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高分子物理
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  polymer physics
    The application of polymer physics modern analytical meth-ods in starch research
    高分子物理近代分析方法在淀粉研究中的应用
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  “高分子物理”译为未确定词的双语例句
    Application of Macro mollecule theory in wood working industry
    高分子物理原理在木材加工业中的应用
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    This paper mainly introduces how macromolecule theory is applied to wood working industry Such as wood based panels、furniture making、wood drying and so on,at the same time,the paper points out that it is important to research wood working theory at macromolecule level
    通过介绍高分子物理理论在人造板生产、家俱生产、木材干燥生产等木材加工工业中的应用实践, 同时强调从分子水平研究和完善木材加工理论的重要性
短句来源
    The applicability of polymer science methods in studying protein-water interactions is discussed.
    高分子物理方法是一种新的研究方法,对这个方法在大豆蛋白吸水及持水性能方面的应用进行了讨论。
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  相似匹配句对
    Application of Macro mollecule theory in wood working industry
    高分子物理原理在木材加工业中的应用
短句来源
    The application of polymer physics modern analytical meth-ods in starch research
    高分子物理近代分析方法在淀粉研究中的应用
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    Physical Refining of Coconut Oil
    椰子油的物理精炼
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    Physical Sterilization Technology
    物理杀菌技术
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    Study on the Polymer Emulsifier GR
    高分子乳化剂GR的研究
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  polymer physics
Two landmarks in polymer physics: the Edwards model and de Gennes' observation
      
The impact of two landmark papers by Edwards and de Gennes on the field of polymer physics is highlighted.
      
Various intersection probabilities of independent random walks ind dimensions are calculated analytically by a direct renormalization method, adapted from polymer physics.
      
We have introduced the finite size effects due to the spatial configuration of strings into the thermodynamical treatment of a system of strings in a way parallel to the one in polymer physics and showed that no singularity arises.
      
An example of spontaneous symmetry breaking in polymer physics
      
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In this paper the structure of natural polymer starch was analyzed in the opinion of polymer physics and chemistry. The synthetic mechanism and structural character of chemical starch were discussed on the base.

本文从高分子物理化学的角度,分析了天然高分子淀粉的结构层次,并在此基础上,探讨了化工淀粉的合成机理及结构特征

This paper mainly introduces how macromolecule theory is applied to wood working industry Such as wood based panels、furniture making、wood drying and so on,at the same time,the paper points out that it is important to research wood working theory at macromolecule level

通过介绍高分子物理理论在人造板生产、家俱生产、木材干燥生产等木材加工工业中的应用实践, 同时强调从分子水平研究和完善木材加工理论的重要性

Water absorption is different from water holding ability,although they are related each other.The variation of water absorption ability for soy products is small,ie,about 40 g/g~60 g/g.Water absorption is the manifestation of the interactions of protein molecules and water molecules,which is determined by such factors as amino acid composition,electric charge density,and hydrophobicity.Water holding ability of soy protein products changes significantly,from 130 g/g to 625 g/g,because water holding reflect the...

Water absorption is different from water holding ability,although they are related each other.The variation of water absorption ability for soy products is small,ie,about 40 g/g~60 g/g.Water absorption is the manifestation of the interactions of protein molecules and water molecules,which is determined by such factors as amino acid composition,electric charge density,and hydrophobicity.Water holding ability of soy protein products changes significantly,from 130 g/g to 625 g/g,because water holding reflect the ability of physical entrainment of water by protein network.The applicability of polymer science methods in studying protein-water interactions is discussed.

对大豆蛋白的吸水和持水性能及其影响因素进行了论述,大豆蛋白制品吸水能力的差别很小,一般为 40 g 水/100 g 蛋白~60 g 水/100 g 蛋白。大豆蛋白制品的持水能力差别很大,约为130 g 水/100 g 蛋白~625 g 水/100 g 蛋白,持水性能在本质上是蛋白分子物理截留水的能力,其影响因素包括蛋白分子大小、形状、空间、构象等。高分子物理方法是一种新的研究方法,对这个方法在大豆蛋白吸水及持水性能方面的应用进行了讨论。

 
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