Carbon skeleton

美 [ˈkɑːrbən ˈskelɪtn]英 [ˈkɑːbən ˈskelɪtn]
  • 网络碳骨架
Carbon skeletonCarbon skeleton
  1. This will be a continuous porous carbon skeleton @ MnO2nano-composites SEM , XRD characterization , and direct production into a whole electrode electrochemical performance testing .

    将这种连续多孔碳骨架@MnO2纳米复合材料进行SEM、XRD表征,并将其直接制作成整体电极进行电化学性能测试。

  2. Based on the additional carbon skeleton of Ala compared to ( NH_4 ) SO_4 , these resulted suggested that carbon / nitrogen balance play a important role in the different regulation of the enzyme activity .

    基于Ala碳骨架的存在,这些结果表明,碳/氮平衡是影响这些酶活性差别表达的主要原因。

  3. Crystal Structure of a C_ ( 19 ) Diterpene with New Carbon Skeleton

    一个新骨架的C(19)二萜内酯的晶体结构

  4. Studies on the Optimal Expression Conditions of GST and Carbon Skeleton of α - amanitin Fusion Gene

    α-amanitin线性肽骨架融合基因表达条件的优化

  5. A sesquiterpene lactone of grand-cycle carbon skeleton structure ⅵ . determination of chemical structure of neo-aristolactone

    大环骨架结构的倍半萜化合物&Ⅵ.马兜铃新内酯的化学结构测定

  6. The Confirmation of the Carbon Skeleton of ( E ) - ω - Substituted camphene with ~ 13CNMR

    用~(13)CNMR确定(E)ω取代莰烯的碳骼

  7. It has been used for increasing insensitive NMR signal , in order to identify various atomic group in complicated Compounds easily and Provides information on the carbon skeleton of organic compounds .

    Doddrell等人提出来的核磁共振新技术,用以增强不灵敏核的核磁共振信号及区分不同类型的原子核,为研究复杂有机化合物分子结构提供分子骨架信息。

  8. In order to improve the energy storage of capacitor , the heteroatoms were introduced into the carbon skeleton structure to improve the structure and the surface chemical properties of carbons in order to optimize the electrochemical performance of supercapacitors .

    因此,为提高电容器的能量存储,通过杂原子引入的方法调变材料的结构性能以及表面化学性质,进而优化其电容行为。

  9. Nitrogen-doped porous carbons ( NPCs ) have broad application prospects as electrode materials for supercapacitor because the nitrogen functional groups on carbon skeleton can not only provide pseudocapacitance effect but also improve the surface wettability of electrode materials .

    氮掺杂多孔炭由于其碳骨架上的含氮官能团可以提供赝电容并增强材料的表面润湿性,因而其作为超级电容器电极材料受到研究人员广泛的关注。

  10. The reaction mechanism is probably that sulphur acts on the chain compounds and makes them to become the conjugate alkene intermediate at first , then the other sulphur attacks the intermediate and joins the carbon skeleton to form thiophene series .

    其反应机理可能是:硫先作用于链状化合物将其改造成共轭烯中间体,其他硫再从这个部位进入碳骨架从而形成该类化合物。

  11. Partially introducing heteroatom , such as nitrogen , into the all carbon aromatic skeleton of PAHs will usually lead to dramatic changes in their physicochemical and / or electronic properties .

    通常在PAH骨架上部分引入杂原子,如氮等将对其理化及光电性质产生巨大的影响。

  12. Conclude that the density and compressive strength are dependent on the physical properties of carbon foam skeleton , the density and compression strength of SiO2 / RVC are a growing trend with the carbon foam substrate carbonization temperature rising .

    结果表明复合材料的密度和抗压强度都依赖于泡沫炭骨架的物理性能,随着基体泡沫炭的炭化温度升高,SiO2/RVC复合隔热材料的密度和抗压强度都呈现增长的趋势。

  13. Glucose and glutamine are considered as the major carbon , nitrogen and energy sources in myeloma cell culture media . They provide carbon skeleton and energy for cell growth . Byproducts , such as lactate , ammonia and alanine , are produced during cell culture process .

    将葡萄糖和谷氨酰胺作为主要的碳源和氮源,为细胞生长提供碳骨架和能源,同时产生乳酸、氨和丙氨酸等副产物,并完成细胞的增殖。