产物的粒径及形貌特性。
The particle diameter and surface characteristics of toner particles prepared by suspension polymerization in the presence of carbon black particles were studied.
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