分子形成的英文

• molecular formation

• "分子"英文翻译    numerator molecule
• "形成"英文翻译    form; take shape; shape; for ...
• "分子的,由分子形成的" 英文翻译 :    molecular
• "负离子形成" 英文翻译 :    negative ion formation; negative linear correlation
• "合子形成" 英文翻译 :    amphigenesis; zygogenesis
• "节孢子形成" 英文翻译 :    arthrogenous sporulation; arthrosporulation
• "精子形成" 英文翻译 :    spermateleosis; spermateliosis; spermatoleosis; spermiogenesis; spermiogensis; spermiohistogenesis; spermioteleosis
• "粒子形成" 英文翻译 :    grain formation
• "内孢子形成" 英文翻译 :    endogenous sporulation
• "配子形成" 英文翻译 :    gametogenesis
• "配子形成的" 英文翻译 :    gametogenic
• "栓子形成球" 英文翻译 :    embolization ball
• "外孢子形成" 英文翻译 :    exogenous sporulation
• "小配子形成" 英文翻译 :    exflagellation
• "小孢子形成" 英文翻译 :    microsporogenesis
• "样子形成" 英文翻译 :    round off fashion
• "种子形成" 英文翻译 :    seed formation
• "孢子形成" 英文翻译 :    orogeny; sporation; spore formation; sporogenesis; sporulation
• "孢子形成菌" 英文翻译 :    sporeformer
• "孢子形成体" 英文翻译 :    sporophyte
• "分子形变" 英文翻译 :    molecular deformation
• "分子形态" 英文翻译 :    shape of molecular chain
• "分子形状" 英文翻译 :    molecular shape
• "高分子形" 英文翻译 :    pefc
• "倍数孢子形成" 英文翻译 :    diplospory

• The phase of metabolism, in which large, complex molecules are built up from smaller, simpler ones, is called anabolism .
  代谢作用的这一方面，即由小的简单分子形成大的复杂分子的过程称为同化作用。
• He focuses on conducting basic research into the molecular causes of systemic autoimmune diseases and on translating scientific insights into useful approaches to disease management
  他的研究主题集中于全身性自体免疫疾病的分子形成机制，并利用科学知识发展出有用的疾病管理办法。
• In 1988 wachtershauser advanced a sweeping theory of organic evolution in which minerals ? mostly iron and nickel sulfides that abound at deepsea hydrothermal vents ? could have served as the template , the catalyst and the energy source that drove the formation of biological molecules
  瓦特豪士对生命起源深感兴趣，他在1988年提出了一个理论，综论有机演化的各个面相，认为矿物扮演的角色除了模板、催化剂外，还是驱动生物分子形成的能量来源。
• Too frequently , however , we think of these materials solely in terms of their electronic or optical properties , preparation and electrochemical polymerization process . we need to remind ourselves that other , nonelectronic properties of these materials can be equally important . for example , certain mechanical properties and fatigue failure mechanism related to their applications
  不过，到目前为止，人们主要关心的是材料的物理和化学特性、制备方法、电化学反应控制、聚合链上多种相互作用的分子形成过程和分子聚合特性等，而对与实际应用密切相关的材料力学特性和疲劳损伤机理等力学问题的研究则相当匮乏。
• Using templates is an important method to regulate and control the morphology and size of crystal . according to the characterization of templates and the ability of their domain limitation , template methods were divided into two parts , hard - template methods and soft - template methods . soft - template methods mainly included many kinds ordered congeries that composed by amphiphathic molecules , such as liquid crystal , colloid , microemulsion , vesicle , lb films , self - assemble films , and so on , the self - assemble structure of macromolecules and biomacromolecules was also included
  模板法是对晶体的形貌和尺寸进行控制的一类重要的方法，根据模板自身的特点和限域能力的不同分为硬模板和软模板，软模板主要包括两亲分子形成的各种有序聚合物，如液晶、胶团、微乳状液、囊泡、 lb膜、自组装膜等，以及高分子的自组织结构和生物大分子等。
• A variety of artificial receptor molecules , such as cyclodextrin ( cd ) , crown ethers , calixarenes and porphyrin , as typical host compounds , have attracted enormous research interest in their molecular recognition . among them , cds having an interior hydrophobic cavity and an exterior hydrophilic environment , as a buildup element of second generation supramolecule , can accommodate many organic , inorganic and biological molecules in their toroidal cavity to form stable host - guest inclusion complexes . therefore , they have been paid much attention by the researchers of supramolecular chemistry
  在已报道的多种人工超分子主体物质中,以冠醚、环糊精( cyclodextrin ,简称为cd ) 、杯芳烃及卟啉( porphyrin )为主体的分子识别研究引起了人们的广泛关注,其中环糊精( cd )作为第二代超分子的构筑体,其内腔疏水而外部亲水,可以与许多有机、无机和生物分子形成包合物,从而成为超分子化学工作者感兴趣的研究对象。
• Soft - templates have particular characterizations . first , they have absolute advantage in simulating the progress of biomineralization since they were composed mainly by amphiphathic molecules ; second , the shape of soft - templates were versatile ; third , soft - templates were easy to construct and complex equipments were not needed . though soft - templates were not always controlled the crystal morphology and size strictly , they draw people ' s atte ntion by their characterization mentioned above
  软模板的主要特点有： ( 1 )由于软模板大多是两亲分子形成的有序聚集体，它们的最大的特点是在模拟生物矿化方面有绝对的优势； ( 2 )软模板的形状具有多样性； ( 3 )软模板一般都很容易构筑，不需要复杂的设备。

• 分子形成とは意味molecule formation