这种差异表明，在器件的材料结构设计上已从掺杂设计步入到了能带工程设计。
It is shown that doping design for the device's material structure has evolved into band engineering design.
由于氟塑料与金属材料在物化性质方面的差异，使得氟塑料换热器在工艺和结构设计方面与金属换热器不尽相同。
The physical and chemical properties of fluoroplastics are different from those of metals, their technological and structural designs are accordingly different from metal heat exchangers.
通过微观组织结构分析，揭示了材料在室温下产生蠕变行为的原因，并解释了两种材料蠕变行为的差异。
Substructure analysis of the materials elucidates the reasons for creep of the materials at room temperature and accounts for the difference between the two tested materials in creep behaviour.
粉碎时的噪音因粉碎材料、马达的配置、刀具的结构不同而有差异。
The noise of granulator depends on crushed material, motor, knife's structure and so on, the different material have different noise.
定量比较了人骨与两种材料中磷灰石晶体的结构差异。
The structural differences of HA crystal for the three samples was compared quantitatively in atomic level.
分析蜂窝结构在纵横方向上的差异性和面板原材料钎焊后的力学性能对钎焊铝蜂窝板纵向和横向侧压变形过程及破坏形式的影响。
Analyze the effect of the longitudinal and transverse structure difference of honeycomb on the longitudinal and transverse deformation process and destroy type of BAHP.
根据人体审美标准，提出服装设计应依照着装者个人体型差异进行，应从服装款式、色彩和图案、结构和材料以及饰物几个方面着手，弥补形体缺陷，创造出人体美。
According to aesthetic standard in human body, the paper points out that designing dress must be based on the different bodily forms of dressers.
不同的环氧固化体系的性能存在较大差异，改性材料的种类和用量对结构胶的性能也存在不同程度的影响。
There is great difference in the performance among the different epoxy curing system, the kinds and the contents of the modified components have influence on the performance of the adhesive.
分析认为两阴极不同的发射机制及其所特有的材料性质和结构导致其发射电子束均匀性的差异。
It was believed that the different mechanism, characteristics and configuration between the carbon fiber cathode and the stainless steel cathode caused the difference of emission uniformity.
活性与惰性矿物掺合料对复合胶凝材料浆体结构与性能的影响的差异在水化后期逐渐显现。
The difference of influence between active mineral admixture and inert ones on the structure and properties of complex binders emerges gradually in the later hydration period.
多交联体系材料微区结构上交联密度差异程度不同影响材料的微相分离和耐热性能。
The thermal properties of multi-crosslink PU were much dependent on the differences between crosslink densities of micro-domains.
由于水分子及结构材料的介电值之间有极大差异，因此在结构材料中即使有少量水分子都能被探测出来。
Since there is a great difference of dielectric constant value between water and building materials, a very small amount of water molecule in the structure can be easily detected.
这说明叶片不同部位的材料疲劳性能差异明显，在定向凝固涡轮叶片的结构、寿命设计中，需要考虑这种差异。
Therefore, the difference of fatigue property among different regions on a DS turbine blade should be considered in blade structure design and fatigue life prediction.
这说明叶片不同部位的材料疲劳性能差异明显，在定向凝固涡轮叶片的结构、寿命设计中，需要考虑这种差异。
Therefore, the difference of fatigue property among different regions on a DS turbine blade should be considered in blade structure design and fatigue life prediction.
应用推荐