浅谈建筑技术科学与生态人居环境建设

本文阐述了建筑技术科学在创造良好的生态人居环境过程中的重要性,并具体介绍了相关的建筑科学技术方法。     

基于纳米进给铸铁基砂轮电火花精密整形研究

阐述基于图形化编程语言Lab VIEW的数据采集系统,该系统能够实时显示、记录、分析各种实验信号,是金属基金刚石砂轮的电火花整形技术的研究手段和研究基础.根据电火花加工原理,通过一系列实验,借助于数据采集系统采集整形过程中的电压和电流,总结了铸铁结合剂金刚石砂轮的电火花整形规律.采用最小进给量为10 nm的微进给工作台,实现了基于纳米进给的电火花整形,使铸铁结合剂砂轮达到了精密磨削的要求.     

一种基于Lab Windows／CVI的GL Studio插件调用方法

通过ActiveX自动化服务器在Lab Windows／CVI中的创建和应用,提出了一种在Lab Windows／CVI中调用GL Studio插件的方法,为扩展Lab Windows／CVI在测控领域的应用提供了良好的软件支持。该方法已经成功应用于某型飞机的检测设备中。     

基于Lab Windows／CVI平台人造水晶系统监控软件的开发

本文采用面向仪器与测控过程的基于C语言的开发平台Lab Windows／CVI6．0，针对人造水晶生长系统，把数据库应用技术与Lab Windows／CVI开发工具相结合，采用了多线程的设计方法，进行了监控软件的研究与开发。     

Multifunctional Initiator with Platinum-Acetylide Dendritic Core for Living Polymerization of Isocyanides

A novel multifunctional initiator has been developed by peripheral modification of a Pt-acetylide dendrimer. Pd–Pt μ-ethynediyl units were introduced to the first-generation dendrimer by a divergent method. The dendritic initiator was applicable to the living polymerization of aryl isocyanides, producing high molecular weight polymers with a narrow polydispersity index in quantitative yields. The ³¹P NMR spectrum of the resulting polymer suggested that all Pd–Pt μ-ethynediyl units in the dendritic molecule actually functioned as an initiator.     

A study on building sustainable communities in high-rise and high-density apartments – Focused on living program

The purpose of this study is to suggest a conceptual model for sustainable communities, considering sustainable development and placemaking perspectives of community building in Korean apartment complexes. This study then verifies the validity of the model as an action plan. Based on a review of literature at home and abroad, the model was conceptualized on the structure of living programs and physical and social settings for sustainable communities in Korean apartment complexes. The living program, which connects physical and social settings, consists of four action subjects: Activation of community spaces, activation of community programs, activation of participation, and activation of ecological living and design. This model demonstrates that a living program will increase resident satisfaction and result in a sustainable community. Three subjects out of the four suggested in the living program of the model were empirically tested based on previous research data. According to the correlation analysis between living programs and residential satisfaction, when residents are satisfied with community spaces, programs, and participation in the community, overall residential satisfaction rises. Accordingly, the living program of the conceptual model plays a meaningful role in developing sustainable communities in Korean apartment complexes.     

模块式墙体绿化技术

模块化墙体绿化具有系统化,速成景,易装卸等优点,日益受到建筑师的青睐。但国内的墙体绿化处于起步阶段,该文介绍三种国外较为成熟的模块式墙体绿化系统,对系统构造、基质选择、维护以及适用性进行了分析,为国内建筑师及园林设计师提供墙体绿化设计及构造设计参考。     

以人为本 自然共生——中海油珠海高栏终端生活区设计

本文以中海油深水天然气珠海高栏终端生活区设计项目为例,从项目基地本身出发,以最大的尊重基地地形特征为前提,采用现代的建筑设计手法,最大的满足了各种需求。文本尤其关注如何将“自然一宜人”的理念融入到现代大型国有企业生活区的规划建筑设计中去,创造出真正适合员工的居住生活休闲环境。     

某型交流变流机测试系统的设计

介绍了采用PX I总线的自动测试系统设计,硬件部分的组成和设计方法。软件部分采用面向对象、可视化设计的快速应用开发软件平台LabVIEW完成编辑、编译、连接、调试等开发。通过对某交流变流机进行测试,结果表明该系统测试精确度高,性能稳定可靠,操作简单,达到了设计要求。     

Precise synthesis of polymers containing functional end groups by living ring-opening metathesis polymerization (ROMP): Efficient tools for synthesis of block/graft copolymers

This article summarizes recent examples for precise synthesis of (co)polymers containing functional end groups prepared by living ring-opening metathesis polymerization (ROMP) using molybdenum, ruthenium complex catalysts. In particular, this article reviews recent examples for synthesis of amphiphilic block/graft copolymers by adopting transition metal-catalyzed living ROMP technique. Unique characteristics of the living ROMP initiated by the molybdenum alkylidene complexes (so-called Schrock type catalyst), which accomplish precise control of the block segment (hydrophilic and hydrophobic) as well as exclusive introduction of functionalities at the polymer chain end, enable us to provide the synthesis of block copolymers varying different backbones by adopting the “grafting to” or the “grafting from” approach as well as “soluble” star shape polymers with controlled manner. The “grafting through” approach (polymerization of macromonomers) by the repetitive ROMP technique offers precise control of the amphiphilic block segments.