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    Title: 俄羅斯半導體產業發展之研究:台俄產業合作機會探討
    A Study of Semiconductor Industry Development in Russia
    Authors: 王麗銘
    Contributors: 魏百谷
    林建憲

    王麗銘
    Keywords: 俄羅斯半導體產業
    台俄合作
    雙鑽石模型
    Russian semiconductor industry
    Russia-Taiwan cooperation
    ";Double Diamond";model
    Date: 2017
    Issue Date: 2017-09-13 15:34:00 (UTC+8)
    Abstract: 台灣半導體產業發展成熟,產業群聚效應明顯,供應鏈完整。基於晶圓製造過程中成本花費考量,若能尋找設備、零組件、材料原廠以外的第二來源,對於台灣半導體廠商而言,除了有機會降低成本,也能不受到原廠的牽制。另外,台廠期望能透過自主開發生產設備來取代設備的高額進口成本,然而目前本土設備廠商自主開發前段製程設備能力有限,向外尋求關鍵技術之合作為良好的解決方案。筆者思考這兩個方面是否能透過與俄羅斯合作,成功突破目前的情況。

    本論文針對俄羅斯半導體產業過去發展、現況與未來發展進行研究,同時了解台灣與全球半導體產業現況及發展前景。運用文獻檢閱法搜集全球、台灣、俄羅斯半導體產業現有資料。筆者也使用訪問法,自行設計訪談問題,以台灣及俄羅斯半導體產業專家為對象進行訪談,並將搜集到的第一手資料資料進行整理,以Rugman 與 Verbeke的「雙鑽石模型」,分別為「生產因素條件」、「需求條件」、「相關及支援性產業」、「企業策略、結構與競爭」,以及第五個因素「政府」作為理論架構,分析台灣與俄羅斯半導體產業發展現況,並提出雙方可能合作機會與策略之建議。

    研究發現俄羅斯科學基礎研究實力豐厚,晶片應用著重在軍事、航太等方面,晶片生產朝向少量多樣方向發展。從俄羅斯政府許多政策上可以其支持國內微電子產業的發展,並期望微電子產業的振興能帶動國內其他產業的升級。台灣晶圓製造能力強,供應鏈完整,應用領域主要專注於資通訊方面,雙方競爭可能性低。台灣在基礎研究與設備開發所需技術方面,實力較為不足,與俄羅斯進行技術合作可謂實現設備國產化的策略之一。經由理論架構分析,台灣與俄羅斯進行技術合作,有望能縮短設備開發所需的時日。台灣供應鏈及先進製造能力,能為俄羅斯特殊晶片提供生產製造、封裝檢測等服務。台俄雙方在半導體領域的合作機會大,可互相補足缺口,促成產業升級。
    The semiconductor industry in Taiwan is well developed. Because of the high cost of wafer manufacturing process, having a second source of equipment, components, and materials would be beneficial for Taiwanese semiconductor companies. The cost of production and dependency on original equipment suppliers will decrease. In addition, Taiwanese companies seek the opportunity to be self-reliant on developing production equipment in order to reduce the high cost of importing equipment. However, the capacity of Taiwanese equipment manufacturers is limited. Cooperate with foreign companies on key technology is the preferable solution. This thesis focuses on the cooperation with Russia companies and check whether Taiwanese companies can have a breakthrough at current situation.

    This study includes the past, present, and the future development of Taiwanese and Russian semiconductor industry. Literature review and interview method are two main research methods. Collecting current reference of global, Taiwanese, and Russian semiconductor industry and primary sources from the interview with semiconductor industry experts, the author conducts an analysis on the development of the semiconductor industry in Taiwan and Russia with the “Double Diamond” model of Rugman and Verbeke. The analysis factors include “Factors conditions”, “Demand conditions”, “Related and supporting industries”, and “Government.” Further, this research proposes advice for cooperation and strategies.

