化学键合的英文

• chemical linkage

• "合"英文翻译    ge,a unit of dry measure for ...
• "化学键合相" 英文翻译 :    chemical-bonded phase; chemicallly bonded phase; chemically bonded phase; chemically-bonded phase
• "化学键合部分" 英文翻译 :    chemically bonded moiety
• "化学键合担体" 英文翻译 :    chemically bonded support
• "化学键合栽体" 英文翻译 :    chemically bonded packings; chemically bonded support
• "化学键合载体" 英文翻译 :    chemical bonded support; chemically bonded support
• "化学键合载体,化学键合填料,化学键合填充物" 英文翻译 :    chemically bonded packings
• "“刷子”型化学键合载体" 英文翻译 :    brush type bonded support
• "化学键合固定相" 英文翻译 :    bonded phase; chemically bonded stationary phase
• "化学键合填充物" 英文翻译 :    chemical bonded packing; chemically bonded packing
• "化学键合相色谱" 英文翻译 :    chemical bonded phase chromatography; chemically bonded phase chromatography
• "化学键合相色谱法" 英文翻译 :    chemically bonded phase chromatography
• "化学键合相填充剂" 英文翻译 :    chemically bonded phase packing
• "化学键合型树脂" 英文翻译 :    chemical bonding resin
• "化学键合型载体" 英文翻译 :    durapak
• "化学键合固定相色谱法" 英文翻译 :    bonded-phase chromatography; chemically bonded phase chromatography
• "化学键合固定相填充物" 英文翻译 :    bonded-phase packing
• "化学键" 英文翻译 :    checkpointer/restart chemical bond; chemical binding; chemical bonding; chemical linkage; chemicalbond
• "化学键接" 英文翻译 :    chemical bonding
• "化学键联" 英文翻译 :    chemical binding
• "化学键能量" 英文翻译 :    chemical bond energy; chemical-bond energy; chemicalbondenergy
• "主价键,化学键" 英文翻译 :    primary of chemical bond
• "化学键；化学胶结" 英文翻译 :    chemical bond
• "不饱和化学键" 英文翻译 :    unsatisfied chemical bond
• "化学键及结构" 英文翻译 :    chemical bonding and structure

• Chemically bonded - phase chromatography
  化学键合相色谱法
• Bonded phase chromatography , bpc
  化学键合相色谱法
• Chemically bonded phase
  化学键合相
• Chemically bonde phase
  化学键合相
• Chromatographic column : the most commonly used filler of chromatographic column is chemically bonded silica gel
  色谱柱最常用的色谱柱填充剂为化学键合硅胶。
• Standard test method for total chemically bound nitrogen in water by pyrolysis and chemiluminescence detection
  用热解和化学发光检测法测定水中化学键合氮总量的标准试验方法
• 3 . the multiwalled carbon nanotube ( mwcnt ) bonded by 2 , 9 , 16 , 23 - tetra amino manganese phthalocyanine ( tamnpc ) was obtained and both its chemical and aggregated structures were characterized by means of ftir , uv - vis , tem , and xrd
  3 .成功合成了以化学键合方式连接的四氨基酞著锰一碳纳米管分子内复合光电导材料体系，并用ftir 、 uv - vis 、 tem和xrd等手段表征了其化学结构和聚集态结构。
• When injecting samples , chromatographic column should be completely flushed and balanced with mobile phase ; if the system applicability is not up to regulation , or if filling agents are damaged , replace with new similar chromatographic column for analysis ; if operation according to procedures can not reach scheduled separation due to existence of certain difference between degree of bond of chemically bonded - phase of similar filling agents and performance , another brand of similar chromatographic column can be used for test
  3进样前，色谱柱应用流动相充分冲洗平衡，如系统适用性并不符合规定，或填充剂已损坏，则应更换新的同类色谱柱进行分析，由于同类填充剂的化学键合相的键合度及性能等存在一定差异，往往依法操作达不到预定的分离时，可更换另一牌号的同类色谱柱进行试验。
• The major results are as follows : ( 1 ) complexing action is fundamental for this method , while the interaction of molecules in gel precursor is important for uniformity . the ideal structure of complex gel is that complex molecules in the gel connecting with each other mainly by chemical bonds
  得出以下结论： ( 1 )络合作用是络合物溶胶凝胶法的基础，凝胶中分子间的作用方式是影响凝胶中组分均匀性的重要方面，理想的络合物凝胶结构应该是络合物分子之间更多的以化学键合的形式相联。
• In order to improve the properties of materials , one needs to understand the structural relationship between interface and matrix of the materials , such as interface atomic structure , misfit dislocation , chemical bond structure , stress field distribution , composition segregation etc . there are tremendous research works on the grain boundary and interface structures during last century and the sophisticated theory about grain boundary and interface , i . e . coincidence site lattice and 0 - lattice theories had been developed simultaneously
  众所周知，材料的宏观性质是由其微观结构所决定的，因此，为了改善材料的宏观性能我们有必要弄清楚材料的界面与基体之间的结构关系，如界面的原子结构、失配位错、化学键合、应力场的分布等等。在上世纪，人们已对晶界和相界面结构进行了大量的研究，同时，相关的理论如“重位点阵”和“ o -点阵”理论也发展成熟。