馬來西亞華人的年節習俗與神話傳說，結合了在地化生活經驗的實踐，融通多元種族的文化習俗，也沿襲繼承了傳統，在文化抉擇認同感上是具有革新的適應性與長遠的價值觀，這項象徵著宇宙歷史永恆的回歸，賦予了每個檳榔嶼華人經歷一個生命禮俗的「通過儀式」而產生不朽的生命能量。 檳榔嶼鍾靈毓秀，位於馬來西亞北部，享有印度洋上的「綠寶石」和「東方明珠」稱譽，自1786年開埠迄今，具有逾2百多年悠久歷史，是馬來西亞第二大城市，更是擁有華裔族群最多的一個州屬 。以檳榔嶼華人年節習俗與神話傳說作為一個研究個案，是基於檳榔嶼原初為南渡馬來半島的華人移民定根的橋頭堡，並且佔全國華人人口比例最多的一個州屬，而且州的主政權一直以來是由華人所主導。 隨著華裔先民的南遷移居定根，華人年節文化薪火相傳地在異域開枝散葉，有關華人的年節習俗和神話傳說也就隨著傳統文化的傳播，注入在地新文化元素，形塑出具有特殊性的檳榔嶼華人年節文化與華人年節的神話傳說、民間故事和傳統習俗。年節習俗和相關神話傳說的傳承，千百年來一直被完整地保留在那永恆的神聖時空，並且與時並進，衍生出非凡的象徵意義和文化意涵，深深地影響著檳榔嶼的華人世俗社會。 本論文主題分為三大部分，探討檳榔嶼「華人年節習俗與傳統文化」，專注於華人年節的一些傳統風俗習慣、文化與宗教祭祀信仰，並結合在地化的生活禮儀，反映出移民原生情感聯繫的移植，充滿了兆驗和禁忌；「年」的傳說在時間和空間中所產生的概念與面向、特殊的人日撈生慶祝儀式、新春廟會活動的象徵意義以及峇峇娘惹的元宵節活動，展現出先民在日常生活中的原始思維方式，經過長期的經驗累積、生活情境體會、人生成長智慧的啟發，以及生命禮俗的通過儀，詮釋出華人社群文化的認同與文化混生現象。 其次，華人在新春節日中的祈福求財啟智慧的民俗信仰與傳統習俗文化的傳承關係密切，本文將探討福、祿、壽、喜、財等五福神話傳說的來源與發展，尤其是檳榔嶼華人最為重視的地域性福德正神廟請火祈願儀式以及五方五土龍神與唐番地主財神的敬奉，更是充滿著華人對佛、道、民間信仰的神明傳說、神聖空間特性、象徵意義的崇高想像，以及背後所涉及隱匿性的黨派組織所構成的華人社會根源，尤其與華人日常生活習俗息息相關。 最後一部分將探討檳榔嶼華人對天公信仰的崇拜，天公信仰是檳榔嶼各籍華裔社群，尤其是閩南籍福建人士認為天大過年的一個節日，這也是一種原始情懷的延伸，從原初華人聚集的姓氏橋周姓橋民及天公壇古廟每年盛大的祭拜天公儀式當中，可以窺視究竟。本論文亦試圖結合臺灣與檳榔嶼華人春節慶典與民間習俗傳說的世俗經典文化，作互文性的比較，從中區別兩地華人傳統春節慶典儀式和春節習俗傳說在生活層次條件下的發展。 / The study of this topic is with great value. It is important to compare with the differences of the Chinese new year festival and customary legends between Taiwan and Penang , then it should promote the understanding between each other. The traditional Chinese new year festival in Penang intergrated the multi-enthic cultures and customs, either to inheritate the traditional, or to create the new local culture from the cultural identity. Penang Island is established in 1786, which is the second largest city with most enthic group of Chinese lived. It is located at the northern part of Malaysia Penisula and known as “Emerald” or “Pearl of Orient” on the Indian Ocean. This thesis is study mainly on the traditional Chinese New Year Customary Legends of Penang Island. The Chinese New Year Culture is moved with the Chinese anscestors accordingly and spread widely on the island. The Traditional Chinese New Year customary legends are dessimanated with new local culture elements which added into it, and becomes the unique custom in the region that affected the local born Chinese of Penang Island thoroughly. The main topic of the thesis is divided into three parts, firstly, to study the traditional and regeneration of the Chinese New Year. It is related to various traditional customs, cultures and beliefs in religious worship which integrated with the local etiquette. Secondly, to study the God of wealth in folk custom, especially the custom legend regarding about the Penang Fu De Zheng Sheng(God of wealth) in lightening the ritual fire ceremony. Lastly but no least, to study the Supreme God festival in Chew Jetty.