    Through theoretical analysis, technical cooperation between Taiwan and Russia is expected to shorten the develop time of equipment. Industrial supply chain and advanced manufacturing capacity in Taiwan can provide manufacturing, packaging and testing service for Russia. Cooperation between Taiwan and Russia in the field of semiconductor can complement each other and will promote industrial upgrading.
    Reference: 參考文獻
    一、中文
    (一)專書
    菊地正典(2008),圖解半導體製造裝置。新北市:世茂。
    麥可·波特(2009),競爭論(全新增訂版)。台北市:天下雜誌。
    麥可·波特(2010),競爭優勢(下) 。台北市:天下雜誌。

    (二)期刊
    吳春光(2007)。「俄羅斯科技產業政策分析─從戈巴契夫到普京」,遠景基金會季刊(臺北),第8卷第3期,頁127-170。
    顏建發(2011)。「臺俄經貿關係發展的限制與機會」。國際關係學報,第31期,頁47-80。

    (三)報告
    Tina Hsu(2010)俄羅斯電機電子產業投資商機。經濟部投資業務處。
    李淑蓮(2016)。2016 年半導體市場觀察。北美智權報,150期。
    參訪俄羅斯科學研究與統計分析中心(CSRS)及德國資訊及政策研究等相關機 構。行政院所屬各機關因公出國人員出國報告書。
    簡志勝(2004)。IC產業鏈報告。經濟部投資業務處。

    (四)學位論文
    王蓁蒂(2011),台灣機械業赴俄羅斯之經營策略。國立政治大學,俄羅斯研究所,碩士論文。
    江怡慧(2009),臺灣半導體業海外直接投資之整合模型。國立交通大學,科技管理研究所,博士論文。
    何昶璈(2009),應用雙鑽石模型進行跨國產業分析之研究 —以兩岸汽車產業為例。國立交通大學,科技管理研究所,碩士論文。
    林英叡(2011),臺灣半導體業在越南投資之研究。國立交通大學,理學院應用科技學程,碩士論文。
    張正之(2006),俄羅斯市場進入策略分析-臺灣的觀點。淡江大學,國際商學碩士在職專班,碩士論文。
    謝佩珊(2012),臺灣資訊科技公司對俄羅斯市場的行銷策略。國立政治大學,俄羅斯研究所,碩士論文。
    賴幸伶(2014),臺灣企業在俄羅斯之國家文化價值觀研究-以四家資訊科技公司為例。淡江大學,歐洲研究所俄羅斯研究組,碩士論文。

