我校9项成果获厦门市科学技术进步奖

正厦门市人民政府公布了2019年度厦门市科学技术奖获奖名单,我校9项成果榜上有名。其中,计算机与信息工程学院朱顺痣教授作为第二完成人与企业联合申报的项目"面向全场景智能终端的远程交互协作系统关键技术研发与产业化"获得一等奖;机械与汽车工程学院周水庭教授与企业联合申报的"城市客车电动化关键技术研发与产业化"、现代工程训练中心曾     

员工健康优先——衡阳电科电源有限公司职业健康管理侧记

<正>在提倡节能环保的今天,二次充电电池已经成为了使用者的首选。然而,生产此类电池却需要大量重金属,甚至是有毒金属原料,因而,在该类电池生产企业中,做好员工的职业健康工作成为了安全监管的重中之重。衡阳电科电源有限公司(以下简称"电科电源公司")创建于2011年10月,本着"员工的健康优于一切"的安全理念,公司成立伊始就以保证员工健康、安全作为立足根本,致力于创建安全无灾害单位。制度是"软防线"     

Development of Postgraduate Education in Chemical Engineering

1 Development of Postgraduate Education There were only 200 postgraduates were honored master degree from the year 1935 to 1949 in old China. While, after the establishment of new China, the postgraduate education has developed in a certain degree, there were 23,000 postgraduates were enrolled from 1950 to 1965, and there were no postgraduates during the period of 1966 to 1977 due to the "culture revolution".     

CHARACTERIZATION OF SOL-GEL-DERIVED ZrO2 FILM BY PHOTOTHERMAL RADIOMETRY

In modern industry,thin film on the substratc has much important role to decide the properties of product, especially for electrical, optical and wear-resistant etc, production. There are some technical methods to prepare thin film,including plasma spray,physical vapor deposition (PVD),chemical vapor deposition (CVD) and sol-gel,etc. Among of them,sol-gel method has been developed a popular tech nique for preparing thin films.     

我国三大产业增加值与水电、火电、核电发电量关系研究

文章研究水电、火电与核电发电量随时间变化的时序关系及各发电量与三大产业增加值的量化关系.利用国家统计局2000—2015年的电力年度数据,借助Eviews 6.0软件,建立Brown单参数指数平滑模型并对电力发展短期趋势进行预测;建立双变量弹性分析模型并预测三大产业增加值对水电、火电、核电发电量产生的影响;建立多元回归模型,发现水电、火电、核电发电量与三大产业增加值为正相关.     

大数据杀熟:最懂你的人伤你最深

正出门在外自然少不了要订票、订酒店,上网通过各种票务平台解决这些已成为多数人的选择。海量的消费信息也在购物的同时被记录下来,你的偏好和习惯在不经意间就可能被他人获知,这些数据也为某些人提供了"便利"。最近,微博网友"廖师傅廖师傅"自述了被大数据"杀熟"的经历。据了解,他经常通过某旅行服务网站订某个特定酒店的房间,长年价格在380元到400元左右。偶然一次,通过前台他了解到,淡季的价格在300元上下。他用朋友的账号查询后     

智能网呼唤“全链安防”

正随着人工智能、云计算、大数据、物联网等技术发展,安全问题日益凸显。日前,在以"安全强驱动,数字新生态"为主题的第四届互联网安全领袖峰会(CSS)上,与会专家和互联网安全业内人士,深入探讨未来的安全技术和防护对策。技术升级换代安全隐忧增加加大数据保护力度、提升隐私保护能力刻不容缓。据腾讯安全联合实验室发布的《CSS视角下的2018年全球网络安全十大议题》显示,目前数据及     

Effect of retained austenite and nonmetallic inclusions on the thermal/electrical properties and resistance spot welding nuggets of Si-containing TRIP steels

Five advanced high-strength transformation-induced plasticity(TRIP) steels with different chemical compositions were studied to correlate the retained austenite and nonmetallic inclusion content with their physical properties and the characteristics of the resistance spot welding nuggets. Electrical and thermal properties and equilibrium phases of TRIP steels were predicted using the JMatPro? software. Retained austenite and nonmetallic inclusions were quantified by X-ray diffraction and saturation magnetization techniques. The nonmetallic inclusions were characterized by scanning electron microscopy. The results show that the contents of Si, C, Al, and Mn in TRIP steels increase both the retained austenite and the nonmetallic inclusion contents. We found that nonmetallic inclusions affect the thermal and electrical properties of the TRIP steels and that the differences between these properties tend to result in different cooling rates during the welding process. The results are discussed in terms of the electrical and thermal properties determined from the chemical composition and their impact on the resistance spot welding nuggets.