- 更多网络例句与共振能相关的网络例句 [注：此内容来源于网络，仅供参考]
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With the analysis of theπandσresonance,the change of bond length,dipole moment,bond energy in different state are discussed.
键能变大，偶极矩变大等反常行为是和其分子内的共振能紧密相关的。
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Topological resonance energy and bond resonance energy methods were applied to all the open structure isomers of C36CH2 to investigate their aromaticity.
用键共振能和拓扑共振能方法对富勒烯C36CH2开环结构中的所有可能异构体及其阳离子和阴离子芳香性进行了研究。
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This spectrometer can communicate with general purpose computer and can be controlled by it also.This spectrometer is high automatic and has powerful data processing ability. Single-chip microcomputer,Mssbauer spectrometer,Software
MS—2000型穆斯堡尔谱仪相对于FH—1918型Mssbauer谱仪具有以下新功能：能产生线性度很好的三角波，提高了Mssbauer谱的准确程度；自动单道测量γ能谱，并"卡"γ共振能峰犤5犦；谱数据掉电保护功能；上电自动
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The calculations reveal the different natures of the C-Cl and Si-Cl bonds and show that the barriers for the heterolysis processes in both cases are controlled by the resonance energy.
计算结果表明这两种分子在水溶液中的异解解离能取决于体系的共价-离子共振能RE_(C-I，在键解离过程中其共振能的丧失是反应解离能的主要来源。
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It was found that the formal potential of indophenols has a good relation with two-center electron exchange energy,Eex(2),resonance energy of O-C bond,Eex(C1-O),and molecular ionization potential,Ip,among 19 moleclular structural parameters.
研究发现，在所选择的19个分子结构参数中，双中心电子交换能Eex(2/eV，O－C键的共振能Er(C1－O/eV和分子的电离势与其式电位有较好的相关性。
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The system can not only analysis the data of organic combustion, but also use to the determination of the decompounded enthalpy of compounds and these complicated samples analysis, such as coal, sludge, life waste, architectural material, feed and concrete material etc.
其测 定体系不限于有机物，已扩展到其它反应热和结构的测定，文献【4〕用于测定液体燃烧热和苯共振能的测定，文献【5」与【6用于样品的预处理获得了较好的效果。
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The topological resonance energy method was applied to all the open structure isomers of C36X to investigate their aromaticity.
采用拓扑共振能方法对富勒烯C36X开环结构中的所有可能的异构体及阳离子和阴离子芳香性进行了理论研究。
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Set of fluorescence resonance energy transfer ..
hARNT-YFP 的表达质体，送入大鼠肝癌 H4IIEC3 细胞中，结果发现萤光共振能。。。
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By applying the sinusoidal wave mode to simulate the rugged surface of bridge deck,accounting for vehicle-bridge interaction and using Euler-Bernoulli beam theory, a coupling vibration model of vehicle-bridge system was developed. The model was solved by mode analyzing method and Runge-Kutta method, and the dynamic response and the resonance curve of the bridge were obtained. It is found that there are two resonance regions, one represents the main resonance while the other the minor resonance, in the reson...
通过用正弦波形模拟桥面的不平和考虑移动车辆-桥梁间的相互作用，在Euler＿Bernoulli梁理论的基础上建立了一种车桥系统的耦合振动模型·利用模态分析法和Runge＿Kutta法对模型进行数值求解，获得了车桥系统耦合振动的动态响应和共振曲线·发现车桥耦合振动的共振曲线中存在两个共振区域，一个反映主共振而另一个反映次共振·讨论了桥面不平、桥梁振型和车辆间的相互作用对系统振动的影响·数值结果表明，这些参数对系统振动的影响很大，桥面不平和振型对车桥系统耦合振动的影响不能忽略，设计车速应该远离临界车速
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In addition, basing on the tight-binding model of the single electron and transfer matrix method, we study the charge transfer properties of Fibonacci sequence and discuss specially the dependent of electronic transmission on energy and the length of the sequence. We find some resonant peaks can survive in relatively longer Fibonacci sequences than random sequences, which also implies there are long-range correlations in Fibonacci sequences.
从Anderson紧束缚模型出发，采用传输矩阵方法研究了Fibonacci序列的电子输运特性，讨论了输运系数对能量及其序列长度的依赖关系，发现随着序列的长度增加，具有好的透射性的电子态数量有所减少，但相对于随机序列而言，共振能态可以在更长的序列中存在，进一步证明了Fibonacci序列中存在有较强的长程关联行为。
- 更多网络解释与共振能相关的网络解释 [注：此内容来源于网络，仅供参考]
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delocalization energy：离域能
曾经有好几位学者对C60作过HMO计算[4],并将C60和其它芳香烃的离域能(delocalization energy)和共振能进行比较. 结果表明其共振稳定性大约是苯分子中每个碳原子的平均共振能的两倍. 虽然在这个分子中碳原子并不都是完全共平面的,因此会出现一些张力,
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resonance energy transfer：共振能量传递,能量共振转移
resonance energy 共振能 | resonance energy transfer 共振能量传递,能量共振转移 | resonance escape factor 逃脱共振因子
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high-lying resonance：高位共振能階
"高放射性","highly radioactive" | "高位共振能阶","high-lying resonance" | "高质量同位素","high-mass isotope"
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resonance,high-lying：高位共振(能阶)
"最高共振(能阶)","resonance,highest" | "高位共振(能阶)","resonance,high-lying" | "铟共振","resonance,indium"
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resonance energy：共振能
resonance absorption 共振吸收 | resonance energy 共振能 | resonance hybrid 共振杂化
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resonance energy：共振能=共振能量
resonance cross section 共振截面= 共振截面 | resonance energy 共振能=共振能量 | resonance excitation 共振激發
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resonance energy transfer：共振能量传递,能量共振转移
resonance energy ==> 共振能 | resonance energy transfer ==> 共振能量传递,能量共振转移 | resonance escape factor ==> 逃脱共振因子
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resonance energy level：共振能阶
resonance energy 共振能 | resonance energy level 共振能阶 | resonance escape probability 共振机率
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exchange resonance energy：互换共振能
exchange symmetry 交换简并性;交换对称性 | exchange resonance energy 互换共振能 | exchange resin 交换树脂
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level; resonance energy：共振能阶
level; ocean 海洋水位 | level; resonance energy 共振能阶 | level; rotational energy 转动能阶