    (五)新聞
    Atkinson(2016.09.29)。「2016 年台灣蟬聯全球第二大半導體生產國 四大子產業同步上揚」。財經新報。<https://finance.technews.tw/2016/09/29/tsia/>。(檢閱日期:2017.06.17)。
    Kyle(2015.05.18)。「德州儀器獨佔類比IC龍頭寶座。國家實驗研究院科技政策研究與資訊中心科技產業資訊室」。
    <http://iknow.stpi.narl.org.tw/post/Read.aspx?PostID=11124>(檢閱日期:2016.11.12)。
    「公開徵求 2017年臺俄(MOST-RFBR)雙邊合作專題研究計畫」。科技部。<https://www.most.gov.tw/most/attachments/7499d54a-9a5b-4524-bbc9-05cfbb69ca6e>(檢閱日期:2016.11.12)。
    吳馥馨、潘姿羽(2015.12.27)。「專家看問題/陸掌話語權 台廠考驗大」。聯合新聞經濟日報。<http://goo.gl/dBIA2J>(檢閱日期:2016.07.20)。
    吳馥馨、潘姿羽(2015.12.27)。「少了半導體 流失22萬個晶飯碗」。聯合新聞經濟日報。<http://udn.com/news/story/7240/1403641>(檢閱日期:2016.07.20)。
    「俄羅斯普欽總統召開稀土金屬會議指示擴大生產」。經濟部國貿局。<http://www.trade.gov.tw/Pages/detail.aspx?nodeID=45&pid=571319&did=106703。>(檢閱日期:2016.11.19)。
    「俄羅斯總理Mr. Dmitry Medvedev表示俄羅斯與越南將加速談判洽簽自由貿易協定」。經濟部國貿局經貿資訊網。<http://www.trade.gov.tw/Pages/detail.aspx?nodeID=45&pid=517817&did=86826。>(檢閱日期:2016.11.21)。
    黃文章。「俄羅斯估原油價格年底將達每桶50-55美元」。Money DJ。 <https://www.moneydj.com/KMDJ/News/NewsViewer.aspx?a=8f8ff176-2df2-455f-908d-a59a2f558b48>。(檢閱日期:2017.02.16)。
    陳立白。「威剛4月份營收月減9.35%第二季記憶體價格仍舊看漲」。
    <https://finance.technews.tw/2017/05/09/adata-2017q2 >。
    「國立交通大學與俄羅斯高等科技學府簽訂協議共展創新卓越學術產研合作」。<http://www.nctu.edu.tw/component/k2/item/2039-2016-09-06-02-33-19>(檢閱日期:2017.05.13)。
    「經濟/臺灣半導體產業發展的再突破」。經濟日報 經濟日報社論,2015年8月9日。<http://goo.gl/5VZaVh>。(檢閱日期:2016/07/20)。
    「經濟部國貿局組團出席第16屆政府間半導體會議 力爭我業者權益」,經濟部國貿局經貿資訊網,2015年12月21日。<http://www.trade.gov.tw/Pages/detail.aspx?nodeID=40&pid=539917&did=94897。>(檢閱日期:2016.11.19)。
    「臺灣半導體電子設備產業 前進俄羅斯再下一城」(2015.06.23)。金屬工業研究發展中心焦點新聞。<http://www.mirdc.org.tw/news/News01_detail.aspx?Type=1&cond=1461&Source=0&sty=02>(檢閱日期:2016.11.12)。
    (六)雜誌
    兩岸半導體產業政策(2015),CTimes關鍵零組件雜誌,12月號。

    (七)網路資源
    Power Management ICs,交大307實驗室。<http://www.alab.ee.nctu.edu.tw/wpmu/ed307/about/power-management-ics/>(檢閱日期:2016.11.21)。

    二、俄文
    (一)專書
    Грэхэм Лорен (2014).Сможет ли Россия конкурировать. pp. 94-102.
    Евгений Шульгин, Крапухин, Комаров.,(2014) Управление техническим уровнем высокоинтегрированных электронных систем. ЗАО《РИЦ《ТЕХНОСФЕРА》

    (二)期刊
    Щука. А. ,(2007.7) Развитие транзисторной технологии. От точечного к нанотранзистору! Электроника:НТБ.
    Балан. Н.,ФГУП《Во《Внештехника》》Отечественная полупроводниковая промышленность:《Модернизация》с нуля.
    Алферов. Ж.,(2004.5)Полупроводниковая электроника в России. Состояние и перспективы развития. Электроника:НТБ.
    Алферов. Ж.,(2004)Перспективы развития нанотехнологий в России.
    Макушин. М. ,(2002.6)Государство и полупроводниковая промышленность – заботливый опекун курочки рябы (зарубежный опыт).
    Кюндертом Х. беседовал Фокин.(2011.03). SEMICON RUSSIA, 2013- Новые Возможности для Российской полупроводниковой промышленности. Наноиндустрия.
    Кюндертом Х. беседовал Фокин (2011.03)Ассоциация SEMI: Мы поддерживаем полупроводниковую промышленность. Наноиндустрия.
    Semicon Russia. Москва, ЦВК &quot;Экспоцентр&quot;.(2014.05).
    SEMICON –лощадка для развития инновационного бизнеса. Наноиндустрия.p.10-p.17.
    Георгиев. Д. (2014.04).EMICON Russia 2014: перспективные направления в микро- и наноэлектронике.

