thermalization

thermalization的基本解释

n.

热化, 热能化

与thermalization相关的网络例句 [注：此内容来源于网络，仅供参考]

The measurements indicate that the electron thermalization time is between 18 and 47 fs.

实验结果表明，镍薄膜的电子的热化时间在18 fs～47 fs之间，这个比先前的报道要快一些。

In addition, the linear momentum transfer and thermalization ofthe system are incomplete due to nonequilibrium effect in this energy range.

另外，在这过渡区由于存在核反应的非平衡效应，使得中能区的线性动量转移不完全，系统达到热化的程度也不完整。

Transverse momentum fluctuations,Φpt suggested by Gazdzicki and Stanislaw Mrowczynski has been considered as a variable which can distinguish the quark-gluon plasma from hadronic matter and reflect the degree of thermalization of a system.

Gadzicki和Stanislaw Mrówczyski建议的单事件横动量起伏Φ_被看作是鉴别夸克胶子等离子相与强子相、描述系统热化程度的物理量。

与thermalization相关的网络解释 [注：此内容来源于网络，仅供参考]

solvation：溶剂化

当一定频率的光照射到金属电极表面时,金属将发射出光电子e.-;一部分e.-将回到电极表面,另一部分e.-在溶液中会经历热能化(Thermalization)和溶剂化(Solvation)过程损失部分能量,并生成溶剂化电子es-;

neutron thermopile：中子热电池

neutron thermalization 中子热化 | neutron thermopile 中子热电池 | neutron time of flight analyzer 中子飞行时间分析器

neutron thermopile：中子热电堆

neutron thermalization 中子热化 | neutron thermopile 中子热电堆 | neutron tight 不透中子的