非晶相的英文

• amorphous phase

• "非"英文翻译    mistake; wrong; errors
• "晶"英文翻译    brilliant; glittering
• "相"英文翻译    looks; appearance
• "非晶相，无定形相" 英文翻译 :    amorphous phase
• "无定形相 非晶相" 英文翻译 :    amorphousphase
• "非晶" 英文翻译 :    amorphous
• "初晶相" 英文翻译 :    primary phase
• "共晶相" 英文翻译 :    eutectic phases
• "结晶相" 英文翻译 :    crystal phase; crystalline phase; crystallization phases; phase of crystallization
• "介晶相" 英文翻译 :    mesomorphous phase; mesophase
• "近晶相" 英文翻译 :    smectic phase
• "伟晶相" 英文翻译 :    pegmatitic phase; pegmatoid
• "液晶相" 英文翻译 :    liquid crystalline phase
• "主晶相" 英文翻译 :    the host lattice
• "碟状液晶相" 英文翻译 :    smectic phase
• "近晶相 层列相" 英文翻译 :    smecticphase
• "近晶相液晶" 英文翻译 :    smectic liquid crystal
• "晶相检查" 英文翻译 :    examination of crystalline phase
• "非晶的" 英文翻译 :    amorphous; non crystalline; noncrystalline
• "非晶硅" 英文翻译 :    amorphous silicon
• "非晶硫" 英文翻译 :    amorphous surphur
• "非晶膜" 英文翻译 :    amorphous film
• "非晶区" 英文翻译 :    amorphous region; noncrystalline region
• "非晶态" 英文翻译 :    amorphous condition; amorphous form; amorphous state; non-crystalline state
• "非晶碳" 英文翻译 :    amorphous carbon

• Formation of amorphous phase in binary immiscible cu - ta system
  体系非晶相的形成
• The amorphous phase is formed from the transformation of super - saturate solid solution , and there is no nuclear formation and grow process
  非晶相的形成是通过超过饱和固溶体的失稳转变而成，不存在形核与核长大过程。
• Structural characterization revealed that nanocables composed of discontinuous crystalline in core with diameters of 200 ~ 500nm and amorphous silica shell with diameter from 300 ~ 600nm
  近一步?定得知，非晶相之二氧化矽管壁包覆著间断的结晶性铟奈米棒，其管壁外径约300 ~ 600奈米、内径约200 ~ 500奈米。
• The grain size of - fe decreased with increasing milling time , the nd - fe - b alloy powders was composed of amorphous phase nd2fe14b and - fe with average grain size of about 10nm after milling 5 hours
  随球磨时间的延长, nd2fe14b和- fe的晶粒尺寸逐渐变小, nd2fe14b相迅速分解直至消失,基本上转化为非晶相。
• ( 5 ) the structures of samples obtained by ball milling were also related with the milling intensity ( power ) , which indicated that the lower milling power was in favor of the formation of amorphous phase
  （ 5 ）球磨强度的大小对产物的组成也有影响，相对较低的能量有利于非晶相的形成。本实验中，机械合金化作用下，球磨体系（ sts 。 cs 。
• A simple route for the synthesis of unique 1d nanostructures , including brush - like gallium nitride nanostructure , oriented amorphous silicon nanowires and in @ sio2 nanocables , was developed on the basis of vls and sls mechanisms
  藉由vls与sls机制，我们成功地合成出具有特殊方向性的刷状氮化镓奈米晶体、非晶相二氧化矽奈米线，及二氧化矽包覆铟之一维奈米结构。
• Consisted mainly of amorphous phase . hrem images showed that the ti - dlc film had a lamellar structure . the tic phase with a size of 5 nm was located at the titanium - rich regions surrounded by amorphous carbon structures in the ti - dlc film
  Ti - dlc膜的结构主要为非晶相,高分辨电子显微镜分析( hrem )表明ti - dlc膜成层状分布,膜内存在着富ti区和贫ti区, tic颗粒尺寸大约为5nm 。
• The unstable solid solution would disintegrate and transform into carbide phases in these systems of sisocso , tisocso and zrsocso , based on the increase of free energy introduced by the effect mechanical alloying . for the system of wsocso , the solid solution had not transformed into tungsten carbides but an amorphous phase , which was different from those systems . the exist of fe in these experiments , which came from the abrasion of ball - milling tool because of the higher hardness of w and w - c solid solution , would induce the crystalline - to - amorphous phase transformation during milling
  C50球磨体系中，继续球磨时，不稳定的固溶体在机械合金化作用下，由于体系能量提高，会发生分解相变，从而可以形成碳化物；对于w扣c50球磨体系， w ? c固溶体具有较高的硬度，磨削不锈钢质的球磨介质和球磨容器，而引入杂质，其中fe会促使固溶体向非晶相转变。
• Macrophages or osteoclasts can heighten the consistence of hydrogen ions in part circumstance contacted with material or interior cells by chemical reaction , which can accelerate the degradation of the material . secondly , calcium ion and hydrogen ion were the prerequisite raw material of bone formation . and bounds of calcium ions and hydrogen ions produced by the degradation of material provide the activity of osteoblastics affluent material basis , which accelerated the formation of new bone
  实验结果证明植入材料是以磷酸三钙( - tcp )为主晶相，同时含有焦磷酸钙、羟基磷灰石、无定形磷酸钙晶相和非晶相，其化学组成与骨骼的无机矿物相组成相近，而且具有与骨骼相似的多孔网状结构。
• The phase formation process and mechanism are also investigated : during the refluxing process of the pf6 - containing mixture , pf6 - reacted with the calcium ion in the mixture and nano - scale particles formed . after tray - drying , these particles remained with amorphous calcium phosphate . during the subsequent heat - treament , caf2 react with amorphous calcium phosphate and fha phase or fa phase formed
  研究发现其形成fha相的过程为：加入hpf _ 6 (或nh _ 4pf _ 6 )的混合液经回流后， hpf _ 6 (或nh _ 4pf _ 6 )发生分解生成纳米级的具有较高反应活性的caf _ 2相，在随后的热处理过程中，该相与产物中其余的非晶相钙磷酸盐反应最终生成fha相或fa相。

• 非晶相とは意味amorphous phase