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Microelectronic obsolescence managementBeck, Daniel S. 06 1900 (has links)
Approved for public release; distribution is unlimited / The ability of the Department of Defense to execute its mission is directly dependent on the capability to produce and maintain weapon systems. Rapid advances in technology have been instrumental to the development of highly efficient and capable systems. However, they have also increased the rate electronic part manufacturers change product lines resulting in the Department of Defense's increasing dependence on obsolete electronic components. The objective of this thesis is to provide a viable tool for managers to eliminate, mitigate, and proactively manage the growing obsolescence problem. The thesis will define obsolescence, provide a comprehensive discussion of ongoing obsolescence initiatives, and provide a systematic approach to manage microelectronic obsolescence. The thesis will also explore and provide recommendations to address the increasingly common scenario where an ongoing weapon system production program receives little or no notification of a part going out of production. / DB-IV, United States Army
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Competitiveness and industrial strategy the case of the microelectronics industry in the Republic of Korea and Brazil /Taslimi, Marc Mehdi, January 1992 (has links)
Thesis (M.A.)--Carleton University, 1992. / Includes bibliographical references (leaves 208-214).
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Competitiveness and industrial strategy; the case of the microelectronics industry in the Republic of Korea and Brazil.Taslimi, Marc Mehdi, Carleton University. Dissertation. Political Science. January 1992 (has links)
Thesis (M.A.)--Carleton University, 1992. / Also available in electronic format on the Internet.
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Advanced processing methods for microelectronics industry silicon wafer handling components /Wang, Hongyun, January 1999 (has links)
Thesis (Ph. D.)--University of Texas at Austin, 1999. / Vita. Includes bibliographical references (leaves 147-156). Available also in a digital version from Dissertation Abstracts.
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Microelectronic obsolescence management /Beck, Daniel S. January 2003 (has links) (PDF)
Thesis (M.S. in Management)--Naval Postgraduate School, June 2003. / Thesis advisor(s): John Dillard, Richard Amos. Includes bibliographical references (p. 69-71). Also available online.
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Role of carbon dioxide in gas expanded liquids for removal of photoresist and etch residueSong, Ingu. January 2007 (has links)
Thesis (Ph.D)--Chemical Engineering, Georgia Institute of Technology, 2008. / Committee Chair: Hess, Dennis; Committee Member: Eckert, Charles; Committee Member: Frazier, Bruno; Committee Member: Henderson, Clifford; Committee Member: Liotta, Charles. Part of the SMARTech Electronic Thesis and Dissertation Collection.
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Microelectronic obsolescence managementBeck, Daniel S. January 1900 (has links) (PDF)
Thesis (M.S.)--Naval Postgraduate School, 2003. / Title from title screen (viewed Oct. 10, 2003). "June 2003." Includes bibliographical references (p. 69-71). Also issued in paper format.
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Divisions of labor, divisions of lives immigrant women workers in Silicon Valley /Hossfeld, Karen J. 1988 June 1900 (has links)
Thesis (Ph. D.)--University of California, Santa Cruz, 1988. / Typescript. "1707." Includes bibliographical references (leaves 387-405).
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Role of carbon dioxide in gas expanded liquids for removal of photoresist and etch residueSong, Ingu 08 October 2007 (has links)
Progress in the microelectronics industry is driven by smaller and faster transistors. As feature sizes in integrated circuits become smaller and liquid chemical waste becomes an even greater environmental concern, gas expanded liquids (GXLs) may provide a possible solution to future device fabrication limitations relative to the use of liquids. The properties of GXLs such as surface tension can be tuned by the inclusion of high pressure gases; thereby, the reduced surface tension will allow penetration of cleaning solutions into small features on the nanometer scale. In addition, the inclusion of the gas decreases the amount of liquid necessary for the photoresist and etch residue removal processes. This thesis explores the role of CO2-based GXLs for photoresist and etch residue removal. The gas used for expansion is CO2 while the liquid used is methanol. The cosolvent serving as the removal agent is tetramethyl ammonium hydroxide (TMAH) which upon reacting with CO2 becomes predominantly tetramethyl ammonium bicarbonate (TMAB).
