随着变形机制、构造环境变化引起成矿流体沸腾作用并导致金矿形成。
With the change of strain dynamic and tectonic situation, ore fluids boil and result the formation of gold deposit.
减压降温导致的流体沸腾作用可能是留村金矿金沉淀成矿的主导因素。
Fluid immiscibility caused by cooling and pressure change was possibly responsible for gold precipitation.
进一步研究发现，矿化与岩浆的结晶分异作用、流体的沸腾作用及流体的混合作用关系密切。
Further studies indicate that mineralization has intimate relationship with magmatic fractional crystallization, fluid boiling and fluid mixing.
中子噪声用于反应堆冷却剂沸腾监测有独特的作用。
The neutron noise method has been used to monitoring reactor coolant boiling.
不同的沸腾传热区域内起主导作用的沸腾传热机制是不同的，从而揭示了控制微尺度沸腾传热的统一规律。
The dominant boiling heat transfer mechanisms are different in different boiling heat transfer regions, and the unified law that controls the microscale boiling heat transfer was discovered.
不同的沸腾传热区域内起主导作用的沸腾传热机制是不同的，从而揭示了控制微尺度沸腾传热的统一规律。
The dominant boiling heat transfer mechanisms are different in different boiling heat transfer regions, and the unified law that controls the microscale boiling heat transfer was discovered.
应用推荐