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The author:(作者)qqpublished in(发表于) 2013/11/26 9:09:13 Senior girls new discoveries： Electronics became smaller，
Senior girl's new discovery: to make electronics more small-smart phones, computer-IT information Senior girls new discoveries: Electronics became smaller
Recently, in southeastern Jiangsu Province, held by the University College tenth on the innovation of college students ' physical and experimental science project competitions, Senior girls rain LAU's thesis, her discoveries are expected to allow Electronics became smaller. At the same time, Jiangsu college students knowledge of the physical and social life combine to produce the "no-string guitar," "intelligent physical game human-computer chess chess robots on" "vertical axis wind power generation, storage and lighting" and many practical and innovative work of science and technology, was amazing. Modern express Trainee journalist Yu Yuehua
Senior girls publish doctoral-level thesis
Rain LAU as the first author identity published in ACS Nano, entitled the use of plasma from the atomic level control of thickness of molybdenum disulfide of doctoral-level thesis spotlight.
Molybdenum disulfide is a new type of two-dimensional layered nano-materials. Last September, rain LAU came into contact with this material. In her paper presented by plasma bombardment to achieve with molybdenum disulfide precise thickness of layer-by-layer control (~0.6 Nano, only the diameter of hair of one out of 10,000 thickness). "In common parlance to say that all molybdenum disulfide are used in semiconductors, into smart phones , and computers, will be smaller, better electrical conductivity. ”
Wind can be collected on the road power
At the show site, Institute of East Wu Chien-hsiung Chu Juntao and Jiang Weihai's "vertical axis wind power" work drew onlookers.
Reporters saw it as the whole base of the generator using wooden bench, part of the entire circuit structure underneath a wooden stool. Wooden stool with fixed Center axis rotate the windmill blades upwind, generators at the bench edge, both attached to the Windmill shaft, and make the circuit to provide power.
Most of today's large wind generator applies only to the wind speed of the occasion. Two students invented the wind turbine transportation vehicle on the road can be collected through the air to generate electricity and storing energy for lighting at night, which has a small startup wind speed, high efficiency, low cost and other advantages.
Chess no opponent? Looking for robot
Many Chess enthusiasts in your daily life, there might be no opponent at chess or low levels of opponents is not fun, but playing chess with the computer, nor are they always stare at screens look effortless. On the science and technology exhibition, students from Changzhou University physical game human-computer chess chess invented the intelligent robots.
The scene, only to students to duel with the mechanical device on the other side, you, and me, your gun, and me out of the car to you. Students ' level of play than chess bots. In this regard, Professor College Physics Experimental Center of Changzhou Jiang Xingfang introduction, experiments showed that the robot playing ability, ease, and even much higher than the automated computer chess.
大四女生的新发现：能让电子产品变得更小 - 智能手机,电脑 - IT资讯大四女生的新发现：能让电子产品变得更小
近日，在东南大学举行的江苏省高校第十届大学生物理及实验科技作品创新竞赛上，大四女生刘雨露的论文受到肯定，她的新发现有望让电子产品变得更小。同时，江苏大学生们将物理知识与社会生活相结合，制作了“无弦吉他”“智能型实物棋盘人机对弈象棋机器人的制作”“垂直轴风力发电、储能与照明装置”等许多实用而富有科技创新性的作品，令人惊叹。现代快报见习记者俞月花
大四女生发表博士级论文
刘雨露是以第一作者身份在ACS Nano上发表题为《利用等离子体从原子层面控制二硫化钼厚度》的博士级论文备受瞩目。
二硫化钼是一种新型二维层状纳米材料。去年9月，刘雨露开始接触这种材料。她在论文中提出了利用等离子体轰击实现二硫化钼厚度的逐层精确控制（一层为~0.6纳米，只有头发丝直径的几十万分之一厚）。“通俗一点说，就是所有半导体中都会用到二硫化钼，运用到智能手机、电脑上，将会缩小尺寸，导电性更好。”
马路上的风可以收集发电
在展示现场，东大吴健雄学院的姜伟海与褚军涛发明的“垂直轴风力发电”作品引来围观。
记者看到，它使用木板凳作为整个发电机的底座，整个电路结构部分处于木凳底下。木凳之上通过固定中心轴使风车叶片迎风旋转，发电机处于板凳边缘，既能与风车轴相连，又能给电路结构提供电源。
当今大多数风力发电机只适用于风速较大的场合。两位同学发明的风力发电机可通过收集交通道路上机动车行驶产生的气流来发电，并且将能量储存以供夜间照明使用，其具有启动风速小、发电效率高、成本低廉等优势。
下象棋没对手？找机器人
很多象棋爱好者平常生活中，都可能遇到找不到对手下棋或者对手水平低不过瘾，但是与电脑下棋，又常常会盯着屏幕看得费力。在科技作品展上，来自常州大学的同学们发明了智能型实物棋盘人机对弈象棋机器人。
现场，只见一名学生与对面的机器装置进行对决，你出马，我出相，你出炮，我出车将你军。学生的下棋水平还比不过象棋机器人。对此，常州大学物理实验中心教授江兴方介绍，实验表明，这个机器人下棋能力强，动作自如，甚至比电脑自动下棋的水平要高出很多。
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