1)  phase separation
分相过程
1.
The dispersion and phase separation of the triple-liquid phase system in an agitated tank were recorded with a CCD camera system.
实验结果表明,桨型对三相体系的分散情况有较大影响,径流桨的分散效果优于轴流桨,下推式轴流桨优于上推式轴流桨;各相体积比的改变会导致不同的相分散形式;不同相分散形式的分相过程也不相同,实验中体系的分相过程可以分为凝并界面水平型与无规则型两种典犁情况,分别对应两种不同的相分散形式;采用分相数学模型,可成功预测凝并界面水平型分相过程中各界面的高度随时间的变化。
2)  phase separation
分相
1.
Study on phase separation of the niobosilicate glasses;
铌硅酸盐玻璃分相的研究
2.
The structure of borosilicate glass was analyzed by infrared spectra, the thermal expansion coefficient and expansion sof- tening temperature were measured by dilatometer, the phase separation of glass was investigated by scanning electron microscope and the component of silicon-rich phase was analyzed by X-ray energy dispersive spectroscopy.
通过红外光谱分析了Al2O3取代SiO2后硼硅酸盐玻璃结构的变化,测试了玻璃的热膨胀系数和膨胀软化温度,通过扫描电子显微镜分析硼硅酸盐玻璃的分相,并结合X射线能谱分析了富硅相的组成。
3)  phase-separation
分相
1.
The composition and preparation of fluoride-free opaque glasses such as phosphate and oxide glasses and opaque glasses based on phase-separation were reviewed.
阐述了无氟乳浊玻璃如磷酸盐乳浊玻璃、氧化物乳浊玻璃、分相乳浊玻璃的成分和制备工艺,并指出存在的问题和发展方向。
2.
PbO-B2O3 glasses were melted and solidified through drop shaft experiment to explore the phase-separation of the glasses under different gravity conditions.
研究了PbO—B2O3在不同重力条件下的分相现象,并分析了不同实验条件下试样的成分均匀性以及试样不同部位的显微结构。
3.
Bright crystallization–phase-separation zircon-free opacified glazes composed of R_2O–RO–B_2O_3–SiO_2–Al_2O_3–P_2O_5–CaF_2 multi-components were prepared through the optimizing of the chemical composition of glazes and firing processing via the cross experimental design.
通过正交试验方法优化釉料组成和烧成工艺,制备了R_2O–RO–B_2O_3–SiO_2–Al_2O_3–P_2O_5–CaF_2多元系光亮无锆的分相–析晶乳浊釉。
4)  phase splitting
分相
1.
The scatterings of minute bubbles and phase splitting drops in Jun ware are computed respectively with Mie scattering and Rayleigh scattering in order to compare the difference of two methods by which generant mech- anism of Jun ware is analyzed.
分别用米氏散射和瑞利散射对钧瓷内小气泡和分相液滴的散射进行模拟计算,以对比两种计算方法的差异。
2.
The gasification and phase splitting combustion boiler has stability and advance of high-efficient environmental protection, It has overcome the pollution difficult problem that the traditional boiler can t be solved.
煤气化分相燃烧锅炉具有高效环保的稳定性及先进性,克服了传统锅炉无法解决的污染难题。
3.
The article introduces inhibiting methods such as phase splitting, TVP, resistive and capacitive absorbing, time delay and coupling removing.
本文介绍了分相、TVP、阻容吸收、延时、去耦等抑制方
5)  phase seperation
分相
1.
The relations between glass composition,heat treatment,phase seperation and the size and structure of silver halide phase as well as the effects of them on the photosensitivity have been discussed.
探讨玻璃组成,热处理,分相和卤光银相的尺寸和结构之间的关系及它们对光色性的影
6)  phase separation theory
分相理论
参考词条
补充资料:可分过程


可分过程
separable process

此处IT表示交I自工 相对于闭集类和相对于闭区间类的可分性概念是最重要的(后者简称过程是可分的(sePaJ滋ble)).如果过程{戈:踌T}是可分的,则对任意。诱N和任意开集ICR, 恩.X,(田)=殊X,(田), 禁戈(。)一辫X:(必)(l) 。醉.X“(。)簇戈(。)(徽Xu(田),‘任IT,(2) 腼inf x.(。)一俪infxf。、.) 产(3) 】ims印尤(田)二1如s叩若.(山).t〔T,J “冲七“‘T,.、u~t“尼T“、l 绝辫,戈(田)簇戈(田)续热萝期Xu(口), t任T.(4)性质(1)一(4)的每一个与可分性是等价的.如果t是T中点的左极限,则存在T中点的序列t。奋t,使得 恤。inf戈,一叭汀称腼户uP戈一叭妙戈以概率1成立〔对右极限点有类似结果),如果戈是依概率连续的可分随机过程,则T的每一可数处处稠密子集兀CT都是分离集;此外,对任意开区间I,I门T转必,和任意 IT的有限子集序列s。={气*:k续k。},满足sun:‘,Tinfk!t一sn*i~0,有 妙xs.‘二,票Xt,s钾xsx‘几嘿Xt.(’)特别,如果X‘是以概率1连续的,则(5)中的收敛可用以概率l收敛代之. 对任意随机过程Xt,所T,在同一概率空间上存在一个对闭集类可分的,在扩展的实直线上取值的随机过程戈,所T,使得尸{戈=X:}=1,任T.可分性概念及其性质可以推广到T和值域是不同的一般拓扑空间上的随机过程.转移到可分过程使得能够断言许多重要的与过程相联系的泛函和集合的可测性.另一种方法是扩张定义过程的a代数(例如,在Hausdo可紧空间乘积的情形,一个测度可以从由柱集生成的通常。代数唯一地扩张到非常丰富的BOrel集的叮代数上),而不是改变组成过程的随机变量.可分过程[毕钾口城l加。巴沼;cen即a6e脚。皿。po朋eecl 一种随机过程(stoc如站tic Pr以沈SS),它的轨道性态本质上决定于在一个可数集上的性态.定义在完全概率空间(。,‘、,p)上的随机过程{戈:炸T}(其中T是实直线R的子集)称为相对于R的子集类了是可分的,如果存在一个可数子集T:C=T(分离集(se-parant))和一个集合N氏叽p(N)“0,使得对任意A〔了和任意开区间IcR,都有 自{戈〔A}\门{X,“A}CN, t〔1了一r‘JT
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