原物料管理系统的设计与实现

建立工厂级的全面原物料管理模块,辅助指导合理备料并达成成本控制的目标。该文对现有材料领用、使用和回收实际情况进行分析,针对物料控制的关键问题——防止物料错收、错投,提出各种物料类型的管理流程以及与SAP系统、PM系统交互、信息共享的解决方案,应用于华润上华FAB1,取得了较好效果。     

Semiconductor research at Bellcore

The authors attempt to portray the nature of semiconductor research at Bellcore and the ways in which this research serves Bellcore and its seven owners. The semiconductor research at Bellcore supports the Regional Companies' long-range vision of broadband, intelligent, and friendly networks. Through the ideas and information emerging from this research, Bellcore and the owners get some of the clearest early indicators of the shape and performance of networks and services to come. Besides specialized information provided to other Bellcore organizations and the owners, experimental models of new devices are incorporated into Bellcore's system experiments. Examples of research results are described in the areas of VLSI design, photonic and high-speed electronic devices, and integrated optoelectronics and novel optical devices. The values of the consortium mode to both the owners and the research activity itself are briefly reviewed     

有机半导体研究进展

1977年人们发现通过掺杂可以使聚乙炔膜的电导率提高 1 2个量级 ,由绝缘体变成导体 ,从此掀起了有机半导体的研究热潮。其研究工作包括有机高分子材料、有机小分子材料和有机分子晶体材料的电学、光学等性质。有机半导体中的载流子除了电子和空穴外 ,还有孤子、极化子等。人们已经获得低温迁移率高达 1 0 5cm2 /V.s的高质量有机半导体晶体 ,在其中观察到量子霍尔效应 ,并用其制成有机半导体激光器。如今有机半导体彩色显示屏已进入实用阶段。     

低维半导体材料研究进展

综述了低维半导体材料的最新发展动态和发展趋势。     

MES系统及其在半导体制造中的应用

本文叙述了MES 系统的定义,半导体制造前工序中的MES 系统的特点,各组成模块的功能,系统的软硬件要求等。并指出了其在半导体制造中的应用。     

Semiconductor research on solid ground at CINVESTAV

Research into compound semiconductors, as with all areas of scientific research, has a relatively short history in Mexico. Despite this, however, it is actively and successfully pursed at institutions such as Mexico City's CINVESTAV (Centre for Research and Advanced Studies). Prof. Isaac Hernándes-Calderón of the Centre's Physics Department, and director of the MBE group, outlines the ongoing studies of advanced semiconductors at CINVESTAV, focusing on the Physics Department, and provides some insights into the status of science research in Mexico.     

Cooperative research on application-specific microelectronics

The author describes activities in cooperative research on application-specific microelectronics, the fundamental aim of the Stuttgart Institute for Microelectronics. Two cooperative patterns are presented: one is related to joint efforts with a group of over 100 industrial affiliates of the institute; the other is related to the Eureka program on automotive and traffic electronics, which involves 28 institutes from five European countries     

Cooperative research at MCC: a focus on semiconductor-relatedefforts

The Microelectronics and Computer Technology Corporation (MCC) is a cooperative research venture owned by US corporations. MCC's mission is to accelerate the creation, delivery, and commercialization of advanced microelectronic and computer technology by providing participants with timely and competitive research results. The author presents the unique history, operation, and research and technology transfer activities of the collaborative venture. The review of MCC's five research efforts focuses primarily on the computer-aided design, packaging/interconnect, and high-temperature superconductor programs. Selected research results are presented, and shareholder use of MCC technology in internal processes, as well as products, is discussed. Concluding remarks summarize MCC's accomplishments and continuing challenges     

半导体设备视觉清晰化技术研究

在蓝宝石衬底的LED生产工艺中,对半导体设备的显微镜成像清晰程度提出了很高的要求。以国内多家LED大型生产厂商的工艺为实验蓝本,针对多种清晰化方案进行了比对,进而提出一种基于图像处理的清晰化方案,并具有高度的实时性,可行性,可靠性,鲁棒性     

半导体激光在医疗中应用研究

介绍激光特点及其对生物组织的作用机理,叙述激光在治病机理上应用的新进展。重点评述激光在治疗心血管,高脂血症,高粘血症,高血压,变应性鼻炎和口腔疾病中的新研究。应用GaAlAs半导体激光,其波长为650nm,低功率5mW,照射时间15-30分钟,结合穴位血管外照射治疗,其在医疗上应用引人瞩目。     

半导体激光器的新进展——第十二届国际半导体激光器会议评述

<正> 第十二届国际半导体激光器会议于1990年9月9日至13日在瑞士达沃斯举行。到会代表326人,宣读论文119篇,包括3篇特邀报告和31篇书面发言。许多知名专家学者也参加了本届会议,如日本东工大的末松先生、伊贺先生,美国贝尔研究中心的李天培先生等。     

半导体照明产品检测研究

基于半导体照明灯具的特点,结合目前半导体照明产品检测的实际情况,从光、色、电、寿命等方面分析了半导体照明产品检测的特点,重点分析了半导体照明产品检测与传统照明产品检测的不同之处,并提出了解决方法。     

半导体中掺杂缺陷的研究

研究了近年来有关含杂质、杂质对或多杂质缺陷半导体的状况。     

GaN半导体研究与进展

介绍了 Ｇａ Ｎ 器件制备的关键技术以及 Ｇａ Ｎ 半导体在微电子和光电子领域的研究进展情况。     

双施主掺杂BaTiO3半导体陶瓷材料的研究

以 Sb2 O3单施主和 Y2 O3 Nb2 O5 双施主作为半导化元素 ,对低阻 Ba Ti O3半导体陶瓷的 PTCR特性进行了研究 ,通过不同的掺杂方式及工艺得到了低电阻率 PTC陶瓷材料 ,室温电阻率ρ2 5 =4· 49Ω· cm ,温度系数 αT=6 .0 4× 10 - 2 °C- 1 ,升阻比 β=1.0× 10 3,对低阻 PTC材料进行了探讨。     

硫系非晶态半导体材料的研究进展

硫系非晶态半导体材料的实验研究提示了出它具有许多新奇的光学特性实际的应用价值，本文对较新的研究成果和发展作了阐述 。