研究与开发

In this paper, the development of multifunctional composite fiber materials for silk products is studied. By means of various combinations of mulberry silk with such textile materials as silk floss yarn, silk wool yarn, linen, viscose, soybean fiber and silk elastic fiber, which are fit for small-batch production, six major categories of high-quality composite silk materials (burn-out, soybean, silk floss, elastics, silk linen, and silk wool) are developed, covering more than one hundred types.

本论文提出《多功能复合纤维面料开发》研究课题，采用桑蚕丝与其他纺织原料进行复合、交并、包覆，采用可小批量生产的丝棉复合纱、丝毛复合纱、亚麻、人丝、大豆纤维、丝氨纶包覆丝等纺织原料，设计开发出烂花、大豆、丝棉、弹力、丝麻、丝毛等高性能真丝复合材料六大类100多个品种。

More than 10 years with the University of building materials experts work together, committed to the use of industrial solid waste production of new wall materials in the development of equipment and technology research, fully absorb the international advanced technology and experience with the materials around the country, developed a design suitable for China Conditions block forming equipment, concrete mixing machinery, and the use of fly ash brick and block the recipe.

十多年来与高校建材专家通力合作，致力于利用工业固体废弃物生产新型墙材的设备和技术的开发研究，充分吸收国际先进技术和经验，结合本国各地的物料情况，设计开发出适合我国国情的砌块成型设备、混凝土搅拌机械，及利用粉煤灰制砖和砌块的配方。

In the environment of developing YC6108Q diesel engine that is a substitute for YC6105QC whose production and sale are at the top in China, analytical and experimental methods are researched to solve actual problems including strength of structure, test of fatigue, balance of inertia mass, lubrication of bearing and torsional vibration of crank shaft.

置于玉柴机器股份有限公司YC6108Q柴油机产品开发的工作环境和具体的产品设计任务（YC6108Q作为国内产销量最大的中吨位车用柴油机YC6105QC的改进型产品），研究了有关产品发展的分析与试验方法，从而解决产品开发过程中某些方面的实际问题，所进行的工作涉及机件结构强度、疲劳测试、惯性质量平衡、轴承润滑、曲轴扭振。

The purpose of this study is to establish the model and algorithms of TDVRP, develop the computer program, and provide a basis for the further development and application of logistic distribution system.

本研究旨在建立TDVRP问题的模型及求解方法，进行计算机程序的开发，为物流配送系统的进一步开发与应用提供借鉴。

In accordance with China's Policy for Builiding Materials and Their Products Between 1996-2010 and some other published relevant policies to protect the existing forestry sources and to encourage enterprises to develop environmental and energy-saving products, we, after making researches for many years and suffering numerous harships, finally created a brand-new microcrystal ecological floor-Naturally-Walk.

根据国家"1996-2010建筑材料与制品技术政策"及已出台的保护现有林业资源和鼓励企业研制开发环保节能产品的相关政策，我公司经过多年的潜心研究，历尽千辛万苦，终于开发出一款用新型材料制成的、能取代实木地板的微晶生态地板--"自然行"。

In this paper we build a university scientific research management information system based on Client/Server and three-layer structure of ASP technology, and introduced the design aims, tasks and principle of the system with systematic investigation and analyzsis of demand., With the principle of integrality, practicability, opening, precursive and generality, data stream and data structure are analyzed detailedly, and logistic model which fits university scientific research management was established based on advanced structure system analysis method. In addition, it puts forward a series of the whole scheme of scientific research management system which bases on internet adapts large database development.the design of this system adapts new internet/intranet techonlogy and it can make us gather and share the whole provincial university scientific research information.lt studies and establishes oology structure and using platform of our provincial university scientific research management system, In addition,it also designs and formulates the system at the experimental unit(the scientific research department of NEAU).The scientific research management information system of NEAU is one part of the network information management system.

本课题采用基于客户／服务器和三层结构的ASP技术，在系统调研、需求分析的基础上，给出了基于互联网的省高校科研管理系统的设计目标、任务和原则；本系统的开发遵循完整性、通用性、实用性、先进性和开放性的原则，采用较为先进的结构化系统分析方法对数据流程、数据结构进行详尽的分析，制定一个适合高校科研管理的逻辑模型；提出一套基于互连网络的、采用大型数据库开发的科研管理系统的整体方案；系统设计采用Internet／Intranet全新技术，可做到全省高校科研信息集成与共享；研究制定我省高校科研管理信息系统的拓扑结构及应用平台，利用试点单位，设计和制定我省高校科研管理信息系统的功能结构和信息资源结构。

Xiangcheng City hengxiang CO., LTD is devoted to the development of the green feed additive and study, has been engaged in the plant to draw and chemical synthesize for many years, perfect quality detecting instrument, the production equipment rational to be advanced is a assurance system of the product quality. Introduced and planted the 'origanum vulgarel in 2000, Adopt the modes of the company + peasants , Develop the natural feed additive.

恒祥有限公司致力于绿色饲料添加剂的开发与研究，多年从事植物提取和化工合成，完善的产品质量检测仪器，合理先进的生产设备，是产品质量的保证体系。2000年引进种植中药"牛至草"，采取公司+农户的模式，开发天然无公害饲料添加剂。

In recent years, cutting the development and application of technology has been developed by leaps and bounds, cutting technology has shifted from the traditional oxyacetylene flame cutting into the development of new industrial gas flame cutting, plasma arc cutting, laser cutting, water jet cutting, and other energy sources, a variety of Methods of modern technology, cutting technology, modern control technology at the same time again and cutting technology to combine research and development of a new generation of automated cutting machines.

近年来，切割技术的开发和应用取得了长足的发展，切割技术已经从传统的氧乙炔火焰切割发展成为新型工业燃气火焰切割、等离子弧切割、激光切割、水射流切割等多能源、多种工艺方法在内的现代化切割技术，与此同时又将现代化控制技术与切割技术想结合，研究开发出新一代的全自动切割设备。

What's more, according to the function, organism study and resource features, it also divides the Pteridophyte resources of this region into 8 types like medicine, appreciation, food, instruction, chemical material, weaving and packaging, fodder and green mature, rare, endangered and precious, and some suggestions on how to exploit and utilize them are put forward as well.

按其用途、生物学习性及资源特点将该区蕨类植物划分为药用、观赏、食用、指示、化工原料、编织、包装、饲料和绿肥及珍稀濒危与珍贵保护蕨类植物8种类型，并提出加大开发力度、推广人工栽培技术、加强资源综合性开发研究，变资源优势为经济优势等建议。

With development of agricultural production, there is a growing awareness of the need for systematic exploitation, protection and management on our own space environment. Rational development and use of agricultural resources has been of more concern. Computer technology is one of the three major high-tech of the time.

随着农业生产的发展，人们愈来愈意识到必须对自己赖以生存的空间环境进行有计划的开发、保护与管理，农业资源的合理开发和利用等研究更加受到人们的关注。

Singer Leona Lewis and former Led Zeppelin guitarist Jimmy Page emerged as the bus transformed into a grass-covered carnival float, and the pair combined for a rendition of "Whole Lotta Love".

歌手leona刘易斯和前率领的飞艇的吉他手吉米页出现巴士转化为基层所涵盖的嘉年华花车，和一双合并为一移交&整个lotta爱&。

This is Kate, and that's Erin.

这是凯特，那个是爱朗。