1) Inclusion complex
包结物
1.
The thermal decomposition activation kinetics of βcyclodextrin and 1-methylcyclopropene inclusion complex was researched by means of the principles of non-linear simulation.
用非线性拟合原理对β-CD/1-MCP的包结物热分解反应动力学进行了研究。
2.
In order to set up the velocity equation of inclusion complex,the inclusion complex was released in different media,such as benzoic acid,sodium bicarbonate and distilled water.
相对来说,所制备的包结物在弱碱性介质中比在弱酸性和中性介质中易于释放。
3.
The change of the reduction peak current of the inclusion complex with time and the change of the peak potential of the inclusion complex with β-CD concentration were examined.
方法用极谱法考察主体分子-βCD与电活性客体分子辅酶Q10发生包结反应时,包结物还原波峰电流随时间的变化,峰电位随-βCD浓度的变化,并在自然光照条件下分别考察辅酶Q10和包结物的还原波峰电流随时间的变化。
2) Inclusion complexes
包结物
1.
Cyclodextrin (CD) can form the inclusion complexes with various guests having suitable polarity and dimension, and these complexes showed special behaviors and were widely used.
综述了环糊精包结物的制备及其衍生物超分子包结构的应用领
2.
They have the unique character, so they can form inclusion complexes with various guests with suitable characteristics of polarity and dimension.
环糊精 (CD)是由 6 ,7,8个葡萄糖基构成的环状化合物 ,分别叫做α,β,γ CD ,它们具有“外亲水 ,内疏水”的独特性质 ,可以与多种物质形成包结物 ,而改变物质的特性 ,因而被广泛应用于各行各业中 。
3.
The stoichiometric ratios of the inclusion complexes were 1:1 and 1:2 for β-CD,1:1 for RM-β-CD,SBE-β-CD,HP-β-CD,from the solubility method.
β-CD 与 CA 的包结比为1∶1和2∶1,RM-β-CD、SBE-β-CD、HP-β-CD 与 CA 的包结比均为1∶1,差示扫描量热法及红外光谱法表征了β-CD 与 CA 包结物的形成, 通过红外光谱法分析认为β-CD 与 CA 的包结物的包结方式认为 CA 中的母环被镶进环糊精的空腔。
3) inclusion
[英][ɪn'klu:ʒn] [美][ɪn'kluʒən]
包结物
1.
Synthesis and structure of the inclusion compound [H_2(teta)]~(2+)·2Cl~-·3H_2O;
包结物[H_2(teta)]~(2+)·2Cl~-·3H_2O的合成与结构研究
2.
According to the construction features of β - cyclodextrin (BCD), a comparison analysis is made between fragrance inclusion of BCD and mono - molecules of fragrance.
根据β-环糊精（BCD）的结构特点，对BCD的香料包给物和香料单体分子进行了对比研究，证明BCD与客体（香料）形成的是单分子包结物，该包结物在热稳定性、抗氧化性方面优于客体分子，有相当的实际应用价值。
4) inclusion compound
包结物
1.
The preparetion and identification of inclusion compounds of β-cyclodextrin with propylparaben;
尼泊金丙酯与β-环糊精包结物的制备与鉴定
2.
The inclusion compound of 2, 2' -dihydroxy-1, 1' -binaphthyl and ethyhate has been made and its structure has been determined from single crystal X-ray diffraction data.
用X射线单晶衍射分析法研究主体分子2，2’-二羟基-1，l’-二萘与客体分子乙酸乙酯（3：1）晶态包结物的晶体结构。
5) inclusion complex
包结配合物
1.
The results showed that Q[6] interacted with guest BO with the ratio of 1 ∶1;Q[7] with the ratio of 2 ∶1 formed inclusion complex.
利用1H NMR和UV-vis研究了瓜环{Q[n](n=6,7)}与染料碱性嫩黄O(BO)的相互作用及其包结比【n{Q[n]}∶n(BO)】,结果表明,BO能穿过Q[7]空腔形成2∶1的包结配合物,能与Q[6]以端口的形式相互作用,配位比1∶1。
2.
The experi-ental results reveal that a dumbbell shape inclusion complex of cucurbit[7]uril-guest was formed with a ra-io of 2∶1, and a bar shape inclusion complex of cucurbit[8]uril-guest was formed with a ratio of 1∶1.
研究结果表明,七元瓜环与三种二元金刚烷胺化合物(客体)盐酸盐形成2∶1的哑铃型包结配合物,八元瓜环与三种二元金刚烷胺化合物(客体)盐酸盐形成1∶1的棒锤型包结配合物。
3.
Investigation of the interaction and structures of cucurbit[n]urils (n=6～8) with the title guests by using 1H NMR techniques and UV spectrum reveals that dumbbell shape inclusion complexes of cucur-bit[6]uril with bis{4-[(2,3 or 4-pyridyl)methyl-amino]-phenyl}methane were formed with a molar ratio of 2∶1, a.
实验结果表明,六元瓜环与三种4,4'-二[N-(吡啶甲基)氨基]二苯甲烷盐酸盐相互作用均形成物质的量之比为2∶1的哑铃型包结配合物;八元瓜环与三种N,N'-二(N-(吡啶甲基)二苯甲烷盐酸盐相互作用形成以类轮烷结构为主的包结配合物;七元瓜环与三种N,N'-二(N-(吡啶甲基)二苯甲烷盐酸盐相互作用存在多种模式的竞争。
6) inclusion compound
包结化合物
1.
The inclusion compound of β-cycloestrin (β-CD) with phosphatidlycholine (PC) was studied by elemental analysis of solid inclusion compound and UV-spectral of various mole ratios of β-CD/PC in H 20-MeOH solution.
不同摩尔配比的β－ Ｃ Ｄ／ Ｐ Ｃ 甲醇－ 水溶液的紫外吸收光谱和固体包结化合物的元素分析结果表明，约２ 分子的β－ Ｃ Ｄ 和１ 分子的 Ｐ Ｃ 依据范德华作用力和疏水作用力等发生包结作用，生成了稳定的包结化合物。
2.
Corrosion inhibition of copper by β- cyclodextrin and inclusion compound containing benzotriazde (BTA) in 0.
研究了β-环糊精及其与苯井三氮唑包结化合物对钢在0。
3.
Molecules of cyclopentyl alcohol and ethyl alcohol are accommo- dated in the channel constructed by SL1 and SL2, respectively, thus forming the inclusion compounds.
环戊醇分子和乙醇分子分别被填入由SL1和SL2构筑的隧道中,形成包结化合物。
补充资料：外护圈包布、钢圈包布
分子式：
CAS号：
性质：又称外护圈包布、钢圈包布。指包在钢丝圈和三角胶条外面的胶布。当胎圈中只有一个钢丝圈、并且没有三角胶芯时，可以不用此包布。其作用是使钢丝圈和三角胶芯组成一个整体，防止在成型和放置过程中发生位移，便于成型操作。
CAS号：
性质：又称外护圈包布、钢圈包布。指包在钢丝圈和三角胶条外面的胶布。当胎圈中只有一个钢丝圈、并且没有三角胶芯时，可以不用此包布。其作用是使钢丝圈和三角胶芯组成一个整体，防止在成型和放置过程中发生位移，便于成型操作。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条