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首页> 外文期刊>Der Pharma Chemica: journal for medicinal chemistry, pharmaceutical chemistry and computational chemistry >Effect of Molecular Structure on mesophase formation with Reference to Central group and the Determination of Latent Transition Temperature (LTT) by Extrapolation Method in Binary System
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Effect of Molecular Structure on mesophase formation with Reference to Central group and the Determination of Latent Transition Temperature (LTT) by Extrapolation Method in Binary System

机译:相对于中心基团的分子结构对中间相形成的影响以及二元体系外推法测定潜在转变温度(LTT)

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Six binary system with three common Schiff’s bases B1, B2, B3 mixed with two different common components Viz. Trans p-[p′-methoxy cinnamoyloxy)anisole (A1) [Nm 117.5°-141.5°] and p- Butyloxy benzal –p-chloro aniline [B2] [Sm 85° - 91°C] of the binary systems were studied. Initial slop and hence “Group Slope” values and LTT were determined from the phase diagrams plotted for transition temperatures versus mole % of common component [A1 or A2]. Transition temperatures and melting points of pure components and the binary mixtures were observed through hot stage polarizing microscope. Components of binary systems were synthesized by usual established method and their analytical data matches very well with reported earlier. Though values of initial slopes and group slope differs, but group efficiency order and LTT values remains unaltered and matches with order and values reported earlier.
机译:六个二进制系统,其中三个常见的席夫氏碱基B1,B2,B3与两个不同的常见成分Viz混合。研究了二元体系的反式对[[p'-甲氧基肉桂酰氧基)苯甲醚(A1)[Nm 117.5°-141.5°]和对-丁氧基苯甲醛-对氯苯胺[B2] [Sm 85°-91°C] 。初始斜率以及因此的“组斜率”值和LTT是根据相变温度对常见组分[A1或A2]的摩尔%绘制的相图确定的。通过热偏振镜观察纯组分和二元混合物的转变温度和熔点。二元系统的成分是通过常规方法合成的,其分析数据与先前报道的非常吻合。尽管初始斜率和组斜率的值不同,但是组效率阶数和LTT值保持不变,并且与先前报告的阶数和值匹配。

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