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滑动反应
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  sliding reaction
     Thereactions causing the formation of garnets are complex, which include thetemperature rising dehydration reaction of hornblende and plagioclase andthe sliding reaction from the hypersthepe+plagioclase assemblage to thegarnet+clinopyroxene assemblage.
     形成石榴石的反应是复杂的,其中包括角闪石与斜长石的增温脱水反应以及紫苏辉石+斜长石组合向石榴石+单斜辉石组合转化的滑动反应
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  “滑动反应”译为未确定词的双语例句
     Thehypothesisthatslippagereactionsandtheunequalcrossoversamongtheshorttandemrepeatsmayresultinthedeletionof51stexonwasputforward.
     提出了短段串连重复顺序可通过滑动反应和非平衡性的互换导致第51号外显子缺失的假设。
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  相似匹配句对
     sulfuric acid as catalyzer in this reaction .
     反应如下:
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     Non-linear seismic response analysis of sliding-type base isolation system
     基础滑动隔震体系地震反应分析
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     Its high activity and selectivity for Heck reactions were measured;
     BuHeek反应
短句来源
     SLIDING CURVES
     滑动曲线
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     Sliding mode control for uncertain reaction diffusion systems with delay
     不确定时滞反应扩散系统的滑动模控制
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Garnet group is one of the major rodk-forming minerals in dark maficrocks, granulite and gneiss of the Archean metamorphic complex in Liaoxi-Chifeng area. It is of pyrope-almandine series containing 1ots of grossularmolecules according to electron microprobe analyses and is close to alman-dine according to infrared absorption spectra. Mossbauer spectra of garnetsshow that the increase in Fe~3+ content will lead to further deformationof six-coordinated polyhedra in garnets. There exists positive correlationbetween...

Garnet group is one of the major rodk-forming minerals in dark maficrocks, granulite and gneiss of the Archean metamorphic complex in Liaoxi-Chifeng area. It is of pyrope-almandine series containing 1ots of grossularmolecules according to electron microprobe analyses and is close to alman-dine according to infrared absorption spectra. Mossbauer spectra of garnetsshow that the increase in Fe~3+ content will lead to further deformationof six-coordinated polyhedra in garnets. There exists positive correlationbetween the cell parameter a_0 and the Ca~2+ content of garnets. Chemicalcomposition and structural relationship wfth other coexisting mineralssuggest that garnets are products of granulite facies metamorphism underthe condition of temperature 700--840℃ and pressure 0.85--1.10 GPa. Thereactions causing the formation of garnets are complex, which include thetemperature rising dehydration reaction of hornblende and plagioclase andthe sliding reaction from the hypersthepe+plagioclase assemblage to thegarnet+clinopyroxene assemblage.

石榴石是研究区内暗色镁铁质岩、麻粒岩及片麻岩的主要造岩矿物之一。成分分析表明,它们是含钙铝榴石分子较多的镁铝-铁铝系列石榴石;红外光谱测定其近于铁铝榴石;穆斯堡尔谱分析表明,Fe~(3+)含量增多将引起石榴石内六配位多面体变形程度增大;晶胞参数a_0与Ca~(2+)含量呈正相关。本区石榴石是麻粒岩相变质作用的产物,形成的温压条件为780—840℃、0.85—1.10GPa。形成石榴石的反应是复杂的,其中包括角闪石与斜长石的增温脱水反应以及紫苏辉石+斜长石组合向石榴石+单斜辉石组合转化的滑动反应

ThisstudywasaimedatthestructurecharacterofDMDgenedeletion.The3.1kbhu-mangenomeDNAfragmentcontainingtheintron50and51ofDMDgenewassequencedcompletelyandthecharacterofthesequenceswasanalysedwithcomputer.Thelengthofthefragmentwas3179,in-cludingtheentire51stexonandpartial50thand51stintronsequences.Therewere36shorttandomre-peatsintheintron50and51.Thefrequenceoftherepeatsintheintronswas1.1%.Itwashigherthanthatoftheaverage.Thehypothesisthatslippagereactionsandtheunequalcrossoversamongtheshorttandemrepeatsmayresultinthedeletionof51stexonwasputforward....

ThisstudywasaimedatthestructurecharacterofDMDgenedeletion.The3.1kbhu-mangenomeDNAfragmentcontainingtheintron50and51ofDMDgenewassequencedcompletelyandthecharacterofthesequenceswasanalysedwithcomputer.Thelengthofthefragmentwas3179,in-cludingtheentire51stexonandpartial50thand51stintronsequences.Therewere36shorttandomre-peatsintheintron50and51.Thefrequenceoftherepeatsintheintronswas1.1%.Itwashigherthanthatoftheaverage.Thehypothesisthatslippagereactionsandtheunequalcrossoversamongtheshorttandemrepeatsmayresultinthedeletionof51stexonwasputforward.

为了研究DMD基因缺失的基因结构特点,对DMD基因第50和51号内含子的人基因组DNA3.1kb-HindⅢ片段的全顺序进行了测定并用计算机分析了序列特点。该DNA片段的长度为3179bp,包含了第51号外显子的全部和第50和51号内含子的部分。在第50和51号内含子中发现36个短段串联重复顺序,其出现的频率为1.1%,比平均值要高。提出了短段串连重复顺序可通过滑动反应和非平衡性的互换导致第51号外显子缺失的假设。

The shock absorption capacity of composite foundation plays mainly the roles of amplitude reduction, viscous damping for energy consumption and friction energy consumption. Based on the composite foundation's shock absorption mechanism, the foundation and cushion can be simplified to be a vibrating system involving mass, damping and elasticity with multiple degrees of freedom, of which the frictional action is also taken into account. Then, a shock absorption model and dynamic equation are developed, with a...

The shock absorption capacity of composite foundation plays mainly the roles of amplitude reduction, viscous damping for energy consumption and friction energy consumption. Based on the composite foundation's shock absorption mechanism, the foundation and cushion can be simplified to be a vibrating system involving mass, damping and elasticity with multiple degrees of freedom, of which the frictional action is also taken into account. Then, a shock absorption model and dynamic equation are developed, with a program given using wilson-θ method to compute the equation. A calculating example shows that the maximum interbedded displacement due to composite foundation and cushion is much less than that due to pile foundation. In addition, the maximum value of sliding response spectrum also decreases. All these reveals that the effect of shock absorption is obvious.

复合地基的减振性能主要体现在减小振幅、黏滞阻尼耗能和摩擦耗能上·根据复合地基的减振机理,可把基础和垫层简化为多自由度质、阻、弹振动体系,同时考虑滑动摩擦作用·基于上述简化,建立了复合地基的减振模型和体系的动力方程,并编制利用Wilson θ法求解的相应计算程序·算例表明,由于复合地基设置了褥垫层,其层间最大位移比桩基的要小得多,滑动反应谱峰值也有显著削弱,显示了明显的减振效果·

 
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