查询词典 emulsifying agent

My company mainly produces SG series of fire hydrant me, GA series of fire extinguishers me, reel, inorganic fire shutter series, steel fire shutter series, fire extinguishing agents series: 6% AFFF water-insoluble film fire extinguishing agent, YE6 foam fire-fighting protein Agent, YEF6 of fluoride foam fire extinguishing agent, 6% AFFF water film fire extinguishing agent, ABC, BC dry powder fire extinguishing agent, YEZ times in the foam fire extinguishing agent, YEG bubble-type high-power fire extinguishing agent, flame retardant, dynamic, vegetable oil for fire extinguishing agent, Zaotai kitchen fire extinguishers and automatic fire extinguishing devices.

我公司主要生产SG系列消火栓箱、GA系列灭火器箱、卷盘、无机防火卷帘系列、钢质防火卷帘系列、消防灭火剂系列：6%AFFF抗溶性水成膜灭火剂、YE6蛋白泡沫灭火剂、YEF6氟蛋白泡沫灭火剂、6%AFFF水成膜灭火剂、ABC、BC干粉灭火剂、YEZ中倍泡沫灭火剂、YEG型高倍泡沫灭火剂、阻燃剂、动、植物油专用灭火剂、灭火器以及厨房灶台自动灭火装置。

Additives: expandable microsphere; EHEC cellulose ether, PU; associative thickener, thixotropic additives, fumed silica; dispersing agent, levelling agent, defoamer, flatting agent; neutralizing amine; wax powder/paste; paint driers, anti-skinning agent, anti-gelling agent; in-can preservative, dry - film biocide, inorganic silver-ion antimicrobial; powder coating additive – texture additive, flow control agent, non-yellowing degassing agent, matting agent, low temperature curing epoxy hardener; reactive diluent of epoxy resin.

助剂类：中空微球；水性纤维素、缔合型聚氨酯增稠剂、气相二氧化硅、防沉浆；分散剂、流平剂、消泡剂、哑面剂；多功能中和胺；蜡粉/浆；催干剂、防结皮剂、防胶化剂；罐内防腐剂、墙面防霉剂、无机银离子抗菌剂；粉末涂料助剂–结构性助剂、流动性助剂、防黄变消泡剂、哑面剂、低温固化剂；环氧稀释剂。

Aimed at the difficulty of heavy oil development and the high price of general surfactant as emulsifying agent,the probability of sodium humate as emulsifying agent was discussed.

针对稠油油藏开采难度大，采用常规乳化用表面活性剂费用高的现状，研究廉价的褐煤腐植酸钠作为稠油乳化剂的可能性。

A series of emulsion fuel oil were designed with Triton X 100 as principal emulsifying agent,whose molecular formula is C 8H 17 ——O(CH 2CH 2O) 10 H.One of other kinds of surfactant is used as the auxiliary emulsifying agent.The emulsion structures were determined by micrography,and the combustion heat was determined by a bomb calorimeter.

以具有聚氧乙烯为亲水基团的非离子表面活性剂为主要乳化剂，其它表面活性剂每种类型各取一个与之复配，进行替换对比，从而以最少的表面活性剂种类，得到尽可能全面的乳液结构类型，以便找出乳液结构与乳化燃油燃烧热之间的关系。

The author of this article has the experience in development projects management and leams from domestic existing research results of construction-agent system.In this particular environment of constructions in new district,author research on the sign of construction contract,the choice of construction-agent,the scope of construction-agent,the organization of construction-agent,as well as the costs of construction-agent and management risks of construction-agent system that from the perspective of construction-agent.

本文作者在开发区从事工程项目管理工作，广泛借鉴国内已有的代建制研究成果，在城市新区建设这个特殊环境，从代建人的角度对代建合同签署、代建人选择、代建范围、代建组织方式以及代建费用管理及代建制风险等进行了应用研究。

The starch-cyclodextrin microspheres were prepared by using starch/β-cyclodextrin as raw material, normal hexane as dispersed phase, Span60 and Tween60 as emulsifying, pentanol as assistant of emulsifying, and metaphosphoric acid trisodium salt as linking agent.

