晶型转变的英文

• crystal transfer

• "晶"英文翻译    brilliant; glittering
• "型"英文翻译    mould; model
• "转变"英文翻译    change; convert; transform; ...
• "多晶型转变" 英文翻译 :    polymorphic transformation
• "λ型转变" 英文翻译 :    lambda type transition
• "块型转变" 英文翻译 :    massive transformation
• "显型转变" 英文翻译 :    phenotypic transformation
• "血清型转变" 英文翻译 :    serotype transformation
• "圆弧型转变" 英文翻译 :    kreisbogenfrmiger übergang rounded transition
• "高低温型转变" 英文翻译 :    high-low transformation
• "马氏体型转变" 英文翻译 :    martensite transformation
• "晶型" 英文翻译 :    crystal form; crystallographic form; modification
• "经济增长方式从粗放型到集约型转变" 英文翻译 :    form of economic growth changing from the exte ive to the inte ive type; form of economic growth changing from the extensive to the intensive type
• "转变" 英文翻译 :    change; convert; transform; turn 转变立场 change one's stand; shift one's ground; 转变方向 veer; twist; steer; turn; turn around; turn away; turn off; 转变态度 change one's attitude; 转变职能 change in functions; 把一种能转变为另一种能 transform one form of energy into another; 从猿到人的转变 the transition from ape to man; 它使老的观念向新的观念转变。 it makes the transition from the old conception to the new
• "多晶型" 英文翻译 :    pleomorphism; polycrystalline type; polymorphic form; polymorphism
• "同晶型" 英文翻译 :    isomorphic; isomorphism
• "多晶型的" 英文翻译 :    polymorphic; polymorphous; polymouphous
• "多晶型物" 英文翻译 :    polymorphic form; polymorphic substance
• "多晶型现象" 英文翻译 :    heteromorphism; polymorphism; polymorphy
• "二同晶型" 英文翻译 :    two-isomorphism
• "非晶型淀析" 英文翻译 :    amorphous precipitation
• "共晶型凝固" 英文翻译 :    eutectic-type freezing
• "骨架晶型" 英文翻译 :    skeleton crystal
• "红磷 , 非晶型" 英文翻译 :    phosphorus ， amorphous red
• "基本晶型" 英文翻译 :    fundamental crystal form

• Influence of thermal treatment on the crystal phase transformation of mno
  二氧化锰晶型转变研究
• Study on mechano - chemical effect for steel slag
  2晶型转变的研究
• Progress in research on effects of metal ion dopants on crystal phase transformation of tio
  2晶型转变影响作用机制的研究进展
• After coating on the surface of silica , gd2o3 : eu has better luminescence properties
  包覆后使sio2从无定型向晶型转变的温度明显降低。
• At the same time , phase - transition accelerant mechanism of zinc titanate in the product act to rutile nanometer tio2 powder is discussed
  论文同时还探讨了制备过程中zntio _ 3对金红石型纳米tio _ 2粉体起晶型转变促进剂作用的机理。
• In the blend fiber , stretching benefit to phase transiting of pvdf , but not pa11 , and quenching benefit to phase transiting of pa 11 , but not pvdf
  但拉伸对共混纤维中pa11的晶型转变影响较小而淬火却有利于pa11的晶型转变，但对其中的pvdf晶型转变影响不大。
• The configuration and microstructure of production , the effect of heating temperature and chemistry match ratio on reaction and production , the effect of calcining temperature and time on the changes of production crystal were studied by xrd , tem , dta and microscope
  本文通过xrd 、 tem 、差热分析、金相显微镜等手段对所制备材料的结构、组织形貌、点火温度和化学配比对反应现象和反应产物的影响、煅烧温度和煅烧时间对产物晶型转变的影响等方面进行了分析研究。
• Because of the crystalline leading to the piezoelectricity of pvdf , pvdf fiber and pvdf / pa11 fiber ' s structures and crystalline were investigated and analyzed by means of wide angle x - ray diffraction , differential scanning calorimetry , fourier transmittance infra - red spectroscopy and scanning electron microscopy , etc . it was shown that there are two kinds of crystalline - a phase and b phase in pvdf fiber
  由于pvdf的压电性与晶体结构有关，于是利用红外光谱、差热分析、广角x光衍射和扫描电镜等测试手段对纯pvdf纤维以及pvdf pa11共混纤维的结构性能及晶型转变进行了深入的研究。
• The crystalline structure changes of pp induced by pan - milling were characterized by x - ray diffraction and raman spectroscopy . xrd analyses show that when pp was co - milled with uhmwpe , crystal transformation of pp occurred , its crystallinity and crystallite size decreased , whereas , only slight reduction of crystallinity and crystallite size were observed and no crystal transformation was found when pp was co - milled with wtr chips , and amorphization of pp was strongly enhanced by co - milling pp with iron
  采用x -射线衍射研究了聚丙烯碾磨粉碎过程微观结构变化， uhmwpe存在下pp发生晶型转变、结晶度降低和晶粒尺寸减小；弹性材料wtr抑制pp塑性变形，碾磨导致分子堆积有序区域膨胀，晶面间距增大，结晶度下降；刚性材料金属铁与pp产生强烈摩擦，加快晶粒细化，晶格破裂导致非晶化。
• Based on the experimental results and the correlative chemistry theory , the phases formed in the process and its influenceable factors were studied . the significant results were enumerated as follows : as for the mn - h2o system , 5g pure mn scraps ( 99 . 5 % , - 200mesh ) and distilled water served as the starting materials were milled by high energy ball miller together with 200g steel balls as the milling medium . the experiments were conducted with the rotation speed of 380rpm . - mn3o4 nanopowders were fabricated after milling some time and would experienced phase transformations if continue to be milled . the reaction would be accelerated if a little of hcl or mnso4 was added while be decelerated if . a little of naoh was added . the - mn3o4 phase with particl size between 20 ~ 100 nanometer was obtained after milling 1 . 5h when trace hcl was added . the oxygen added to the ball tin has little effect on the reaction
  主要实验结果如下: ( 1 )对于mn - h2o系,通过高能行星式球磨机,在50ml蒸馏水中球磨5gmn粉末,球料比为40 : 1 ,转速为380rpm ,球磨一定时间后获得了纳米级单相- mn3o4 。随着球磨时间的延长,生成的- mn3o4会继续被氧化或发生晶型转变。加入微量hcl或mnso4会明显加快mn的反应,加入hcl后,球磨1 . 5h后即获得粒径为20 100nm的单相- mn3o4粉末;加入微量的naoh会抑制mn反应生成- mn3o4 。