查询词典 activity energy

The energy required to form the CpTiCH〓 cation from dissociation of CpTiCH〓Cl·AlMe〓 and different kinds of chlorine-bridged and oxygen-bridged CpTiCH〓Cl·MAO model adducts accounted for the higher cocatalytic activity exhibited by MAO with respect to AlMe〓.

CpTiCH〓Cl·AlMe〓和不同氯桥或氧桥

It is important that studying gamma ray spectrometry of field rocks and soil in the earth抯 crust. Their energy range are mainly 30-3000keV, they contain abundant information of natural radioactive nuclides, such as uranium, thorium, potassium, etc, and of artificial radioactive nuclides from nuclear engineering activity, such as cesium, americium, cobalt, etc, and of the results in interaction between gamma ray and earth抯 crust.

国外近年已经生产出大于256道的伽玛射线能谱仪，但由于仪器应用滞后于仪器研究，且仪器稳谱未完全解决，获取全谱信息困难，加之对低能谱段的认识不足等原因，致使野外应用仍然滞留在仅限于测定铀钍钾含量的伽玛能谱测量水平上。

Activity of ATPase and SDHase increased, which relieved anoxemia and improved the generation and application of energy

针刺可提高ATP酶、琥珀酸脱氢酶活性，改善心肌细胞缺血缺氧状态，促进能量的生成和利用。

FITC can inhibit the antimonite-stimulated ATPase activity of ArsA and a combination of ATP and antimonite can completely protect ArsA from the inactivation of FITC. The Lys residue in the glycine-rich loop in ArsA is possibly one of the sites for FITC modification. Antimonite can induce the fluorescence resonance energy transfer between FITC and TRITC that separately labeled on different ArsA molecules.

研究还发现FITC对ArsA的ATP酶活性有抑制作用，ATP和SbO〓与ArsA的结合完全拮抗这种抑制，说明ATP和SbO〓与ArsA的结合能够引起ArsA产生一种完全不同于它们单独与其结合时的构象变化，从而使ArsA上FITC的修饰位点变得不易接近，同时ATP结合位点内的Lys可能是FITC在ArsA上的结合位点之一。

Do you think it worthwhile to spend so much time and energy arranging an activity like this?

96·你认为是否值得花这么多的时间和精力来安排这样一个活动？

The diameter of nano-particle is small and its surface energy is high. Atomic valence bond of particle surface is not saturation and surface atoms have extremely physical and chemical activity. So, nano-particle is apt to agglomerate to make difficult to bring its excellent properties to completely play and to modify polymer.

纳米粒子粒径小，表面能大，且粒子表面的原子价健处于不饱和状态，表面原子有极大的物理与化学活性，因此纳米粒子非常易于团聚和吸附，而使得其拥有的性能难以充分发挥，从而失去应有的对高分子材料的改性作用。

Introduce according to building ministry undersecretary Huang Wei, it is currently in bourg construction activity, not wasteful land, energy-saving, not environmental protection, insecure, wasteful phenomenon is commonner, the mean life of farming room has 15 years only, this is told to farmer individual and society is enormous waste undoubtedly.

据建设部副部长黄卫介绍，当前在村镇建筑活动中，浪费土地、不节能、不环保、不平安、不经济的现象比较普遍，农房的平均寿命只有15年，这对农民个人以及社会来讲无疑都是巨大的浪费。

The human does not leave, and in the activity, the switch continues the breakover; After the human leaves, the switch time delay automatic shut-off load, is bright the human to the lamp, the human extinguishes to the lamp, kind convenient, safe energy conservation.

人不离开且在活动，开关持续导通；人离开后，开关延时自动关闭负载，人到灯亮，人离灯熄，亲切方便，安全节能。

As the sample of Yuanliangshan tunnel in Chongqing-Huaihua Railway, based on the full analysis of groundwater specimens, five chemical equations are designed to calculate evaluating data by the relation of activity, equilibrium constant and Gibbs free energy. According to the two criterion of partial pressure of carbon dioxide and reaction direction, the result calculated shows the groundwater has weak corrasion to carbonate rocks, which should be avoided to do harm to tunnel.

以渝怀线圆梁山隧道为实例，通过隧道内地下水取样进行了全分析，其中CO(上标 2-下标 3)离子作为"中间过渡态"离子，由于只存在微小量未被检出；使用水质分析结果数据设计了五个化学反应方程式，通过活度、反应平衡常数及吉布斯自由能之间关系进行热力学计算，依据二氧化碳气体分压P(下标 CO2)与反应进行两个方向化学反应判据开展分析，结果表明地下水具有弱侵蚀性，在隧道工程中应避免其引起危害。

The polecats were not sensitive to variable food under starvation conditions. This was due to the fact that the polecats had low levels of energy metabolism and they conserved energy by decreasing their activity to increase their survival under starvation conditions.

产生这种结果的主要原因可能是艾虎的能量代谢水平较低，在食物受到限制时主要采用降低活动使单位活动时间内所获得的能量值达到最大的取食对策增加自身的存活机率。

The absorption and distribution of chromium were studied in ryeusing nutrient culture technique and pot experiment.

采用不同浓度K2CrO4(0，0.4，0.8和1.2 mmol/L)的Hoagland营养液处理黑麦幼苗，测定铬在黑麦体内的亚细胞分布、铬化学形态及不同部位的积累。

By analyzing theory foundation of mathematical morphology in the digital image processing, researching morphology arithmetic of the binary Image, discussing two basic forms for the least structure element: dilation and erosion.

通过分析数学形态学在图像中的理论基础，研究二值图像的形态分析算法，探讨最小结构元素的两种基本形态：膨胀和腐蚀；分析了数学形态学复杂算法的基本原理，把数学形态学的部分并行处理理念引入到家实际应用中。