1) SPAC
水势差
1.
Water thermodynamic functions are important indexes of water states and its energy in the Soil\|Plant\|Atmosphere Continuum space (SPAC), space and play an important role in SPAC studies.
温度与土壤 -植物间水势差 (ψS- P)和植物 -大气间水势差 (ψP- A)呈正相关。
2) water potential
水势
1.
Definition,calculation and application of total water potential;
总水势概念的定义、计算及应用条件
2.
Effects of water stress on water potential and proline metabolism in leaves of sugarcane(Saccharum officinarum L.) at early growth stage;
聚乙二醇胁迫对甘蔗生长前期叶片水势及脯氨酸代谢的影响
3) soil-water potential
土水势
1.
The method introduced soil-water potential (SWP) equation and moving mesh FEM into the governing equations of traditional Biot s consolidation theory.
该方法在传统Blot固结控制方程组中引入土水势方程(SWP)和移动网格算法,根据虚功原理和加权残值法推导了相应的增量有限元方程。
4) moisture potential
水势能
1.
The soil moisture and moisture potential dynamics were measured.
本文以该区典型代表区大柳塔试验区为例 ,通过野外对比性试验 ,从水分量和水势能的动态变化揭示脆弱生态环境与采矿塌陷作用之间的响应机制 ,并以其为依据 ,提出防治生态环境进一步恶化的对策和建议。
5) hydro potential field
水势场
1.
It is very important to research into the coupled calculation of the dose field temperature field hydro potential field stress field associated with HLW disposal.
回顾了高放废物处置概况 ,给出了剂量场 -温度场 -水势场 -应力场耦合研究的意义 ,探讨了剂量场计算公式与热 -湿 -力耦合方程及其求解 ,最后指出了这一领域的若干优先研究方向 。
6) Water flow
水流水势
参考词条
补充资料：差差
1.犹参差。不齐貌。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。