The mineralization system has three giant system, namely mantle magmatic system, penetrability deep-fault and ore-bearing pneumato-hydrothermal system.
矿化系统具有地幔岩浆系统，渗透性深层断层和含矿性气热热液系统三大系统。
A new type of Germanic zeolite was synthesized in hydrothermal system.
在水热体系中合成了一种新型全锗沸石分子筛。
Low-silica X zeolite was synthesized in a hydrothermal system via the base source step-feeding(BSSF)method.
采用分段投碱法水热合成了低硅X型沸石分子筛。
The amount, size and shape of X-zeolite crystals are influenced by the reaction time in hydrothermal system.
型沸石的晶粒数量、晶体形态和晶粒大小主要受反应时间长短的影响。
The real-time optimal operation model including long and short term operations of hydrothermal system is presented in this paper.
提出综合考虑水、火电系统长、中、短期运行调度的实时优化调度模型。
The mineralization system has three giant system, namely mantle magmatic system, penetrability deep-fault and ore- bearing pneumato-hydrothermal system.
该系统包括“三大”成矿体系，即：幔源岩浆体系、深穿透断裂构造体系、含矿气液流体体系。
The granite type uranium deposit in Xiazhuang, formed in the discharge area of fossil hydrothermal system, is a product of thermal water_rock interaction.
形成于古水热系统排泄区（减压区）的下庄花岗岩型铀矿床是地下热水与岩石相互作用的产物。
Second step , the nanometer tin dioxide powder aspects are gone except the water of crystallization system by the way of hydrothermal.
第二步，利用水热脱水法去除凝胶中的结晶水制得纳米二氧化锡粉体。
According to the great influence of system acidity and alkalinity on MCM41 molecular sieve formation in hydrothermal condition, a detailed formation mechanism of MCM41 was proposed.
在水热体系中，合成介质的酸碱性对MCM - 41分子筛的生成有很大的影响，据此提出了MCM - 41分子筛生成的详细机理。
To solve hydrothermal power system resource short-term optimization scheduling problem, this paper proposed a novel scheduling solution based on chaos particle swarm optimization algorithm.
为了有效地解决水火电力系统资源短期优化调度问题，提出了一种基于混沌粒子群算法的调度方案。
In the hydrothermal reaction system of acid-treated stellerite-NaOH-NaAlO2-H2O, the ageing of the reaction mixture in room temperature is the key for the preparation of pure X-zeolite.
酸处理红辉沸石-氢氧化钠-铝酸钠-水的水热反应体系中，反应混合物的室温陈化是制备纯x型沸石的关键。
Kinetics of hydrothermal reaction in lime-sand system was investigated by means of quantitative phase analysis, SEM observation, and compressive strength measurement.
本文采用定量相分析法测定灰砂系统水热反应的水化物，并通过SEM观察及试块强度测定等研究了灰砂系统水热反应动力学。
This paper presents an integrated qualitative and quantitative decision system based on decomposition-coordination algorithm for long-term dispatch of hydrothermal power systems.
以水、火联合电力系统长期调度问题为背景，探讨了一个基于分解协调算法的集成定性定量决策系统的设计和应用。
Contrasted to the traditional hydrothermal method, the hydrothermal synthesis method of microwave heating has a fast, responsive, uniform heating system and so on.
与传统方法相比，微波法具有反应灵敏、加热速度快、受热体系均匀等优点。
Experimental result shows that proposed algorithm can solve the scheduling problem of hydrothermal power system resource, and has the advantage of good application value.
实验结果表明，该算法能有效解决水火发电资源调度问题，具有较好的应用价值。
Experimental result shows that proposed algorithm can solve the scheduling problem of hydrothermal power system resource, and has the advantage of good application value.
实验结果表明，该算法能有效解决水火发电资源调度问题，具有较好的应用价值。
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