1) Academic Attainment
学力化
1.
On the "Academic Attainment" of Physical Education Teaching in Universities;
高校体育课程教学“学力化”探析
2) mechano chemical
力学化学
1.
A new mechano chemical fatigue model for fiber reinforced composites was developed, and the cyclic activation energy and the factor of residual strength were included in this residual strength based model to reflect the effect of chemical reaction caused by the mechanical activation when the composites are subjected to cyclic loads.
在充分考虑疲劳过程中聚合物基复合材料内部所发生的化学变化的基础上 ,引入周期力学活化能和剩余强度系数的概念 ,提出了一种新的纤维增强复合材料的力学 化学疲劳模型 ,从力学化学效应的角度可以较好地解释间歇疲劳寿命大于连续疲劳寿命、含氢键介质可以延长材料的疲劳寿命等现象 ,而且采用这种力学 化学疲劳模型对复合材料疲劳过程的剩余强度进行预测 ,其结果与试验值吻合得很好 。
3) Chemistry learning power
化学学力
4) mechanochemistry
[,mekənə'kemistri]
力化学
1.
The influence of tectonic activities focuses on a process of mechanochemistry,while the influence of volcanism is presented by interaction between volcanic minerals and organic matter including catalysis and adding of hydrogen into hydrocarbon.
构造活动的影响表现在力化学作用上 ;火山活动的影响除了表现为加热作用外 ,还表现为与火山岩有关的矿物与有机质或干酪根的相互作用 ,包括催化和加氢作用。
2.
The mechanochemistry effects on the process of diaspore type bauxite in sodium aluminate solution was investigated.
力化学方法处理铝土矿，可明显改善其溶出性能。
3.
In this paper,mechanochemistry theory and coal structure analytical methods were used to study the classification and energy source of coal mechanochemistry,the effects on coal structure evolution,and the mechanochemical action and physico-chemical dynamic mechanism of tectonically deformed coal.
本文应用力化学理论和煤结构分析方法,研究了煤的力化学作用类型、力化学能量来源及煤结构演化的影响因素,探讨了构造煤形成的力化学作用及其物理—化学动态机制,认为地质构造水平挤压应力是煤力化学作用的重要能量来源,煤体在挤压剪切作用下发生变形、破坏而形成构造煤,另一方面,力化学作用使煤分子结构发生缩聚、降解、芳构、异构和重排等化学变化。
5) mechano-chemistry
力化学
1.
Study on the size and microstructure of nano-montmorillonite prepared by controlling the mechano-chemistry methods;
采用力化学方法调控制备纳米蒙脱土尺寸与结构的研究
2.
Grinding the coal powder mixed with a few linetype Phenol-formaldehyde resin,the surface of the coal powder was modified by the mechano-chemistry effect during ball milling.
在神府煤粉中加入少量线型酚醛树脂在行星球磨上进行混合球磨,利用球磨过程中的力化学作用对煤粉进行表面改性,用傅立叶变换红外光谱、热重分析仪和激光粒度分布仪等对改性后煤粉进行了论证。
6) mechano chemistry
力化学
1.
Based on the technology of titanium dioxide solid phase grafting modification with polystyrene by mechano chemistry, the modification mechanisms were studied by many measurements and methods, such as IR, XPS, SEM, GPC, TG DTA, Centrifugal settlement, etc.
在力化学法钛白聚苯乙烯固相接枝改性工艺的基础上 ,应用多种检测手段研究了力化学法钛白聚苯乙烯固相接枝改性的机理 ,并建立了钛白表面聚苯乙烯接枝模型 ,认为力化学法钛白聚苯乙烯固相接枝改性的机理主要是自由基聚合反应。
2.
A new process was proposed and studied by mechano chemistry in stirred mill to graft titanium dioxide with polystyrene in solid phase.
提出并详细研究了在搅拌磨中钛白力化学固相接枝聚苯乙烯改性的工艺及影响因素 ,得出了较好的工艺条件和工艺指标 ,证明此工艺有较好的应用前景 ;定性分析了其改性机理 ,认为主要是自由基聚合反
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