    (三) 政策法規
    О Стратегии “научно-технологического развития Российской Федерации”. (2016.12.01). Указ Президента Российской Федерации.
    О федеральной целевой программе “Исследования и разработки по приоритетным направлениям развития научно-технологического комплекса России на 2014-2020 годы”(2013.05.21).Правительство Российской Феделации.
    Российской Федерации.(2012.06.13) . Государственная Программа Российской Федерации.
    “Развития Науки и Технолоний на 2013-2020 годы”. Государственная программа.
    “Распоряжение”.(2013.05.08) . Президенто Российской Федерации.

    (四)報告
    Клеева. П., Клеев .В., Никитова .К., Кротов. Ю.(2015). “Фундаментальные научные исследования в современной России и их роль в развитии отечественной национальной инновационной системы”.
    Ленчук Елена., Регнум.(2016.06.06) . “ Будет ли у России стратегия научно-технологического развития? ” Проект Стратегии предполагает ликвидацию фундаментальной науки без возрождения прикладной. РАН.
    “Министерство природных ресурсов и экологии Российской Федерации (Минприроды России) ”.< http://government.ru/department/48/events/>.(檢閱日期:2017.06.20)。
    “Отзыв Профсоюза РАН на проект Стратегии научно-технологического развития Российской Федерации”.(2016.06.05). РАН.Retrieved from : <http://goo.gl/HjmXye> (檢閱日期:2016.11.21)。
    “Развития электронной промышленности России на период до 2025 года”
    . (2007.08.07). «УТВЕРЖДЕНА»Приказом Министр промышленности и энергетики Российской Федерации ,№ 311).
    “Стратения аучно-технологического развития россии,2002,Том.72,No.11”.Вестник Российской Академии Наук.

    (五)新聞
    “Дмитрий Медведев утвердил подготовленный Минобрнауки России прогноз научно-технологического развития Российской Федерации на период до 2030 года”. Retrieved from : <http://government.ru/news/9800/>(Accessed:2016.11.21)。
    “Заседание Правительственной комиссии по импортозамещению”.< http://government.ru/news/27681/>.(檢閱日期:2017.06.20).
    “Импортозамещение в промышленности обошлось России в 250 миллиардов рублей”.< https://lenta.ru/news/2016/12/15/industry_zameschenie/>.(Accessed:2017.06.20).
    “Конкурс проектов фундаментальных научных исследований 2017 года,проводимом совместно РФФИ и Министерство по науке и технологиям Тайваня”. Retrieved from : <http://www.rfbr.ru/rffi/ru/international_announcement/o_1951248>(Accessed:2016.11.21)。
    “Кремль России, Президент России.(2016.01.21).Владимир Путин соберет Совет при главе государства по науке и образованию”. Retrieved from : <http://kremlin.ru/events/president/news/51190> 
    “Миловидов Владимир.(2014.01.27).«Поларус»: аризонская мечта в Троицке”.
    Retrieved from : <http://goo.gl/wP3q60>(Accessed:2016.11.21)。
    “Понятов Алексей.(2014.01.27). Куда ведет путеводная звезда российской науки и технологии? ”. Retrieved from : <https://www.nkj.ru/news/23677/>(Accessed:2016.11.21).
    “Путин утвердил стратегию экономической безопасности России до 2030 года”. (2017.05.15). <https://lenta.ru/news/2017/05/15/strategiya/>(Accessed:2017.06.20).
    “Путин утвердил стратегию экономической безопасности России до 2030 года”.< https://ria.ru/economy/20170515/1494281108.html>(Accessed:2017.06.20).
    “РИА Новости (2014.01.20).Прогноз научного развития РФ должен лечь в основу стратегий компаний”. Retrieved from : <http://ria.ru/science/20140120/990201535.html> (Accessed:2016.11.21)。
    “Стратегия Научно-Технологического Развития России До 2035 Года Утверждена Указом Президента РФ (2016.12.01) ”. Tass. Retrieved from : <http://sntr-rf.ru/events/strategiya-nauchno-tekhnologicheskogo-razvitiya-rossii-do-2035-goda-utverzhdena-ukazom-prezidenta-rf/>
                                                       
