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林志光. / "1999年12月" / 論文 (哲學碩士)--香港中文大學, 2000. / 參考文獻 (leaves 118-129) / 附中英文摘要. / "1999 nian 12 yue" / Lin Zhiguang. / Lun wen (zhe xue shuo shi)--Xianggang Zhong wen da xue, 2000. / Can kao wen xian (leaves 118-129) / Fu Zhong Ying wen zhai yao. / 引言 --- p.1 / Chapter 第一章 --- 明代宮廷焚香的槪況與瓷爐的使用 --- p.3 / Chapter 一、 --- 明代皇室焚香槪況 --- p.3 / Chapter 二、 --- 明官窯香爐的使用 --- p.9 / Chapter 第二章 --- 由漢代至元代陶瓷香爐的造型演變及其影響 --- p.19 / Chapter 一、 --- 漢唐陶瓷香爐造型演變槪論 --- p.19 / Chapter 二、 --- 宋代的復古變格與元代瓷爐造型的影響 --- p.22 / Chapter 三、 --- 香藥的使用與香爐的造型 --- p.29 / Chapter 第三章 --- 明代官窯瓷爐的分析 --- p.36 / Chapter 一、 --- 明代官窯瓷爐類別 --- p.36 / Chapter 二、 --- 明官窯瓷爐造型及紋飾的演變 --- p.61 / Chapter 第四章 --- 明代官窯瓷爐的文化內涵 --- p.70 / Chapter 一、 --- 皇權的象徵 --- p.70 / Chapter 二、 --- 統治者的藝術品味 --- p.76 / Chapter 三、 --- 具有宗教色彩的紋飾 --- p.82 / Chapter 四、 --- 帝王渴望長壽的反映 --- p.94 / Chapter 第五章 --- 明代官窯香爐的存疑問題 --- p.105 / Chapter 一、 --- ¯‘ة未發現官窯香爐的時期 --- p.105 / Chapter 二、 --- 存疑爐式 --- p.110 / 結論 --- p.114 / 附錄一：參考書目 --- p.118 / 附錄二 ：明代歷朝的瓷爐造型 --- p.130 / 附錄三：圖版資料 --- p.131 / 圖版

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Cased / Bibliography: p. 210-219 / xx, 239 leaves : ill. (some col.) ; 30 cm. + 1 16mm film / Title page, contents and abstract only. The complete thesis in print form is available from the University Library. / Thesis (Ph.D.)--University of Adelaide, Dept. of Mechanical Engineering, 1989

This thesis asks the question as to whether polyamory functions as a community glue or solvent for the Central Florida Burner Community. It explores the definition of polyamory and how it relates to the Burner counter-culture. This thesis explores what polyamory's effects are on the individual and community levels for those who participate in it. The findings concluded that overall the participants reported a perceived positive impact on both the individual level and on community cohesion in this case. The participants also revealed that the environment Burning Man provides is generally open and welcoming of polyamory.

published_or_final_version / Mechanical Engineering / Master / Master of Science in Engineering

The power generation industry in the state of Victoria, Australia stands to gain significantly from process improvements and optimization which can potentially lead to cleaner production of cost effective electricity. The efficient operation of lignite based tangentially-fired combustion systems depends on critical issues such as ignition and combustion of the fuel, which are largely controlled by burner aerodynamics. The geometry of the burner and the ratio of velocities between the primary and secondary jets play an important role in achieving stable combustion, high burnout of fuel, low production of pollutants and control of fouling. Slot-burners are a vertically aligned stack of rectangular nozzles delivering primary fuel and secondary air jets, and are commonly used in tangentially-fired boilers. To obtain a better understanding of the overall combustion process, it is important to understand the aerodynamics of jet development from these burners. The starting point of this research was a CFD investigation of aerodynamics in the near-burner region of isolated rectangular slot-burners, using isothermal conditions, for various secondary to primary jet velocity ratios (φ). Cross-flow was then added to replicate a near-burner flow field similar to that found in a tangentially-fired furnace and the effect of changing φ in the near-burner region of the developing jets was again investigated. Experiments were carried out on an isothermal physical-burner model to obtain mean velocity and turbulent statistics for different nozzle geometries and a range of φ. A computational fluid dynamics investigation of these same jets was also performed to gain further insights into the complexities of flow field with experimental results used to validate CFD predictions. The primary jet substantially deviated from the geometric axis of the burner towards the furnace wall and became very unstable for higher φ. The causes of unfavourable aerodynamics were discussed and suggestions were made on possible remedies for such behaviour. Conventional lignite combustion in a full-scale tangentially-fired furnace was modelled. The model was used to assess the possibility of utilizing a new type of mechanically thermally dewatered (MTE) coal in existing furnaces.

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