课题组

课题组设计了新型的X射线影像增强系统。

A novel x-ray intensifying system was designed in our lab.

基于h指数：课题组研究力评估的量化指标

Base on the H-index : Quantitative Indicators of the Research Capability Assessment of the Scientific Project Team

本课题组在2007年曾首次报道了金属钴催化剂成功地催化了亚胺与CO的交替共聚。

Our group have reported the first copolymerization of imines with CO using a cobalt catalyst .

综述近期本课题组有关DNA在化学修饰电极上的电化学行为、识别和检测方面的工作。

Research works on DNA electrochemical behaviors , recognition and detection on the chemically modified electrodes which were done in our group were reviewed .

结果表明本课题组研发的FRP封装光纤光栅应变传感器是一种能耐高温和抗疲劳的高性能传感器。

The results show that FRP strain sensors can resistant high temperature and fatigue .

对本课题组先前制作的光纤液滴传感器进行了部分改进，使之更适合与后续的DSP嵌入式系统进行匹配。

The optical fiber drop sensor fabricated previously was improved on in order to adapt to the DSP embedded system . 3 .

作者所在课题组承担了国家863项目高性能IPv6路由器的研制工作。

The author 's team has undertaken the State 863 Key Project - High Performance IPv6 Router .

首先，介绍了嵌入式Linux系统方面基本知识，并简述课题组构建嵌入式Linux系统的过程。

Firstly , the basic knowledge of embeded linux system is introduced , followed by the description of how to build embed linux system .

本文提出的方法达到了我们在P2P研究课题组项目中提出的预期目标，推动P2P技术的发展。

The method proposed in this paper has fulfilled the aim of our P2P research subject , and impels the development of P2P technology .

概述了最近几年课题组在低成本快速液相沉积（rapidliquid-phasedeposition）碳/碳复合材料致密化工艺技术研究方面的工作。

A new process of a low cost for carbon / carbon composites prepared by densification technology of rapid liquid phase deposition is given and described .

经ELISA方法鉴定，本课题组制备的兔抗胍丁胺多克隆抗体效价和特异性能满足实验需要。

It was proved by the method of ELISA that the rabbit anti-agmatine polyclonal antibody we prepared had enough efficacy and specificity to be used in experiments .

方法把通常的肝活检病理诊断和本课题组所采用的3名专家独立读片的方法用Kappa分析进行检验和比较。

Methods Kappa analysis was used to test and compare the two methods of pathological diagnosis in liver biopsies .

最近，FRET传感器的课题组使用该技术研究谷氨酸盐（一种重要的哺乳动物神经递质）。

Most recently , the group used FRET sensors to study glutamate , an important mammalian neurotransmitter .

本文通过杂交波尔山羊的体内植入实验，对课题组前期采用等离子喷涂工艺制备的碳／碳复合材料+羟基磷灰石涂层（C／C+HA）种植体的生物相容性进行了研究。

In this paper , carbon / carbon composites + hydroxyapatite ( C / C + HA ) coating implants made through plasma spraying by our team earlier were implanted into crossed Boer Goats to evaluate its biocompatibility .

通过这种方法，蒋澄宇的课题组鉴定出非典病毒并不依赖内吞作用的常规途径进入细胞。而一处名叫脂质筏（lipidrafts）的结构则在非典病毒进入细胞中发挥了重要作用。

By doing so , the research team identified that the SARS virus does not rely on the conventional endocytic pathways to enter cells .

本课题组把TPS浸取技术移植、改进用于加工中国的高硫甙菜籽和棉籽，菜粕和棉粕均达到饲料标准。

Our research group transplanted and improved the TPS technique in processing the Chinese rapeseed and cottonseed , obtained qualified meal .

本课题组已做过相关实验，确定了该钢的最佳热处理制度、离子渗氮和Ti含量对其组织与性能的影响。

Our team has done a lot of experiment to explore the effect of different heat treatment , plasma nitriding and Ti content on the microstructure and properties of this alloy .

