| 1. | Inorganic oxide films are widely used in modern microelectronics , solid - state electronics , optical engineering
无机氧化物薄膜在现代微电子学、固体电子学和光学工程中有广泛的应用。 |
| 2. | Japanese - born physicist . he shared a1973 nobel prize for theoretical advances in the field of solid - state electronics
江崎，玲于奈生于1925日本裔物理学家，由于他在固态物质电子学理论上的进展获得了1973年诺贝尔奖 |
| 3. | He graduated from university of electronics science and technology of china and majored in solid - state electronics and assigned to edris process engineering office in august of that year
1984年7月毕业于成都电讯工程学院固体器件专业，同年8月分配到电子十一院从事工艺工程设计工作。 |
| 4. | Sheng huaimao ( microelectronics and solid - state electronics ) directed by prof , xia guanqun and sun xiaowei automotive anti - collision millimeter - wave radar system is widely used in automotive application in recent years
毫米波系统在汽车上应用的关键是系统的稳定性好和体积小，所以毫米波雷达前端的集成化研究成为本论文的主题。 |
| 5. | He received his phd in physics from the university of chicago in 1967 , after which he joined bell laboratories to do research in solid - state electronics . he remained at bell for thirteen years , before joining princeton university in 1982
其后，他加入贝尔研究所从事固体电子学研究工作达13年之久，直至1982年，他加入了普林斯顿大学任教。 |
| 6. | Rfid ( radio frequency identification ) system is a new information science and technology , which involves many subjects , such as electrical systems , information disposal , information security , microelectronics and solid - state electronics , etc . in this thesis , the author uses the ip duplicate technology of soc , which is the advanced technology of ic technology , to design the responder of 2 . 4ghz rfid system
射频识别( rfid )技术是一门多学科定义，具有极其广泛应用领域的新兴的信息科学与技术，它涵盖了电子系统、信息处理、信息安全、微电子与固体电子等领域。 |
| 7. | Major : microelectronics and solid - state electronics topic : research of power factor correction technology for electronic ballast spic ( smart power integrated circuits ) master ? degree candidate : liu yi advisor : prof . chen xingbi in this paper , the research and development on spics are reviewed briefly , and also the power factor correction technology is discussed
本文首先简要介绍了智能功率集成电路的研究和发展现状，其次对功率因数校正技术进行了讨论，采用cmos电路结构，着重分析有源功率因数校正（ apfc ）技术在电子镇流器中的应用原理，并对电路部分进行了设计与仿真。 |
