1) separating proces
相变分离过程
1.
A general modelling approach was made based on the analysis of theseparating process mechanism with change in phases,The model Structurewas developed through the analysis and synthesis of the crystal system ofthe ketobenene dewaxing process after the application of the method.
基于对一类具有相变分离过程的机理分析,阐述了该过程的建模方法,并将这一方法应用到了酮苯脱蜡过程中,确立了该过程关于润滑油收率模型结构。
2) phase transformation
相变过程
1.
Valence electron structure of γ-Fe unit-cell bearing alloy atoms and its influence on phase transformation of the alloy structural steel;
含合金元素Υ－Fe晶胞价电子结构及其对相变过程的影响
2.
Various stages of phase transformation and crystallization of thepowder were studied systematically by chemical analysis , thermal analysis,x-ray diffraction and transmis-sion electron microscopy.
对用低温ＰＣＶＤ方法制备的氧化铁超微粉从初始生成态到８００℃退火后不同阶段的晶化和相变过程进行了较系统的研究。
3.
The radiation of high temperature particle with phase transformation is encountered in numerous technologically important applications such as target diagnostics and investigation, temperature measurements of flame, remote sensing and suppression of forest fires, plasma spraying and many others.
相变过程中高温粒子的热辐射行为是目标探测与识别、火焰温度测量、森林火灾遥感和监控、等离子喷涂等很多工程技术中所面临的问题。
3) separation process
分离过程
1.
The progress of the researches on the nonlinear mathematics method for separation processes of the hydrocyclone is systematically reviewed.
综合介绍了国内外采用非线性数学方法来描述旋流器分离过程的研究进展,分析了各种方法的基本思想,提出了它们目前存在的问题,对各种方法进行了比较,并对采用非线性方法来描述旋流器分离过程的发展进行了展望。
2.
On the basis of theoretical analysis of energy consumption during separation process under different conditions, the major factors affecting energy consumption were obtained.
在对不同条件下分离过程能耗理论分析的基础上,得到影响分离过程能耗的主要因素,同时对决定分离过程选择的因素进行全面的分析,从而最终确定最佳分离过程。
3.
he two-column process simulation is performed,and the calculation method , which may be ref- erenced in engineering design,for separation process of binary heterogeneous azeotropes is proposed.
对双塔流程进行了模拟，提出了二元非均相共沸物分离过程的模拟计算方法，可供工程计算参考。
4) separation processes
分离过程
1.
Theory of Irreversible Thermodynamics(IT) is used to develop the fundamental basis for separation processes,the core of the theory is the Generalized Maxwell Stefan(GMS) equations for describing the relative motion of species in a multicomponent mixture.
将热力学原理和理论扩展到不可逆过程 ,形成不可逆热力学理论 ,并应用于扩散传质分离过程 ,建立不可逆热力学分离过程理论 ,其核心为描述多组分物系组分间相对运动的普遍化麦克斯韦尔 -斯蒂芬方程。
2.
In recent years,the study of improvement of separation processes by using ultrasound is very active.
近年来，超声场强化化工分离过程的研究十分活跃。
5) New separation process
新分离过程
补充资料：形状记忆合金加热相变过程
形状记忆合金加热相变过程
形状记忆台金(CuAll4Ni4)加热相变过程1．马氏体2．从中脊开始转变为母体3．4．马氏体逐渐缩小，鱼刺状结构最后消关
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条