记忆

We have used a HPLC/PDA/ESI-MS tandem system to analyze the fingerprint chromatogram of Panax ginseng, Polygala tenuifolia and KXS, and to perform a qualitative analysis of the components in Panax ginseng and Polygala tenuifolia.

本课题采用跳台法和方形水迷宫法，研究了KXS对正常鼠以及东莨菪碱、脑缺血再灌注、酒精等不同的学习记忆损伤模型的作用，并初步研究了KXS促进学习记忆的神经生化机制。

Long-term potentiation is a model for research of learning and memory, it consideing the neural basis of memory formation.

长时程增强是研究学习记忆机制的一种模式，被认为是记忆形成的神经基础。

Short-lived are both the praiser and the praised, and the rememberer and the remembered: and all this in a nook of this part of the world; and not even here do all agree, no, not any one with himself: and the whole earth too is a point.

赞颂者和被赞颂者，记忆者和被记忆者的生命都是短暂的；所有这些活动都发生在这世界的一部分的一个小角落里，甚至在此也不是所有人都意见一致，不，不是任何人都和他自己在一起的。整个地球也只是一个点。

Implicit memory is an important branch in the research of memory and it has a close relationship with the priming effect.

内隐记忆是记忆研究中的重要方面，它是和启动效应紧密联系在一起的。

A general super memory gradient projection method was generalized to solve the nonlinear programming problems about the nonlinear equality constraints and in equality constraints by using general projection matrix.

利用广义投影技术，将求解无约束规划的超记忆梯度算法推广，建立了求解带非线性等式和不等式约束优化问题的一种超记忆梯度广义投影算法，并证明了算法的收敛性。

It is shown that Mn and Ti had refined the microstructure,and formed to precipitation affluent of Mn or Ti ,which approved the performance of the Shape Memory Alloy.For a certain strain,the shape memory effect vayied functionly together with the aging time:alloy performance the best coorperative status that the martensite lathing was close and ordered,the precipitation rich of Mn and Ti dispersed orderly in the microstructure and little or even no eutectoid phase had precipited in the alloy ,in a special aging temperature and time. With the prolonger of the aging time,the different aging time affects the microstructure rulely.

结果表明：Cu-Al-X系形状记忆合金中，Mn和Ti的加入细化了组织，并且形成了富Mn和富Ti相，起到沉淀强化和弥散强化的作用；对于同一种变形量，合金在母相时效时，形状记忆效应随时效保温时间呈现规律性变化，不同时效温度下，合金对应一个不同的时效时间，此时合金的显微组织呈现最佳自协作状态，马氏体板条细密有序，富Ti和Al相均匀的弥散在组织中，合金中没有或很少有共析相出现，且随着时效时间的延长，在不同的特定温度下，Cu-24Al-3Mn-2Ti合金的组织会有规律性的变化。

It is shown that Mn and Ti had refined the microstructure, and formed to precipitation affluent of Mn or Ti, which approved the performance of the shape memory alloy. For a certain strain, the shape memory effect varyied functionly together with the aging time: alloy performance the best coorperative status that the martensite lathing was close and ordered, the precipitation rich of Mn and Ti dispersed orderly in the microstructure and little or even no eutectoid phase had precipited in the alloy, in a special aging temperature and time. With the prolonger of the aging time, the different aging time affects the microstructure rulely.

结果表明：Cu-Al-X系形状记忆合金中，Mn和Ti的加入细化了组织，并且形成了富Mn和富Ti相，起到沉淀强化和弥散强化的作用；对于同一种变形量，合金在母相时效时，形状记忆效应随时效保温时间呈现规律性变化，不同时效温度下，合金对应一个不同的时效时间，此时合金的显微组织呈现最佳自协作状态，马氏体板条细密有序，富Ti和Al相均匀的弥散在组织中，合金中没有或很少有共析相出现，且随着时效时间的延长，在不同的特定温度下，Cu-24Al-3Mn-2Ti合金的组织会有规律性的变化。

Children's working memory is increasing stably, and it has high correlations with crystallised intelligence and fluid intelligence, and there is also high correlation between working memory and one of general creativity's dimensionalities, Promethean.

儿童的工作记忆水平随年龄的增长呈稳定的增长趋势，儿童的工作记忆和晶体智力有极其显著的相关，和流体智力也有较高的相关，和一般创造力的独创性维度有较高的相关。

Cross-talk between the hemispheres may be important for remembering specific events, called episodic memory, so psychologists Stephen Christman and Ruth Propper of the University of Toledo, Ohio, reasoned that lefties and righties might differ in episodic memory skills.

大脑两个半球间的相互交流可能有利于记住特别事件的阵发式记忆，因此美国俄亥俄州托莱多大学的两位心理学家Stephen Christman和Ruth Propper推测，左撇子和右撇子在阵发式记忆上应该有所不同。

Different types of memory, including RAM, RAM cache, ROM, and CMOS, and the importance of memory access time are explored.

记忆的不同类型，包括随机存取储存器，随机存取储存器隐藏所、 ROM 和互补型金属氧化半导体，和记忆通路时间的重要性被探究。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。