Kyoto University (京都大学) / 0048 / 新制・課程博士 / 博士(工学) / 甲第16507号 / 工博第3500号 / 新制||工||1529(附属図書館) / 29164 / 京都大学大学院工学研究科建築学専攻 / (主査)教授 上谷 宏二, 教授 中島 正愛, 教授 吹田 啓一郎 / 学位規則第4条第1項該当

內政部消防署「104年消防白皮書」統計2005年至2014年建築物火災中，以獨立住宅火災最多，工廠火災次之，但工廠火災所造成的損失及使用消防人力、消防車輛數，卻超乎一般建築物甚多，也造成了許多警消及民眾之傷亡，因此有必要將其獨立於建築物火災之外，進行相關之資料分析與研討。 新北市轄區幅員廣闊，以人口數或工廠家數，都是全台灣最多，具有主要交通、消費市場及生產製造多重角色，且各行政區因歷史、環境或文化等因素，嚴然為另一個台灣縮影，與其他縣市相比也較具代表性，因此本研究使用2009至2015年新北市追蹤資料來作迴歸分析，探討消防概念因素(例如:工廠消防檢查次數等4項)、人口及區域概念因素(例如:大學以上教育人口比例等6項)與工廠火災指標【例如:火災發生件數、人員傷(亡)數量、火災件數/列管工廠數量比】關係。 在實證結果內，並扣除掉部分因素可能有內生性影響後，顯示「消防專用蓄水池」、「工廠消防檢查次數」及「老化指數」【(65歲以上年底人口數／0-14歲年底人口數)x100為代表】3項，有影響工廠火災指標。其中消防專用蓄水池與此地區有無發生工廠火災呈負相關，但與老化指數呈正相關。其次發現，消防安檢次數與工廠火災件數呈負相關。最後，工廠火災件數與工廠數量比，和老化指數呈正相關。 / According to the yearly fire report in Taiwan, factory fire has accounted for the highest proportion, and also cause lots of people and firefighters’ casualties. Therefore, it is necessary to separate factory fire from normal building fire cases, and use related data to analyze and discuss independently. New taipei city has a large territory, which including the largest population and highest number of factories in Taiwan, therefore, this study applied New Taipei city panel data from 2009 to 2015 to perform regression analysis,and explore the influence of concept fire factors, population, and conceptual regional factors on the index of factory fire. According to the research, after deducting the suspected endogenous problems, the result shows that fire water reservoir, factory fire safety inspection, and aging index 【(population age number of 65 years above / number of 0-14 years old )X100 】will have influence on factory fire index. Fire water reservoir have an inversely relationship with factory fire within the area, however, the aging index is proportional to factory fire. Second, the increasing number of fire safety inspection will reduce factory fire. finally , the number of factory fire is proportional to the number of factory and aging index.