    三、英文
    (一) 報告
    “Overview on Semiconductor Industry (2016 edition)”. Taiwan Semiconductor Industry Association.
    “Seven Top-20 1Q16 Semiconductor Suppliers Show Double-Digit Declines“. (2016.05.12). IC Insights.
    Samsung Cuts Intel’s Semiconductor Sales Lead to 16% in 2Q15(2015.08.05). IC Insights.
    (二) 新聞
    “Advancing the Russian microelectronics industry — SEMICON Russia 2014”. (2014.03.11). Retrieved from:< http://www.semi.org/en/node/49211>(Accessed:2016.11.12)
    “A Taiwan investor reckons on constructing a machine tool factory in the Voronezh Region for RUB 1.6 billion”. (2016.02.24). Russian Exports-National Information Portal. Retrieved from:< http://www.rusexporter.com/news/detail/4003/?sphrase_id=9646>(Accessed:2017.02.22)
    Bernard Casey. (2012.05.25). “The Russian microelectronics industry and national security”. Retrieved from: <http://www.pravdareport.com/science/tech/25-05-2012/121232-russia_microelectronics_national_security-0/>(Accessed:2016.11.12)
    “Chinese microelectronics will replace U.S. microelectronics in Russian space, defense industries – newspaper” (2014.08.06). Retrieved from: < http://rbth.com/news/2014/08/06/chinese_microelectronics_will_replace_us_microelectronics_in_russian_spa_38790.html >(Accessed:2017.02.06)
    Zhdannikov Dmitry, “UPDATE 1-Russia`s economy minister forecasts 2 pct growth if no shocks”, Reuters, Retrieved from: <http://www.reuters.com/article/davos-meeting-russia-economy-idUSL5N1FA0YK>(Accessed:2017.02.06)
    Manners David. (2017.01.03). “Foundry grew 11% in 2016 to $50bn, says IC Insights”. Retrieved from: <https://www.electronicsweekly.com/news/business/foundry-grew-11-2016-50bn-says-ic-insights-2017-01/> (Accessed:2017.05.30)
    Suvorov Evgeny (2015.07.01). “Russia Market Remains Robust ─ Latest Market Developments Showcased at SEMICON Russia 2015”. Retrieved from: <http://goo.gl/acie9O>(Accessed:2016.11.12)
    “Foxconn subsidiary to establish research and development center in Skolkovo”. Retrieved from: http://tass.com/economy/879736(Accessed:2016.12.07)
    “Foundry grew 11% in 2016 to $50bn, says IC Insights”(2017.01.13), Electronics weekly.com. Retrieved from: <http://www.electronicsweekly.com/news/business/foundry-grew-11-2016-50bn-says-ic-insights-2017-01/>(Accessed:2017.02.08)
    “Five Top-20 Semiconductor Suppliers to Show Double-Digit Gains in 2016”(2016.11.15), IC insights. Retrieved from : http://www.icinsights.com/data/articles/documents/933.pdf > (Accessed:2017.02.08)
    Kundert Heinz. (2012.04.04) “Russian Semiconductor Industry Envisions 65nm Technology and Beyond”. Retrieved from: <http://www.semi.org/en/node/41256>(Accessed:2016.11.12)
    “Industry experts discussed the demands of Russian business in the sphere of microelectronic”(Accessed:2016.02.25). Angstrem-T. Retrieved from: <http://www.angstrem-t.com/eng/press-center/news-detail.php?ELEMENT_ID=980>(Accessed:2016.11.24)
    “IC market to grow 8% next year, says Semiconductor Intelligence”(2016.12.22). Electronics weekly. Retrieved from: < http://www.electronicsweekly.com/news/business/ic-market-grow-8-next-year-says-semiconductor-intelligence-2016-12/> (Accessed:2017.02.02)