纳米微球以可溶性淀粉和β-环糊精为原料，选用正己烷为油相，Span60和Tween60为乳化剂，正戊醇为助乳化剂，三偏磷酸钠为交联剂，以对亚甲基蓝的去除率为指标进行了单因素和正交试验。

The Agent and the MAS architecture were mentioned as the core of M-GIS〓. The standards, criterions and protocols were discussed as the indemnification of M-GIS〓. The third part discussed the Agent, MAS architectures, Agent-Oriented Software Engineering and how to use these theories in M-GIS〓. Based on the clearly cognition of the Agent, MAS and AOSE, the universal Spatial-Info Agent architecture was proposed. This part put the emphasis on applying of the theories about Agent, MAS and AOSE and solving the organization problems of M-GIS〓.

本文在总结、梳理Agent、MAS以及AOSE理论的基础上，提出对Agent的认识观点与看法及如何应用Agent模型，在此基础上创造性地提出了空间信息智能体结构，并基于混合式MAS体系结构，提出来构建基于MAS体系的移动GIS集成服务框架结构，力图将Agent理论、MAS体系与AOSE的方法引入移动GIS集成服务中来，在针对复杂系统建设的GIS软件工程理论与方法上寻求创新。

After reviewing the main design idea of single agent architecture, such as the agent architecture in PTS domain and several typical interactive agent architecture, we defined the model of Multi-Agent System Based on Co-Evolution, and made a deep analysis of the components of MASBCE and the interactions among them. By the means of analysis for the layered design method of co-evolutionary agent architecture, the interaction process of the agent and the world model, the cycling process at deferent level of MASBCE, the periodic step mechanism of MASBCE, etc., we radicated the architecture of MASBCE and its inner operation mechanism.

在考察了各种典型的智能体体系结构及PTS领域的智能体体系结构等单个智能体体系结构主要设计思想的基础上，定义了基于协进化的多智能体系统MASBCE，对MASBCE的构成及其相互之间的联系进行了深入分析，通过对协进化智能体体系结构的分层设计方法、智能体与世界模型的交互过程、MASBCE中的分级循环过程、MASBCE中的周期步进运行机制等的分析，明确了MASBCE的体系结构及内部的运作机制。

This paper's work is trying to present a more efficient method to locate the agent in distributed networks on the basis of pioneers' researches, and assess the performance of this method.This paper begins its discussion with agent technology's background and basic conceptions, characteristics, and presents the researched problem, that is, researching new agent locating method; then introduces several traditional locating methods: brute force searching, database method and path proxies, and analyses their features and locating efficiency. For describing the agent locating better, this paper formalizes the agent, presents a proper definition, and abstracts agent's migration process, proposes a metaprocess concept and decompounds migration process with it.

本文首先介绍了代理技术的产生背景以及基本概念、性质，提出了需要解决的问题，即对新的代理定位的方法的研究；然后总结介绍了前人文献中的一些代理定位方法：穷举搜索法、位置数据库法和迁移指针法，并分析了这些算法的优缺点和代理定位效率；为了更准确的描述代理定位，本文对代理进行了形式化，确定了一种适合的代理定义，并对它的性质给予形式说明；在此基础上抽象出代理迁移的本质，根据它对资源的控制对迁移类型进行分类；提出元过程概念，并分解表示定位过程，并介绍了过程时间连续性。

But the emulsifying activity of conjugates at higher NaCl concentrations is not increased compared with soy protein isolates, although the emulsifying stability is more superior to that of sodium caseinate.

但在较高NaCl浓度时的乳化活性与大豆分离蛋白相比没有明显的改善，其乳化稳定性则明显优于酪朊酸钠。

These are places without aristocratic baggage; egalitarian places open to talent, self-improving, engaged in learning and innovation through networks that were at once competitive and cooperative.

这些地方没有贵族遗风作祟，而且对于那些有天分的人是开放的平等之地，这些人善于通过那些曾经很具有竞争力与合作精神的关系网进行自我提高以及学习创新。

Christine: You don't want to see me?

你不想见我？