京都大学 / 新制・課程博士 / 博士(文学) / 甲第22907号 / 文博第853号 / 新制||文||698(附属図書館) / 京都大学大学院文学研究科思想文化学専攻 / (主査)教授 根立 研介, 教授 上島 享, 准教授 筒井 忠仁 / 学位規則第4条第1項該当 / Doctor of Letters / Kyoto University / DGAM

The monitoring of volcanoes for risk assessment has deployed single sensors for years. This kind of system requires manual supervision to monitor each sensor, which makes the monitoring work not flexible and efficient enough to adapt to variable volcano environments. With the development of wireless sensor networks, the accuracy and coverage of volcano observations can be improved by deploying networked sensors. This paper proposes a wireless sensor network prototype for volcano remote monitoring, which was built and tested in a field campaign in volcano Etna, Italy in September of 2004.Hardware design of sensors, in-depth sensor network design and software module architecture will be introduced in this paper. The experience gained from the practical work in volcano Etna will be used in an upcoming volcano monitoring project. / Vulkaner har, i syfte för riskuppskattning, under en lång tid observerats med enkel sensorteknik.Det systemet behöver dock manuell övervakning av varje sensor, vilket gör att övervakningssystemet inte blir nog flexibelt eller effektivt för att kunna anpassas till en variabel vulkanmiljö. Med utvecklingen av trådlösa sensornätverk kan noggrannheten och täckningen av vulkanövervakning förbättras. I denna rapport föreslås en prototyp för ett trådlöst sensornätverk avsett för övervakning av vulkaner.Denna prototyp byggdes och provades i en fältkampanj på vulkanen Etna i september 2004. I denna rapport presenteras även hårdvarudesign av sensorer, fördjupad design av sensornätverket och arkitektur av mjukvarumoduler.Erfarenheten från det praktiska arbetet på Etna kommer att användas i ett kommande vulkanprojekt. / 数年耒， 火山庐盎'情予页手贝哑工儡乍中普遍采用的是单传感器系茎充。 这手中系彗充需要人工监控每个传 感器, 由于其不可多灵活高效, 不苜旨适应多变的火山壬不土竞。 随着无线传感器网络的岌展, 采用 网络互连的传感器苜旨句多提高火山监暑贝畦的子崔确'性养口宗置盖范围o 本文提出了一茉中用于火山远程监 控的无线传感器网络原型, 在 2口口4年 日 月薏犬禾lj士矣特男B火山的科学考察活动中, i亥网络芋皮搭 建井寄贝哑试应用。 本文轧寻介妻召宝亥网络中的传感器的丑更儡牛设元十, 传感器网络设无十以及软儡牛摸块结 构。 在士矣特丑B火山的实地考禀工儡乍中获宁导的宝贵经验耳幂儡故为下一唇介段火山监手贝哑项目的守旨南。

2007年6月，與我建交長達60年以上之中美洲國家哥斯大黎加（Costa Rica）驟然宣佈與中國大陸建交，當時各界開始擔憂，台灣過去在中美洲頗為自豪之完整外交版圖在缺少了一角後，是否將發生骨牌效應？雖然事後證明此種疑慮並未成真，但已引起各界對我國維繫邦交成效之討論，也成為筆者之研究動機。 本文研究方法係針對傳統戰略三角分析途徑之侷限，提出改良式三邊關係分析模型，用以研究2000年至2008年期間台灣、中國大陸及中美洲友邦三邊關係。本研究目的有三，第一、界定台灣在此時期三邊關係中之地位優劣及導因，分析台灣在維繫邦交之優勢、劣勢、機會與挑戰。第二、藉由分析我國在三邊關係中之優勢及劣勢，進而提出提升地位及鞏固邦交之策略建議。第三、在研究方法層次，嘗試建構一套合理之三角關係分析途徑，設計出更合理且適用性更高之研究途徑。

The Chachahuén volcanic complex, with the Cerro Bayo laccolith as one of the largest intrusions, is part of back-arc Payenia volcanic province in western central Argentina. Laccoliths show potential for generating oil in sedimentary basins and producing ore deposits. It is crucial to put more effort into understanding the magma plumbing system beneath the Chachahuén volcanic complex, which the Cerro Bayo laccolith is part of. Thus this project present the first thermobarometric modelling for the Cerro Bayo laccolith and the Chachahuén volcanic complex. Several thermometers and