    “Ajay Kamalakaran , Infrastructure, high technologies key areas for Russian investment in Thailand”(2015.10.20). Retrieved from: < http://rbth.com/business/2015/10/20/infrastructure_high_technologies_key_areas_for_russian_investment_in_50207.html >(Accessed:2017.02.02)
    “Permanent Normal Trade Relations (PNTR) with Russia”(2012.09). SIA. Retrieved from: <http://www.semiconductors.org/clientuploads/Russia%20PNTR/Memo%20-%20Russia%20PNTR%20benefits%20for%20the%20U.S.%20semiconductor%20industry-1.pdf>(Accessed:2016.11.12)
    “Russia`s Sitronics enters 100 top world high-tech companies”.(2011.11.01) TASS news. Retrieved from: <http://tass.com/archive/663560>(Accessed:2016.11.25)
    “Russia’s Technology Industry Enters New Era.”
    Retrieved from: < http://www.semi.org/en/russia%E2%80%99s-technology-industry-enters-new-era >(Accessed:2016.11.12)
    “Russian Market Overview (2016.05.19). Infinite possibilities, infinite opportunities as IoT grows in Russia”. Retrieved from: <http://semiengineering.com/russian-market-overview/>(Accessed:2016.11.12)
    “Russian Market Overview (2016.05.19). Infinite possibilities, infinite opportunities as IoT grows in Russia”. Retrieved from: <http://semiengineering.com/russian-market-overview/>(Accessed:2016.11.12)
    “Robust Russia Market; Call for Papers Issued for SEMICON Russia”. Retrieved from : <http://www.semi.org/en/robust-russia-market-call-papers-issued-semicon-russia> (Accessed:2016.11.12)
    “Roselektronika and Chinese CETC intend to arrange joint component production facility”, Retrieved from: <http://www.rusexporter.com/news/detail/5053/?sphrase_id=9558>(Accessed:2017.01.09)
    “Russia goes for 90nm” (2012.12.10). Electronic weekly, Retrieved from : < http://www.electronicsweekly.com/news/business/finance/russia-goes-for-90nm-2012-12/>(Accessed:2017.02.08)
    “Rosneft`s Sechin sees Russia`s role on global oil and gas market rising” (2016.06.21), Reuters, Retrieved from: < http://www.reuters.com/article/russia-rosneft-sechin-oil-idUSL8N19D56K> (Accessed:2017.02.16)
    “Solid State technology Insight for Electronic Manufacturing” (2014.03). Advancing the Russian microelectronics industry — SEMICON Russia 2014. Retrieved from : <http://goo.gl/sDvsRK>(Accessed:2016.11.12)
    “SEMICON Russia 2015 TechARENA Sessions: Learn about Smart Systems and Semiconductor Optoelectronics”. Retrieved from: <http://www.semi.org/en/node/55786>(Accessed:2016.11.12)
    “Taiwanese-Russian Bilateral Trade in 2015”. (2016.04.18). Russian Exports-National Information Portal. Retrieved from: < http://www.rusexporter.com/research/country/detail/4367/?sphrase_id=9646 > (Accessed:2017.02.22)
    ZavyalovaVictoria, “The rebirth of Russia`s microelectronics industry”(2016.01.12). Russia Beyand The Headline.Retrieved from: <http://rbth.com/science_and_tech/2016/08/16/the-rebirth-of-russias-microelectronics-industry_621421>(Accessed:2017.02.03)
    ZavyalovaVictoria, “Innovations 2.0: The technology sector is preparing for a reset”(2014.10.24). Russia Beyand The Headline. Retrieved from: <http://rbth.com/science_and_tech/2014/10/24/innovations_20_the_technology_sector_is_preparing_for_a_rese_40833.html>(Accessed:2017.02.03)
    Irina Yuzbekova, “Russian microprocessors to debut on global markets”(2016.01.12). RBC Daily. Retrieved from: <http://rbth.com/science_and_tech/2016/01/12/russian-microprocessors-to-debut-on-global-markets_558707>(Accessed:2017.02.03)

