Influences of Temperature and Composition on the Curing Mechanism in BDMA/ DICY/ DGEBA System

Bio-enhanced activated carbon ( BEAC) is a kind of advanced drinking water treatment process, which fixed the isolated bacteria on activated carbon. The use of BEAC has become a matter of concern to many researchers, because it can improve organic pollutants removal efficiency.

生物增强活性炭技术（Bio-enhanced Activated Carbon，BEAC）将筛选出的优势菌群固定在活性炭载体上，用于饮用水深度处理，可以增强对有机物的降解效能、提高降解速率，因此受到广泛关注。

Come up with an improved routing protocol BEAC, which allows for residual energy and location information of sensor node while choosing cluster nodes.

提出了初步的改进协议BEAC协议，该协议在LEACH协议的基础上进行了改进。在选择簇头节点时考虑节点剩余能量及位置信息。

Effect of Backwashing on Dominant Microorganism Stabilization of BEAC Filter Controlled by the Biological Factors

生物因子控制反冲洗对BEAC滤池优势菌稳定性影响研究

Effect of Ozonation Process on BEAC Filter Stability Operation

臭氧对BEAC工艺稳定运行的影响研究

In this thesis, the advantages and disadvantages of the current prevalent congestion control algorithms are discussed in detail. Based on some general AQM algorithms such as RED, REM, RED/ ECN and RED/ BECN, an improved congestion control scheme is proposed.

本文在对当前几种流行的主动队列管理算法&RED，REM，RED/ECN以及RED/BECN进行详细的分析基础上，总结出当前拥塞控制算法的优势和不足，并提出了一种更优化的解决方案。

Backward ECN ( BECN) suggests a congested router to directly return the congestion information to the sender through ICMP source quench ( ISQ) messages to reduce the reaction time to congestion.

其中，后向显式拥塞指示（BECN）建议拥塞的路由器直接把拥塞信息通过ISQ返回给发送端，以减少对拥塞的反应时间。

Backwards Explicit Congestion Notification ( BECN) Rm-cell may be generated by the network or the destination.

后向明确拥塞通知（BECN）源管理（RM）信元可以由网络或目的设备生成。

The characteristic relations has becn developed and it is very suitable to use the Courant difference method with the guarantee condition of convergence.

经特征变换后，采用收敛和稳定性均有保证的Courant差分格式进行数值计算，克服了对称差分格式在处理线路边界条件时的困难。

This study aimed to recognize the clinical characteristics and electroencephalographic features of BECT.

目的探讨儿童良性癫疒间伴中央颞区棘波（BECT）的临床表现和脑电图变化的特点。

Methods To analyze clinical and electroencephalographic data of36 BECT patients.

方法分析36例BECT患者的临床及脑电图资料。

Analysis of Engine Connecting rod's Reliability for BECT 110 Motorcycle

BECT110型摩托车发动机连杆可靠性分析

Clinical Analysis and Curative Efficacy Observation of 30 BECT Cases

30例BECT的临床分析及疗效观察

Background and objective Benign familial neonatal convulsions ( BFNC) is a rare autosomal dominant inherited epileptic syndrome, characterized by unprovoked convulsions.

背景和目的良性家族性新生儿惊厥（Benign Familial Neonatal Convulsions，BFNC）是一种罕见的原发性癫痫综合征，呈常染色体显性遗传，患病率约为1／10万。

Objective To diagnose a Chinese benign familial neonatal convulsions ( BFNC) family at the level of gene and investigate its molecular pathogenesis.

目的对一个中国良性家族性新生儿惊厥（Benign Familial Neonatal Convulsions，BFNC）家系进行基因诊断，并探讨其分子发病机理。

Objective To explore the clinical and genetic characteristics of benign familial neonatal convulsion ( BFNC).

目的探讨良性家族性新生儿惊厥（BFNC）的临床特征及遗传学特点。

With the consideration of all the reactions involved in the polyesterification of BHET ( bis-β-hydroxyethyl terepliathalate) such as the primary forward polycondensation reaction, its reverse reaction and the cracking reaction, a kinetic equation was derived.

考虑了对苯二甲酸乙二酯（BHET）缩聚过程的主反应、逆反应及热裂解反应，得到一个动力学方程式。

According to the technical requirements of BHET, this paper selects JX-300 DCS control system to make control for its production process, and introduces the functions, the structure of hardware and the design process of software of JX-300 DCS control system.

根据聚酯切片生产的技术要求，选用了JX-300DCS控制系统对其生产过程进行控制。详细地介绍了JX-300DCS控制系统的功能、硬件结构及其软件的设计过程。

The catalytic activity of the composite catalysts was evaluated based on DSC method. The results showed that the catalyst with the amorphous structure exhibited higher activity for BHET polycondensation.

采用DSC方法对所制备的催化剂的活性进行研究，结果表明，具有无定形结构的凹凸棒土复合铝、钛化合物催化剂其活性较高。

The reaction distillation was used for synthesis of polymer monomer BHET. The process was simulated by using ASPEN PLUS.

研究了将反应精馏法用于聚对苯二甲酸乙二醇酯（PET聚酯）生产的直接酯化反应和酯交换反应，并采用过程模拟软件aspen plus模拟了整个反应精馏过程。

The DCS Control of BHET's Production Process

聚酯切片生产过程的微机控制