barometers were applied to plagioclase, amphibole and clinopyroxene to understand magma evolution in the underlying plumbing system. The dacitic to rhyodacitic laccolith rocks from Cerro Bayo have porphyric textures with plagioclase in the form of both clots (glomerocrysts) and single crystals, amphibole and clinopyroxene as main phenocrysts, while enclaves are more mafic in composition and have equigranular textures. Plagioclase in the sample varies from andesine to labradorite with a composition of An22-An68, while the clinopyroxene can be classified into diopside to augite with cores (Mg#=76-84) and rims (Mg#62-72). Amphibole, varies from pargasite, ferropargasite to magesiohastingsite and hastingsite, which can be grouped into three groups according to the Mg#: low Mg# amphibole (Mg# = 40-51), medium Mg# amphibole (Mg# = 52-61) and high Mg# amphibole (Mg# = 62-78). Besides, most of the Fe-Ti oxides in the samples are titanomagnetite with Usp mol.% in the range of 0.04-0.54. Results from clinopyroxene-liquid thermobarometers suggest a crystallization depth of 44 to 51 km for clinopyroxene cores and a crystallization depth of 19 to 31 km for rims, of which the derived crystallization temperatures are in the range of 1144 to 1170 °C and 973 to 1002 °C respectively. On the other hand, different thermobarometers of amphibole give consistent results of crystallization temperatures and depths. According to the amphibole-liquid thermometer, low Mg# (Mg#= 40-51) amphiboles have the lowest crystallization temperature in the range of 898 to 931°C, while medium Mg# (Mg#=52-61) amphiboles have higher crystallization temperatures in the range of 951 to 972°C and high Mg# (Mg# = 62-78) amphiboles have highest crystallization temperatures between 991 and 1013°C. The depth translated from pressure derived from amphibole-liquid barometers give a shallower crystallization depth range from 19 to 30 km for low Mg# amphiboles, a deeper crystallization depth in the range of 22 to 39 km for high Mg# amphiboles and deepest crystallization depth range of 27 to 41 km for medium Mg# amphiboles. Moreover, a depth from 2 to 20 km could be gained from the plagioclase-liquid thermobarometry which crystallized at 883 to 910°C. It is worth to point out that crystallization depth of clinopyroxene cores is deeper than the Moho in the Chachahuén area, while crystallization depth and temperatures of clinopyroxene rims are consistent with those of high Mg# amphiboles. Consistent temperatures and depths are also found for crystallization of plagioclase and low Mg# amphiboles which intergrow with each other. Thus, a multi-level magma plumbing system began from below the Moho, with a mushy zone in the upper crust, could be suggested to exist beneath the Cerro Bayo laccolith. Evidence from both petrology and geochemistry also indicate fractional crystallization as well as processes of magma mixing and recharge during magma evolution. / Chachahuén火山综合体，包含其最大的侵入体Cerro Bayo岩盘，是位于阿根廷中西部Payenia弧后火山区的一部分。前人研究多着重于岩石学、地球化学和地层学方面，因而针对下伏岩浆涌升系统的研究在该地区极具前瞻性，需要投入更多工作。