    (三)網路資源
    Air Liquide in Russia. Company website. <https://www.airliquide.com/russia/press-kit-air-liquide-russia>(Accessed:2017.08.16)
    Arualtech. Company website: <http://www.arualtech.ru/index.html>(Accessed:2017.08.16)
    CEA. Company website. < http://www.cea.fr/english/Pages/cea/the-cea-a-key-player-in-technological-research.aspx>(Accessed:2017.08.16)
    Federal State Institution of Science Institute of Semiconductor Physics. AV Rzhanova Siberian Branch of the Russian Academy of Sciences. Website. < http://www.isp.nsc.ru/index.php> (Accessed:2017.08.16)
    Femtonica. Website. <www.femtonica. ru>.(Accessed:2017.08.16)
    Intel. Company website. http://www.intel.com.tw/content/www/tw/zh/internet-of-things/iot-ignition-labs.html>.(Accessed:2017.08.16)
    Imec. Company website. <http://www.imec-tw.tw/tw_en/about-imec/history.html>.(Accessed:2017.08.16)
    INTECH. Company website. < https://www.intech-group.ru/eng/>.(Accessed:2017.08.16)
    Ioffe Institute. Website. < http://www.ioffe.ru/index_en.html>.(Accessed:2017.08.16)
    JSC Germanium. Website. <http://eng.krasgermanium.com/products>.
    KM211. Company website. < http://www.km211.ru/>.(Accessed:2017.08.16)
    LETI. Website. < http://www-leti.cea.fr/en/Discover-Leti/About-us>.(Accessed:2017.08.16)
    Luminnotech. Website. < http://www.luminnotech.com/index.php/contact-us >.(Accessed:2017.08.16)
    Lhit. Website. <www. Lhit.ru >.(Accessed:2017.08.16)
    Ministry of Education and Science of the Russian Federation. Website.< http://government.ru/en/department/33/events/>.(Accessed:2017.08.16)
    Mediana Filter. Website. <http://www.mediana-filter.ru/en_index.html>.(Accessed:2017.08.16)
    MEPhI. Website. <https://eng.mephi.ru/about>.(Accessed:2017.08.16)
    Milandr. Company website. < http://www.milandr.com/#home>.(Accessed:2017.08.16)
    NT-MDT. Company website. < http://www.ntmdt.com/>.(Accessed:2017.08.16)
    Optograd. Website. <www. Optograd.ru>.(Accessed:2017.08.16)
    Photonanometa. Website. < www.photonanometa.com>.(Accessed:2017.08.16)
    Program Systems Institute. Website. < http://skif.pereslavl.ru/psi-info/index.en.html>.
    Russia Special Economic Zone. Website. http://eng.russez.ru/.(Accessed:2017.08.16)
    SC-IQ. Company website. < http://www.semiconductorintelligence.com/about/>
    St. Petersburg National Research University Academic of the Russian Academy of Sciences. Website. < http://aptu.ru>.(Accessed:2017.08.16)
    Technounity. Website. <http://www.technounity.com/klaster/klastery-rossii/>.(Accessed:2017.08.16)
    Tronic Group. Company website. <https://www.tronic.com.sg/tw/chome.html>.(Accessed:2017.08.16)
    Tronic. Website. <http://www.tronic-cleanrooms.ru>.
    Trading Economics. Website. <http://www.tradingeconomics.com/russia/gdp-growth/forecast>.(Accessed:2017.08.16)
    Word Semiconductor Trade Statistics. Website. < https://www.wsts.org>.(Accessed:2017.08.16)
    Description: 碩士
    國立政治大學
    俄羅斯研究所
    104263004
    Source URI: http://thesis.lib.nccu.edu.tw/record/#G0104263004
    Data Type: thesis
    Appears in Collections:[俄羅斯研究所] 學位論文

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