1) adhesion work
粘附功
1.
Wetting heat,adhesion work and adsorption enthalpy increment in oil recovery;
采油中的润湿热、粘附功和吸附焓变
2.
According to the surface thermodynamic theory,the optimum bonding conditions wer discussed from the optimum wetting,the maximum thermodynamic adhesion work and the minimum interfacial tension and so on.
根据表面热力学理论,从最佳润湿、最大热力学粘附功及最小界面张力等方面讨论了最佳粘接的条件,以便粘接时选择合适的胶粘剂。
3.
Based on the measuring standard of rock wettability and using optical projection to measure contact angle of rocks, the experiments on the changing wettability of rock surface by biological enzyme include the changes of rock wettability, capillary force and adhesion work after the act of rock with biological enzyme.
根据岩石润湿性的衡量标准,用光学投影法测定岩石接触角,对生物酶改变岩石表面润湿性进行了实验研究,包括生物酶与岩石作用后岩石润湿性的变化、毛管力的变化以及粘附功的变化。
2) adhesive work
粘附功
1.
The internal flow drag reduction property of inwall of lower adhesive work was investigated by treating the inwall of glass conduit with absolute diethyl ether solution of vinyl triethoxy silicane to depress the adhesive work between the inwall and fluid water.
以乙烯基三乙氧基硅烷 无水乙醚溶液处理玻璃管道内壁 ,降低流体水与管壁间的粘附功 ,研究了低粘附功内壁管道的内流减阻性能。
2.
The concept of adhesive work is put forward to study the adhesion between asphalt and aggregate.
探讨采用粘附功试验表征沥青与矿料粘附性的可行性,以润湿吸附理论为基础,讨论了沥青与矿料的粘附性与粘附力的内在关系;分析了沥青矿料表面润湿性能对界面粘结强度的影响,提出了以粘附功作为沥青与矿料粘附性的表征指标,设计了以沥青表面张力γ以及沥青在矿料表面接触面θ为基本参数的试验方法;最后对微观分析和水煮试验结果进行了比较。
3.
With the exploration of adhesive work between fluid and pipe wall,the drag reduction mechanism for the pipe flow of Bingham fluid is brought to light.
从分析流体与固体管壁之间的粘附功入手 ,揭示了宾汉流体管内流动时的减阻机理 ,并推导出了宾汉流体的减阻率表达式 ,讨论了各参量对减阻率的影响。
4) wet web adhesion work(A)
粘附功(A)
5) adhesive function
粘附功能
1.
Effect of simvastatin on E-Selectin expression and adhesive function assay induced by CD40L in ECV-304 cells;
辛伐他汀对CD40L介导的ECV-304细胞E选择素表达及粘附功能的影响
6) adhesion work factor
粘附功因子
1.
In order to evaluate the oil displacement efficiency of oil displacement agents,the adhesion work factor,interfacial tension factor and wettability factor were defined.
为了评价驱油剂的洗油效率,给出了粘附功因子、界面张力因子和润湿性因子的定义,通过室内实验测定了几种化学驱油剂的接触角、界面张力和粘附功,进而计算出其3个因子值。
补充资料：近功
1.指目前的功利。
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