基于模糊控制技术的糖厂蒸发过程液位自动控制系统研发

针对甘蔗糖厂蒸发工段的工艺和热力需求,运用模糊控制技术设计了低液面五效蒸发过程液位自动控制系统。文章分析了液位自动控制的难点,重点介绍了系统的硬件构建方案及应用软件中模糊控制器的设计思路和方法。     

人丝/锦纶花色纱一浴法染色工艺的探讨

在对人造丝和锦纶两种纤维形态结构及染色性能分析的基础上，从染料、助剂及染浴条件等方面阐述了一浴两步法染色工艺的可行性，并给出具体染色工艺。     

等压灌注中液位控制影响因素及对策

通过分析等压灌注中影响液位的波动因素，找出关键控制点，并采取措施，以减少产品的液位波动。     

细菌的原生质体融合

本文评论了有关细菌原生质体融合研究的进展,并报道了作者的部分研完工作。本文较充分讨论了原生质体融合的基本枝术步骤,包括出发株的选择,原生质体的制备,融合,再生,筛选和特性验证。介绍并推荐以育种为目的的该技术的较适使用条件。     

Activity of a melimine derived peptide Mel4 against Stenotrophomonas,Delftia, Elizabethkingia,Burkholderia and biocompatibility as a contact lens coating

Purpose

To determine the antimicrobial activity of the melimine derived peptide Mel4 against Delftia, Stenotrophomonas, Elizabethkingia, Burkholderia and to investigate biocompatibility of Mel4 as an antimicrobial coating on contact lenses in animals and humans.

纯棉普梳纱碳足迹的计算方法

探讨C 18.2 tex棉本色纱碳足迹各个阶段的计算方法。给出棉本色纱的产品流程分析图,确定系统边界,统计其活动水平数据及排放因子,然后根据PAS2050的碳足迹计算步骤计算其结果。结果表明:从原料生产到产品销售运输,整个过程的二氧化碳排放当量为4 738.78 kg(汽车),4 682.58 kg(铁运),其中,纱线生产阶段的排放当量最高,其次是棉花种植阶段,二者相加4 585.055 2 kg,占整体排放当量的96.73%(汽车)和97.94%(铁运)以上。指出:纺织工业减少棉纱碳排放的重点应在生产阶段。     

知识工程在食品包装机械设计领域中的应用研究

知识工程和计算机辅助的产品设计系统的结合是近期研究的热点。本文介绍了我国食品包装工业的发展,食品包装机械设计的特点,提出了将知识工程的概念引入到食品包装机械的设计中。介绍了UG软件关于知识工程的解决方案-UG/KF知识熔接技术,以及利用UG/KF技术的食品包装机械智能设计系统的框架组成。     

Options and methods for instrumentation of Test Blanket Systems for experiment control and scientific mission

Europe is currently developing two reference breeder blankets concepts for DEMO reactor specifications that will be tested in ITER under the form of Test Blanket Modules (TBMs): the Helium-Cooled Lithium-Lead (HCLL) concept which uses the eutectic Pb-16Li as both breeder and neutron multiplier; the Helium-Cooled Pebble-Bed (HCPB) concept which features lithiated ceramic pebbles as breeder and beryllium pebbles as neutron multiplier. Each TBM is associated with several sub-systems required for their operation; together they form the Test Blanket System (TBS). This paper presents the state of HCLL and HCPB TBS instrumentation design. The discussion is based on the systems functional analysis, from which three main categories of instrumentation are defined: those relevant to safety functions; those relevant to interlock functions; those designed for the control and scientific exploitation of the devices based on the TBM program objectives.