So let's take a look at what actually happens if we're talking about a carbon-carbon double bond, we're going to have a double bond.
让我们来看一看碳碳双键的情况，例如在乙烷里，我们有个双键。
A desirable alternative is to produce liquid hydrocarbons such as alcohols, as far more energy can be stored in the carbon-carbon bond.
一个理想的替代方法是生产液态碳氢化合物如醇，使更多的能量可以储存在碳碳键里。
The electrochemical characteristics of carbon atoms on the edge and basal plane were determined by analyzing structure of graphite crystal and bond of different carbon atoms.
分析了石墨微晶结构与成键特征，研究了石墨微晶中边缘碳原子与基平面碳原子的电化学特性。
Fluorinated carbon - carbon triple bond formation.
含氟碳-碳叁键的合成方法学。
"One - pot" carbon - carbon double bond formation.
“一锅”法的碳-碳双键形成反应。
The review deals mainly with the application of organoboron reagents including aikylboranes, vinylborancs and some organoborates in carbon-carbon bond formation.
本文主要介绍有机硼试剂，包括烷基硼烷，烯基硼烷及一些四价硼酸盐类，在碳碳键形成中的应用。
The results showed, in the presence of sodium hydroxide, 4-aminoazobenzene could react with fresh sodium dithionite solution, and broke the carbon - carbon double bond of 4-aminoazobenzene.
实验表明，在样品中加入氢氧化钠，样品中的4-氨基偶氮苯和新鲜配制的连二亚硫酸钠发生反应，使4 -氨基偶氮苯的碳碳双键断裂。
During the ozone oxidation process of furnace black, the carbon-oxygen single bond can be formed mainly, but further oxidation to the carbon-oxygen double bond is very difficult.
炉法炭黑表面臭氧化过程中主要生成的是表面碳氧单键结构，进一步氧化为双键的程度很低。
Carbon-carbon bond forming reactions are most important transformations in organic synthesis.
碳碳键的形成反应在有机合成中占有非常重要的地位。
In view of these great role, organic synthesis workers have done a lot of work on the field of Carbon-Carbon multiple-bond compounds. All kinds of synthetic methods continuously appear.
鉴于重键化合物的重大作用，有机合成工作者对此类化合物的合成已做了大量的工作，各种合成方法不断涌现出来。
As an important approach of carbon-carbon bond formation and carbon-heteroatom bond formation, photochemistry of organic halides has been studied extensively.
有机卤代物的光反应作为构建碳-碳键和碳-杂原子键的一种重要途径已经得到了广泛和深入的研究。
Carbon-carbon bond forming reactions of arenes and heteroarenes are always the major topics in organic chemistry and organometallic chemistry.
芳烃和杂环芳烃化合物的碳碳键生成反应一直是有机化学和有机金属化学研究领域中的主要课题。
To our knowledge, the similar FeCl3-mediated carbon-carbon bond cleavage was not reported before.
三氯化铁作用下的类似碳碳键断裂反应未见相关文献报道。
To our knowledge, the similar FeCl3-mediated carbon-carbon bond cleavage was not reported before.
三氯化铁作用下的类似碳碳键断裂反应未见相关文献报道。
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