1) phase-separation method
分相法
1.
The stability of W1/O emulsion produced in the technology of microencapsulation method for preparing polystyrene hollow microspheres was studied by phase-separation method.
采用分相法研究了微封装法制备聚苯乙烯空心微球W1/O乳液的稳定性。
2) phase splitting
分相，分相法
3) phase separation method
相分离法
1.
The preparation methods for inorganic-organic composite particle such as mechanical mill method,heterogeneous coagulation method,phase separation method and monomer polymerization method are mainly introduced.
主要介绍无机-有机复合粒子制备方法——机械研磨法、异相凝集法、相分离法和单体聚合法。
2.
The encapsulation was conducted by using a phase separation method (PSM) and a solvent extraction method(SEM).
用具有生物降解性和血液相容性的聚乳酸 ( PLA)为载体材料 ,以牛血清白蛋白 ( BSA)为多肽 -蛋白质药物的模型化合物 ,分别用相分离法 ( PSM)和溶剂萃取法 ( SEM)制备出了平均粒径为 5 0～ 90 μm的 PLA/ BSA微球 。
3.
The development about tank stripping,tower stripping,direct drying method and phase separation method of cis-1,4-polybutadiene rubber solution were reviewed with 25 references.
简述了国内外顺丁橡胶溶液的釜式凝聚、塔式凝聚、直接干燥法和相分离法等的发展概况。
4) nanoprecipitation
相分离法
1.
Norcantharidin(NCTD) loaded PLA-PEG nanoparticles are prepared by double emulsion method and nanoprecipitation method respectively.
采用复乳法和相分离法两种方法制备去甲斑蝥素的聚乳酸-聚乙二醇嵌段共聚物(PLA-PEG)纳米微球。
5) phase separation
相分离法
1.
A new treatment process for titaniferous blast furnace slag at Pangang using phase separation was put forward.
提出采用相分离法处理攀钢高炉渣新工艺。
2.
In this thesis, using inorganic pigment (NLHN), ethyl cellulose (EC), cyclohexane (HC), Span-80 and poly-isobutylene (PIB) to prepare S/O type NLHN-RTM microcapsule by oil phase separation met.
本研究采用油相相分离法，以无机变色颜料NLHN为芯材，乙基纤维素(EC)为壳材，环己烷(HC)为溶剂，Span-80为乳化剂，聚异丁烯(PIB)为相稳定剂，制备了S／O型NLHN-RTM微胶囊。
3.
Using ethyl cellulose (EC), polyisobutylene (PIB) , cyclohexane (HC) and Span80 to prepare RTM/EC thermochromic microencapsule by oil phase separation method in which EC, PIB, HC and Span80 are used as shell material, phase stabilizer, solvent and emulsifier respectively.
研究以乙基纤维素(EC)为壳材料,聚异丁烯(PIB)为相稳定剂,环己烷(HC)为溶剂和Span80为乳化剂,采用油相相分离法制备了RTM/EC示温微胶囊。
6) phase-component method
相分量法
1.
The general models of the interface circuits for shunt and series faults and the impedance matrix of various 3-phase elements and parallel lines are constructed for the requirement of the simultaneous fault calculation for power system by using phase-component method.
为了对电力系统复杂故障直接进行求解,基于相分量法,建立了横向、纵向故障接口电路的通用相分量模型,推导了三相元件与平行线路的相分量阻抗矩阵。
2.
A calculation approach using integrated symmetry-component and phase-component methods is presented in this paper in order to meet the requirements of the calculation of inter-line faults, which occur on parallel transmission lines of large scale power systems.
针对电力系统中平行线路的跨线故障,提出一种融合对称分量法与相分量法的大规模电力系统跨线故障计算方法。
补充资料：分相
分相
phase separation
fenxiang分相(phase separation)硅酸盐熔体和玻璃中某些组分在一些区域内偏聚形成化学组成不同相的现象.20世纪90年代以来用电镜对二、三组分和多组分玻瑞进行的研究表明，所有玻璃都有微不均区(分相)，例如AI:03一510:系在A120:含量10%~50%范围，在小于1600℃存在着分相区域，这对耐火纤维使用中的变化有重要意义。分相的根本原因是热力学自由烤的降低，其机理有成核生长与不稳分解两种，前者组成变化大，但是空间分布范围小;后者组成变化小而空间弥散范围大。分相造成亚微结构不均匀。 (李晓明)
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