测试结果显示，本文所设计的自治愈的容忍入侵J2EE应用服务器平台比课题组前期设计的容忍入侵J2EE应用服务器平台和主流开源J2EE平台有更高的可靠性和更强的生存能力。

Test results show that the designed self-healing intrusion-tolerant J2EE application server platform than the intrusion-tolerant J2EE server platform and the open source J2EE platform have higher reliability and greater survivability .

TiAl基合金的籽晶法定向成形实验是在课题组自主设计研制的宽调速电磁成形定向凝固设备上进行的。

Directional solidification of TiAl-base alloys using a polycrystalline seed material are studied by using self-made EMCS experiment apparatus with wide range of velocity .

本课题组前期研究已经证实VEGF在职业哮喘诱发因素甲苯二异氰酸盐（TDI），屋尘螨以及过氧化氢等能够导致HBE通透性增高的过程中发挥重要作用。

Our previous studies have proved that VEGF plays an important role in occupational toluene diisocyanate ( TDI ) induced permeability of AEC .

延续了本课题组在挤出吹塑中利用人工神经网络（ANN）预测型坯尺寸的工作，建立一个新的ANN模型。

It is the continuity work on predicting parison dimensions in extrusion blow molding by means of the artificial neural network ( ANN ) method , and established a new ANN model .

本课题组之前的动物实验研究发现，TP能够抑制自发性高血压大鼠的心肌纤维化，但具体机制尚未阐明。

In previous animal experiments , we have found that TP could inhibit myocardial fibrosis of the spontaneously hypertensive rat , but the exact mechanism was not yet clarified .

作者所在课题组已针对这两个问题进行了深入地研究，提出了基于特征编组解决部分遮挡问题以及基于Vague集解决特征不确定性问题的方法。

Our group have already researched these problems , a method for partial occlusion based on line feature grouping and a method for feature uncertainty based on Vague Set theoty are proposed .

聚乙烯基胺（PVAm）是本课题组开发的一种对CO2具有促进传递作用的水溶性膜材料。

Polyvinylamine ( PVAm ) is a kind of fixed carrier membrane for CO2 separation , which has been developed by our group .

介绍了本课题组研制的一种新的刀具材料&T（iC，N）基金属陶瓷的成分组成及其力学性能；

In this paper , the component constitution and the mechanical performance of a new type of tool material-Ti ( C , N ) - based metal ceramic , which is developed in our topic group , were introduced ;

本课题组前期的工作通过SRAP分子标记技术证实线粒体nad基因片段在不育系和保持系中存在差异。

Our group confirmed the difference of nad gene fragment in cytoplasmic male sterile line and their maintainer lines by SRAP markers techology .

如取向性附生（orientedattachment/aggregation，OA）生长机制、介观转变、以及最近我们课题组在置换反应中观察到了非晶作为过渡相的双界面晶体生长模式等。

For example , the oriented attachment mechanism , the mesoscopic transformation , and the double interface growth mode reported by our group recently where the amorphous cluster plays as transient phase during the crystal growth .

通过在本课题组自行设计的中空水冷转式垃圾焚烧炉上的实验研究，论文从工艺流程和NOx生成特性方面探讨了该新型焚烧炉的稳定燃烧和低污染排放技术特点；

This paper introduces the low pollution and high efficiency rotary incinerator designed by the research group and discusses incineration technical characteristics in terms of its technological process and NO X emission .

本课题组前期研究发现，一定浓度梯度的标准SLC蛋白能够抑制肿瘤生长，并且能够促进外周血淋巴细胞有一定程度的增殖。

Our lab has discovered that a certain concentration of SLC can inhabit tumor grow , and improve the proliferation of PBMC .

本课题组以前已把用有限差分方法求解PB方程的方法与随机动力学相结合，得到FDSD模拟程序，FDSD模拟方法在动力学模拟过程中把大量的水分子代之以连续介质。

We use a finite difference method to solve PB equation and incorporate the solution into SD simulation , which is called as FD SD simulation procedure and developed by our group before .