本文首次尝试对Chachahuén火山复合体应用温压计进行研究，针对斜长石、角闪石和单斜辉石应用了不同的温度计和压力计，以揭示下伏于Cerro Bayo岩盘的岩浆涌升系统中的岩浆演化。 来自Chachahuén火山复合体Cerro Bayo岩盘的英安质-流纹英安质火成岩具有板状-似斑状结构，其斑晶主要为单晶或聚合物形式存在的斜长石、角闪石及单斜辉石。此外，岩盘中还发现具等粒结构的酸性捕虏体的存在。样品中斜长石（An=22-68）主要成分为中长石至拉长石.单斜辉石主要为透辉石和普通辉石，常发育高镁值核部（Mg#=76-84）和低镁值环带（Mg#62-72）。角闪石主要为韭闪石、铁韭闪石、镁绿钙闪石和绿钙闪石，可根据镁值进一步划分为三个组：低镁值组（Mg# = 40-51），低镁值组（Mg# = 52-61）和高镁值组（Mg# = 62-71）。此外，样品中的钛铁氧化物重要为钛磁铁矿（Usp%=0.04-0.54）。 单斜辉石-熔体温压计的结果表明单斜辉石的核部和环带的结晶温度和深度有所差异：核部具有较高的结晶温度（1144-1170 °C）和较深的结晶深度（44-50km），而环带具有较低的结晶温度（973-1002 °C）和较浅的结晶深度（18-31 km）。与角闪石相关的不同温压计给出了类似的结晶温度和压力，其中存在的微小差异均在误差范围内。因此本文将角闪石-熔体温压计的结果作为最终结果，其显示低镁值角闪石具有较低结晶温度（898-931°C），中镁值角闪石具较高结晶温度（951-972°C），而髙镁值角闪石具最高结晶温度（991-1013°C）。角闪石的结晶深度特征有所不同：低镁值角闪石的结晶深度最浅（19-30km），髙镁值角闪石的结晶深度较深（22-39 km），反而中镁值角闪石结晶深度最深（27-41 km）。斜长石-熔体温压计给出的斜长石结晶温度和深度分别为883-910°C及1-20km。 值得一提的是单斜辉石核部的结晶深度位于研究区莫霍面之下。同时，单斜辉石的环带与髙镁值角闪石具有相似的结晶温度和深度，而斜长石及共生的低镁值角闪石具有相似的结晶温度。因此可以推测，Cerro Bayo岩盘之下，发育一个自莫霍面之下开始的多层岩浆上涌系统。而岩石学和地球化学的证据还表明在岩浆发育过程中岩浆分化结晶和岩浆重注和混合作用并存。 / En lakkolit är en grund magmaficka och en vanligt förekommande del av en vulkan, vilken kan bilda en länk mellan djupa magmatiska aktiviteter och vulkanutbrott. Forskning om kompositionen och bildandet av grunda magmafickor kan hjälpa till att öka förståelsen om geologiska faror och naturresurser. Vid Cerro Bayo exponeras en grund magmakammare vilken utgör en del av Chachahuén vulkankomplexet i Argentina. Det här projektet fokuserar på det magmatiska lagringssystemet och magmautvecklingen vid Cerro Bayo. Magmasammansättningen och magmakammarens förhållanden såsom tryck, temperatur och vattenhalt samt vattensystemets struktur är viktiga faktorer som styr magmatiska processer. För att förstå magmautvecklingen under Cerro Bayo inleddes projektet med en kompositionsanalys av bergprover och mineral. Därefter genomfördes termobarometrisk modellering för att bestämma temperatur- och tryckförhållandena för kristalliseringen av mineraler i det magmatiska systemet. Resultaten av modelleringen tyder på att ett magmatiskt rörsystem av flera nivåer existerar under Cerro Bayo lakkoliten. Det djupaste magmamagasinet ligger på 44-50 km och når upp till 22-41 km i nedre jordskorpan, medan de grunda reservoarerna av magma ligger på ett djup av 2-20 km i övre jordskorpan som slutligen når den grunda magmafickan. Vidare indikerar analysen av mineralstruktur och mineralkemi processer av fraktionerad kristallisering samt påfyllning och blandning av magma under magmautvecklingen. Magman genomgick fraktionerad kristallisering under rörelser uppåt från de djupaste magmakammarna. Magmans temperatur varierar från högre än 1100 ° C till ~ 900 ° C. Ansamlingar av magma fortsatte att fylla på magmamagasin i nedre och övre jordskorpan. Blandning av magma inträffade när en ansamling varmare magma rörde sig från nedre till övre jordskorpreservoarer och påverkade såväl migrering av magma som placeringen av Cerro Bayo lakkoliten

