1) temperature pressure field evolution
温压场演化
1.
By studing on magmatic activities and temperature pressure field evolution as well as their relations to subsidence ratio, the time sequence of magmatic activities in basin evoluti.
文中通过对岩浆活动、温压场演化及其与沉降速率之间关系的研究 ,厘定了岩浆活动在盆地演化中的时间序次及其与沉积作用的耦合关系 ,识别出岩浆活动与盆地古温压场演化之间的成生关系 ,并为油气成藏条件的再认识提供了重要而新颖的研究思路与途径。
2) pressure field evolution
压力场演化
1.
Based on quantitative analysis of pressure field evolution,it is discovered that overpres.
渤南洼陷是济阳坳陷沾化凹陷中的一个典型异常高压洼陷,压力场演化定量研究分析表明,渤南洼陷超压形成时代较晚,异常高压主体层段(沙四上段和沙三段)的超压在东营期末开始形成。
3) Evolution of geotemperature-pressure systems
地温-地压系统演化
4) Sea surface temperature variance
海温场演变
5) temperature distribution
温度演化
1.
Under the appropriate dynamic boundary conditions, have been investigated in detail the heat flow equation with heat generation term, and the temperature distribution of target before and after the melting.
熔融后的温度演化规律和固液相界面均以解析表达式的形式给出 。
补充资料：压场
1.用石磙磙压摊在场地上的谷物。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条