应用

Glass-powder early applied for chemistry industry in prosperous Tand dynasty , it only applied for ceramic and weapon according to history record, it apply for chemistry industry widely and applause due to raw material character diligency limpidity, no heavy metal, chemic and physical feature stabilization in modern times .

玻璃微粉最早应用于工业领域的是在盛唐时期，据史料记载，起初只限于陶瓷工艺品的应用和兵器制造。由于玻璃微粉原材料质地坚韧透明、不含重金属、化学物理性能稳定等特点，在现代化学工业中得以了广泛的应用和好评。

It is an important disquisitive direction that applying video processing technology, which is centered about high-speed digital signal processor, to improve low-light-level and infrared video systems" image quality and systems" vision distance. It has significant military value. And it also enlarges the applying domain of DSP and digital signal processing technology.

将以高速DSP器件为核心的视频图像处理技术应用于改善微光与红外视频系统的成像质量、提高系统视距，是当前军用夜视技术的一个重要研究方向，具有重要的军事应用价值；同时，也拓展DSP器件与技术的应用领域，具有重要意义。

Through the discussion of the study history of memory, the research problems and the significance of this study were brought forward, the concept of memory was clarified, the latest research of brain science was reviewed; On this basis, memory types and its measurement, memory process and its rules were studied documentarily and generalized systematically; This research analysed emphatically and concluded general and special methods of memory, the functions, usage means and applied scopes of many kinds of scientific memory methods were explored deeply with some typical psychology experimental results; Then affects of objective factors included external environment and material characteristics, subjective factors such as purpose, attention, emotion, knowledge, confidence and so on , were examined deeply; At last, it studied and analysed the cultivation and training of memory, practical usage of scientific memory methods, and put forward educational suggestions and training measures.

首先从记忆的研究历史切入本研究的问题背景与研究意义，阐明了记忆的概念、综述了记忆脑科学方面的最新进展；在此基础上，对记忆的分类与测量、基本过程与规律进行了文献研究与系统概括；着重分析并归结出了记忆的一般方法与特殊方法，结合代表性的心理学实验成果深入分析了各种科学记忆方法的功用、具体操作方法及应用范围；深入剖析了外部情境、材料特征等客观因素及目的、注意、情绪、知识、信心等主观因素对记忆的影响；最后在先前诸研究的基础上，对记忆的培养与训练及记忆术的实际应用加以分析和研究，提出了记忆培养训练的具体措施与教育建议，并实例说明了记忆术的具体应用。

The IDS of the paper is network-based anomaly detection system.with the help of Data Mining technology, we bring forward a measure to describe the normal state of the network traffic and user behavior and extracting the useful rule from large network data.so we can establish the knowledge warehouse which describe the normal state of the network traffic and user behavior. The knowledge warehouse can be the standard in order to judge the normal state.we can find the dubitable connections according to account the state and anomly instances of connections.

论文在描述网络应用和用户行为时采用数据挖掘技术从海量的网络数据中提取有用的规则，构建了一个描述正常状态下的网络应用和用户行为的规则集，这个规则集是用来判断网络应用和用户行为是否正常的标准，论文根据这个标准分析当前网络连接的异常情况，将可疑的连接找出来。

Electrocatalysis can be considered as one of the most popular application of selemium nanoparticles and carbon nanotubes. In this paper, the potential applications of MWCNTs/Se modified electrode in biological electrocatalytic were investigated and discussed.

根据碳纳米管和纳米硒在生物电催化反应中表现出的巨大潜能，研制了碳纳米管复合纳米硒修饰电极并探讨其在生物分子电化学研究中的应用，对发展新型电化学传感器和拓展纳米材料的应用具有重要的理论意义和实际应用价值。

Business management system is a distributed application aiming at developing strong , firmness and enlargeable application , gather every kind of technique like NT, SQL SERVER, DELPHI, MIS etc. in the integral whole, it aims to set up an application frame based on customer/ service construction, and provide the basic service for this kind of application.

企事业管理系统是针对MIS平台上开发强键、稳固、可扩充的分布式应用而推出的方案，集NT、SQL SERVER、DELPHI、MIS等各种技术于一体，它的目标是创建一个基于客户/服务结构应用框架，并为这种应用提供基本服务。

Entomologenous fungi are important biological control agents, and are widely applied to control insect pest. It is for some years to control M. alternatus by entomogenous fungi. But it is limited to control pest because only spore can be used.

虫生真菌是一类重要的生防真菌，在生产上应用广泛，防治松墨天牛在生产上也早有应用，但目前多利用其孢子粉剂或液剂，在应用中受到很大限制。

The hypermethylation of 5 CpG in promoter region serves as a mechanism of the inactivation of RASSF1A gene. This mechanism has been widely confirmed in multiple tumorgenesis including prostate carcinoma cell line DU145. Object Our study is to disclose the epigenic mechanism of the carcinogenesis of prostate cancer. Including: 1. We use demethylation agents in combination with chemotherapeutic drugs, to disclose whether demethylation agents can enhance the anticancer effect of chemotherapeutic drugs. 2. to study whether demethylation drugs can affect the methylation level of RASSF1A gene in.

目的 本研究旨在探讨前列腺癌的表遗传学发生发展机制，包括： 1、甲基化抑制剂与多种化疗药物联合应用，探讨二者间的协同作用，增强化疗药物疗效； 2、体外应用甲基化抑制剂对前列腺癌细胞DU145的RASSF1A基因甲基化水平的影响； 3、体外应用甲基化抑制剂对前列腺癌细胞DU145的RASSF1A基因及蛋白表达的影响，以期为进一步深入探索通过改变抑癌基因的甲基化而为前列腺癌发生机制和基因治疗提供有意义的数据和理论依据。

ABSTRACT In this paper, some problems in harmonic free electron lasers and plasma wave wiggler FELs are investigated. The applications of FEL in material science are discussed in detail. As an example, KrF excimer laser was used to investigate the a-Si: H thin film solar cells instead of the free electron laser.

本论文对适用于应用的谐波自由电子激光和等离子体波泵Wiggler型自由电子激光中的若干问题进行了研究，对自由电子激光在材料科学领域的应用及应用前景进行了详细讨论，并使用KrF准分子激光器代替自由电子激光进行了模拟自由电子激光对α-Si〓H太阳能电池的改性实验。

The applications of DGGE were mainly introduced among the food microbiology field,in assessing microbial communities in fermented product s and variations during food fermentation,differentiating ferme.

本文概述 DGGE 的基本原理、发展和应用现状；着重阐述该技术在评价发酵食品的细菌群落组成和动态变化、区分发酵食品、控制食品质量、检测食源性致病微生物等食品微生物研究领域中的应用；进一步展望了 DGGE 技术在食品研究领域的应用前景。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。