1) conduit cavitation
导管空穴化
1.
Recent year s development in the research on conduit cavitation and sapwood embolism is also introduced in details with an introduction.
结合作者的研究工作进展,对当前国内外有关树边材木水分传输机理的研究概况进行了述评,分析了树木水分传输驱动力的构成要素及内聚力学说对树木边材水分传输连续体合理解释,探讨了稳态流模型和非稳态模型在描述树木水分传输方面的效果,介绍了树木组织水容的概念及其在调控树木水分传输过程中的作用和意义,介绍了当前国内外导管空穴化和木质部栓塞研究概况、树木边材导管空穴化的发生机制及检测方法、树木输导组织栓塞对水分传输的影响及栓塞脆弱性评价等。
2) xylem conduit cavitation
导管空穴
1.
The characteristic of xylem conduit cavitation and embolism and water capacitance reflect the efficiency of water transportation and the function of water storage in tree species.
树体木质部导管空穴、栓塞及其组织水容特征反映了树体内水分的传输效率与存储功能。
3) hole-transporting
空穴传导
1.
Cyclic voltammetry results imply the compound has good hole-transporting and electro-transporting pr.
结果表明,这种合成的有机化合物同时具备空穴传导和电子输入双重功能,光致、电致发光性能优良,热稳定性好,可作为蓝光发射材料或者作为空穴注入材料制作相应的有机电致发光材料。
2.
A star-shaped organic oligomer, tris(4-(5-(4-(5-(4-(diphenylamino)phenyl)-1,3,4-oxadia-zol-2-yl)phenyl)-1,3,4-oxadiazol-2-yl)phenyl)amine, TDPAPOPOPA, based on a N core, containing a hole-transporting arylamine and an electron-transporting 1,3,4-oxadiazole units has been synthesized using a facile multi-step procedure.
结果表明,这种合成的同时具备空穴传导和电子输入双重功能基团的星型有机小分子光致发光性能优良(量子效率92%),热稳定性好,可以作为制作有机电致发光器件的候选材料。
4) hole conduction
空穴导电
1.
Based on the basic concepts of quantum physics and classical picture,the concept of hole and the essentials of hole conduction and P type Hall effect are explained.
根据量子物理的基本概念和经典图像说明空穴概念以及空穴导电和P型霍尔效应的实
5) conduction holes
导电空穴
6) conduction hole
传导空穴
补充资料：公理化方法(见公理化和形式化)
公理化方法(见公理化和形式化)
axiomatical method
gongllbuafangfa公理化方法化和形式化。(axiomatieal method)见公理
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