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中國大型微電子企業的國際化策略-以華潤微電子集團為例 / Internationalization of China's Large Microelectronics Companies: An Empirical Study of China Resources Microelectronics Group林欣杰, Lin, Hsin Chieh Unknown Date (has links)
中國是近幾年來表現最亮麗的新興經濟體,自1979年實施改革開放以來,經濟快速發展,幾乎每年都以將近兩位數的成長速度往前發展。[中國崛起]已在全球帶起中國熱,也帶起歐美學習中文的風潮。中國的經濟成長,讓鄰近的台灣的各項產業產生巨大的變化,無不受到大陸廣大市場與廉價勞工的吸引。以近年在大陸蓬勃發展的電子業而言,中國微電子產業的發展歷程大致可分成以下幾個階段:
1.1956-1980:發展模式摸索時期
2.1980-1995:建立五大骨幹企業與「九0八工程」
3.1996-2000:外資介入下中國半導體產業
4.2000-2005:十八號文頒布與中國半導體產業快速發展時期
5.20005以後:穩定成長期
而台灣的電子業,紛紛將生產的工廠遷往大陸。台商前仆後繼的進入大陸,蔚為風潮。但近年來可以發現,開始有大陸的企業考慮來台投資,不光是一般認為的房地產而已,也開始有電子業相關的投資案在考慮中。於是乎,一般常探討的「如何進入大陸市場?」,漸漸也轉變成其反向的思考:「大陸企業如何國際化?」!這就成為一個非常值得探討的題目。而近年來電子業的發展,逐漸走向垂直整合及資金密集的競爭,能運用整合資源的企業將較有可能在競爭中勝出。所以,本研究針對大陸大型微電子企業做個案分析,並以大陸華潤集團所屬之華潤微電子集團為研究對象,分別探討以下兩點:
1.大陸大型電子企業(以華潤微電子集團為例)的國際化歷程的現況與遭遇的問題。
2.大陸大型電子企業(以華潤微電子集團為例)國際化的策略。
本研究得到的主要結論如下:
1.華潤微電子集團在外部受到國際經濟情勢、市場現況和國內政治情勢的影響。
2.華潤微電子集團在內部受到母集團優勢與技術能力的影響。
3.華潤微電子集團除了順應政府政策與結合母集團外,國際化可同時解決取得技術和拓展市場兩大問題。
4.本研究對大陸大型微電子企業之國際化策略提出一套含A.確定目標、 B.選擇市場、C.選擇地點、D.選擇進入模式、E.檢視進入程序及F.跨國技術管理的流程。
本研究除針對大陸大型微電子企業給予建議外,也希望能藉由對大陸企業的了解,作為兩岸更多合作可能的基礎。而大陸政府對電子業的扶持,也可提供政府科技政策上的參考與借鏡。 / China is the best-performing emerging economy in recent years. Since the implementation of the reform and opening up in 1979, China had rapid economic development every year, almost in nearly double-digit growth rate. [The Rise of China] has brought up China fever in the world, and also brought up the wave of learning Chinese in western world. China's economic growth makes a huge change in Taiwan’s every industry. All are attracted by the mainland China's vast market and cheap labor. Booming electronics industry in mainland China in recent years, the development history of China microelectronics industry can be broadly divided into the following phases:
Phase I: 1956-1980: Developing model period
Phase II:1980-1995 : Establishing five major backbone enterprises with the "908 Project"
Phase III:1996-2000: Foreign investment intervention in China's semiconductor Industry
Phase IV:2000-2005: Promulgating the 18th of the text and the period of rapid
development
Phase V:After 20005: Stable growth
Many Taiwan's companies of electronics industry have moved factories to mainland China. Taiwan businessmen fought to enter the mainland. It has become an unmistakable trend. But in recent years, mainland enterprises begin to consider investing in Taiwan. It not only happens in real estate, but also in the electronics industry. Consequently, the commonly discussed subject [How to enter the mainland market?] has become gradually into the reverse thinking: [How can the mainland enterprises internationalize?] and it becomes one worth-exploring subject. The development of the electronics industry in recent years gradually moves towards vertical integration and capital-intensive competition. The enterprise which is able to use the integration of resources of the enterprises will be most likely able to win the competition. Therefore, the China Resources Microelectronics Group which belongs to the China Resource Group is chosen as the target of this work. The subjects of this work are:
1. Current status of the internationalization process and the problems encountered by a large mainland microelectronics companies (China Resources Microelectronics Group, for example).
2. Internationalization of the China’s large microelectronics companies (China Resources Microelectronics Group, for example).
The main conclusions of this study are as follows:
1. China Resources Microelectronics Group is externally affected by the international
economic situation, current market conditions and the impact of the domestic political situation.
2. China Resources Microelectronics Group is internally affected by the strengths of the parent group (China Resources Group) and technical capabilities.
3. In addition to conforming to the Government policy and the combination of the parent group, the internationalization of China Resources Microelectronics Group can at the same time solve the problems of access to technology and expanding the market.
4. This study submits one set of the internationalization to the China’s large microelectronics companies. It contains:
A. Identification of the target
B. Choice of Market
C. Choice of Location
D. Choice of Entry Mode
E. Review Entry Process
F. Global Technology Management
In this work, in addition to giving advice to the large mainland microelectronics companies, this work hopes to provide more possible basis for cooperation to mainland China and Taiwan by the understanding of the enterprises in China. And the mainland government's support of the electronics industry can also provide the reference and learn to the science and technology policy of our government.
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