量子擾動及挫折性兩者均可破壞絕對零溫的磁序，為近代凝態物 理關注的有趣現象。在外加橫場下的三角晶格易辛反鐵磁兼具量子臨 界現象(quantum criticality)及幾何挫折性，可謂量子磁性物質之一典 範理論模型。本論文利用平衡態及非平衡態量子蒙地卡羅(quantum Monte Carlo)方法探測三角晶格易辛反鐵磁之量子相變，其界定零溫 時無磁性的順磁態及具 Z6 對稱破缺的有序態(所謂時鐘態)。這裡的 量子蒙地卡羅方法為運用算符的零溫投射(zero-temperature projector) 及隨機序列展開(stochastic series expansion)演算法。在非平衡模擬 中，我們分別沿降溫過程及量子絕熱過程逼近量子相變點，藉此我們 得到動力學指數，及其它相關臨界指數。 / The destruction of magnetic long-range order at absolute zero temperature arising from quantum fluctuations and frustration is an interesting theme in modern condensed-matter physics. The triangular lattice Ising antiferromag- net in a transverse field provides a playground for the study of the combined effects of quantum criticality and geometrical frustration. In this thesis we use quantum Monte Carlo methods both in equilibrium and non-equilibrium setups to study the properties of the quantum critical point in the triangular lattice antiferromagnet, which separates a disordered paramagnetic state and an ordered clock state exhibiting Z6 symmetry breaking; The methods are based on a zero-temperature projector algorithm and the stochastic series ex- pansion algorithm. For the non-equilibrium setups, we obtain the dynamical exponent and other critical exponents at the quantum critical point approached by slowly decreasing temperature and through quantum annealing.

911事件後，阿富汗戰爭與第2次海灣戰爭改變國際石油能源板塊，激化大國間的能源爭奪。遠東石油管競標案之爭議，顯示中日積極尋求海灣國家以外之替代來源，中日爭奪遠東石油管線的過程，可視為21世紀亞洲的石油戰爭。該政策之發展勢將影響東北亞各國能源政策之走向，與區域國際關係。 本文乃層次分析法之個案研究，分別從國際層次、國家層次、決策層次等面向切入，探討遠東石油管線案峰迴路轉之深層因素。就國際層次而言，遠東石油管爭議案是日本與中國爭奪石油管線的角力過程；就國家層次而言，遠東石油管爭議案是俄羅斯官方打壓金融寡頭的過程；就決策層次而言，遠東石油管爭議案是俄羅斯行政內，不同派系政爭的過程，以及克里姆林宮內經濟顧問派與安全顧問派爭奪國家發展方向的過程。 / This article is a case study of levels of analysis. It is a researching about Russian pipeline dispute in North East Asia from the view of nation state and decision-making levels. The case offers a step in direction to realize power struggle between 2 families in Russia After 2000. For the long-time, Russian politics has hassled for the national develop line: Security or Economy. Under the policy argument, different groups struggle to control the politic right to speak, and future direction of country. As a top leader of security system, President Putin（Putin Vladimir Vlaimirovich, Владимир Владимирович Путин）has no chose but incriminated into the ero-sum struggle. The result can affect Russian domestic affairs, foreign and security policy, even the development of national line after 2008 and the order of CIS and Eastern-North Asia. We hypothesize that: (1) Power struggle during Yeltsin Period: Power transition in Russia after 2000 is not the change of Russian president, but also the substitution among different interest groups. The war has started even before Putin came to power. And, it is still on going now. (2) State Duma: In state duma, in the election in the end of 2003, United Russia party draws much of its strength from administrative resources. Duma become legislative bureau of Putin. (3) In executive administration, Putin controls Kremlin after fall of Aleksandr S. Voloshin in 2003, and, controls administrative system after fall of Kasyanov in 2004. Finally, controls military system after fall of Anatoli kvashnin in 2004. And, the pipeline is the victim of political struggle.

科学研究費補助金 研究種目:一般研究(A) 課題番号:62420042 研究代表者:中原 信生 研究期間:1987-1990年度