间歇反应器

采用间歇反应器，在连续搅拌及分水条件下，研究了Fe离子和La离子交换Hβ用于乙酸和正丁醇合成乙酸正丁酯的催化反应。

In the synthesis of butyl acetate by acetic acid and n-butanol , under the condition of continuous stirring and water removal in a batch reactor , the H β properties exchanged by Fe ion and La ion were studied .

基于异养反硝化原理，在序批式间歇反应器（SBR）中对反硝化同时降解苯酚的菌种进行了149d的驯化，驯化通过逐步提高进水中苯酚和NO3&N的浓度进行。

Based on heterotrophic denitrification , simultaneous denitrification and phenol degradation has been developed in a sequencing batch reactor ( SBR ) for 149 d by increasing the concentrations of influent phenol and NO3 & N in step .

采用IR和TPD对催化剂的物化性质进行了表征，并在间歇反应器中测定了催化剂的酯化活性。

The catalysts mentioned were characterized by IR and TPD and their esterification activity was determined .

在厌氧间歇反应器（anaerobicbatchreactors）中研究了染料的生物降解特性以及染料对生物活性的抑制作用。

The rate of biodegradation and inhibition caused to microorganisms over substrate removal by dyes were investigated in anaerobic batch reactors .

在搅拌釜式间歇反应器中研究了以负载Mg2＋的HD－8型阳离子交换树脂为催化剂的4－OH－TMP非均相氧化反应动力学。

The kinetics of 4-OH-TMP heterogeneous catalytic oxidation reaction catalyzed by ion exchange resin supported Mg2 + was studied .

AOB与NOB数量上的变化最终导致气提式间歇反应器（SequencingBatchAirliftReactor，SBAR）内的短程硝化最终转变为全程硝化过程。

The quantitative changes of AOB and NOB transformed partial nitrification into full nitrification in Sequencing Batch Airlift Reactor ( SBAR ) .

采用模拟配制生活污水，研究循序间歇反应器（SBR）工艺在不同运行条件下对好氧污泥颗粒化和生物除磷效果的影响。

This paper investigate the effect of the different operating conditions on the aerobic sludge granulation and biological P removal characteristics in SBR by using synthetic domestic wastewater as feed .

在高压间歇反应器中，温度340~370℃，以苯、甲苯、乙苯和对二甲苯为超临界溶剂研究了聚苯乙烯（PS）的降解特性。

The degradation properties of polystyrene in supercritical benzene , toluene , ethylbenzene and p-xylene were studied between 340 ~ 370 ℃ using a quick process . Benzene hydrocarbons are the fine solvents of polystyrene .

以城镇生活污水为研究对象，探讨了在间歇反应器SBR（Sequencingbatchreactor）中接种不同比例的EM菌液对污水中COD、各种形态氮及TP降解速率的影响。

This paper discusses the effect of the degradation speed and removal rate of COD , nitrogen and total phosphorus in domestic sewage by adding Effective Microorganisms ( EM ) to the Sequencing Batch Reactor ( SBR ) .

采用管式连续反应器及釜式间歇反应器对石油裂解C5混合原料中的环戊二烯（CPD）进行热二聚，生成双环戊二烯（DCPD）后进行分离。

Isolation of CPD from C 5 which are side production of oil cracking by means of polymerizing into DCPD in tube continual reactors and kettle batch reactors was studied .

应用Davison提出的一般鲁棒控制方法讨论了具有时间优化的棉子油氢化间歇反应器的鲁棒控制同题。

In this paper , the robust control problem of a hydrogenated cotton oil batch reactor with time optimization has been studied by the normal robust control method presented by Davison .

间歇反应器生产聚酰胺的数学模型分析

Analysis of the Mathematical Models for Producing Polyamide in Intermittent Reactors

一种间歇反应器智能仿真培训系统

Development of an Intelligent Simulation Training System for a Batch Reactor

间歇反应器内固定化酶催化反应过程的模拟

Simulation of catalytic reaction process of immobilized enzyme in batch reactor

热动力学法研究间歇反应器中酶促反应动力学

Kinetics of enzyme-catalyzed reactions in batch reactor using thermokinetic method

改进改良式序列间歇反应器脱氮除磷试验研究

Study on nitrogen and phosphorus removal in improving MSBR reactor

膜序批式间歇反应器的膜污染特性及控制

Characteristics of Membrane Fouling and Its Control in Membrane Sequencing Batch Reactor Process

本文采用间歇反应器，在连续搅拌的条件下合成乳酸正丁酯。

Ethyl acetate was synthesized under the condition of continuous stirring in a batch reactor .

间歇反应器的时间最优控制

Time Optimal Control for Batch Reactors

在内循环气升式间歇反应器对好氧颗粒污泥颗粒化过程进行了研究，从污泥负荷率和碳源特性分析了好氧颗粒污泥的稳定性。

The influencing factors on stability of aerobic granules were studied in sequencing batch airlift reactors .

基于免疫机制的多目标蚁群算法用于间歇反应器的约束动态多目标优化

Immune Mechanism Based Multi-Objective Ant Colony Algorithm Approach to Batch Reactor Constrained Dynamic Multi-Objective Optimization Problems

研究了在间歇反应器中，用硝酸分解毒重石宏观动力学特性。

The macro-kinetics characteristics of decomposition of witherite with nitric acid in a batch reactor are studied .

间歇反应器的数值最优化&极大值原理与有约束控制梯度相结合方法的应用

NUMERICAL OPTIMIZATION OF A BATCH REACTOR & An Example on Application of Maximum Principle with Constrained Gradient Method

采用厌氧序列间歇反应器与好氧序列间歇反应器相结合的技术，处理生物制药废水。

The technology combined anaerobic sequencing batch reactors with aerobic sequencing batch reactors was used to treat biochemical medicine wastewater .

以蔗糖为碳源，在序批式间歇反应器中培养出沉降性能良好的黑色好氧颗粒污泥。

Black aerobic granule sludge with good settling velocities was cultivated in sequencing batch reactor ( SBR ) fed with sucrose .

当要求放大反应器时，大多直截了当的途径是移至一个较大的间歇反应器如一个较大的大桶或罐。

As scale up is desired , the most straightforward approach is to move to a larger batch reactor such as a large vat or tank .

用热动力学法研究了间歇反应器中单底物酶促反应动力学，并详细讨论了产物竞争性抑制作用对反应速率的影响。

Kinetics of single-substrate enzyme-catalyzed reactions in batch reactor ( BR ) using thermokinetic method were investigated , and the influence of product competitive inhibition on these models was discussed in details .

以血清瓶为间歇反应器，以醋酸钙、乙醇为基质，研究了厌氧消化过程中甲烷菌所需要的微量金属营养元素的种类和优化组合及它们的最佳补充投加量。

Using serum bottle as batch reactors , the anaerobic digestion process of acetate and ethanol was assayed to determine the optimum trace metals combination and the optimum supplement dosage for stimulation effect on methanogens .

阐述了生物质水解的研究背景和发展现状，并在间歇反应器上，对极低浓度酸条件下纤维素的水解进行了研究。

Cellulose hydrolysis under the catalysis of extremely low acid ( ELA ) was conducted at high temperature ( 215 ℃) with a batch reactor , producing quite a number of reducing sugars and many other chemicals .

首先，针对间歇反应器的结构特点和最佳控制曲线进行研究分析，设计了间歇反应器的温度、压力、流量等控制回路，应用了串级控制、选择控制等控制策略。

Having studied the structure of reactor and optimal control curve , this paper designs control circuit for temperature , pressure and flux , which is designed by using cascade control , selectivity control and other control strategy .