第25届世界天然气大会(WGC2012)会议论文和报告目录(3) 第一部分 项目委员会论文(Programme Committee Papers)

3项目委员会C(PGCC)3.5子文件夹17081.North American Shale Gas Industry Perspectives Risks and Challenges Versus Opportunities and Gains北美地区页岩气行业的预期风险和挑战与机遇和收益的比较(共8页)2.Changing Contract Structures in the Liquefied Natural Gas Market:an Empirical Analysis of Sellers and Buyers Relations in the Natural Gas Industry改变液化天然气市场的合同结构:天然气行业买家和卖家关系的经验分析(共9页)3.Vehicle Conversion to Dual Gasoline/CNG from150 to 100 000 in 5 Years in Peru     

第一部分项目委员会论文(Programme Committee Papers)

1 项目委员会A (PGCA) 1.1 子文件夹760 1.Environmental Challenges in Variable Speed Drive System(VSDs) Applications:Design and Construction of a Water Cooling Unit Facing Extreme Temperatures and Continuous Critical Duty 变频调速系统(VSDs)在极端环境中应用所面临的挑战:设计和建造水冷却装置以应对在极端温度和持续临界状态下运行(共6页) 2.Hydrogen Energy Development Forecast氢能开发的预测(共9页) 3.Development of Natural Gas Hydrate (NHS) Supply Chain 天然气水合物供应链的发展(共10页) 1.2子文件夹775 1.The Use of Biogas from Swine Manure as a Preliminary Agent of a Biogas Pipeline Project Development 利用猪粪便所产生物质气作为生物质燃气管道项目的初期气源(共6页) 2.Biomass Gasification as an Opportunity for Gas Companies 生物质气化成为燃气公司的新商机(共10页) 3.The Prospects of Biogas Production and Use in the Russian Federation 俄罗斯联邦生物质气的生产和利用前景(共7页)     

第25届世界天然气大会(WGC2012)会议论文和报告目录(终) 第三部分 工作委员会论文

<正>5工作委员会5(WOC5)5.1子文件夹1371.Energy Saving by High Efficiency CHP—a New Natural Gas Value Eni's Experience Eni公司通过高效热电联产技术进行节能以提高天然气价值的经验(共6页)2.Analysis of Structure and Dynamic of Natural Gas Industrial Consumption天然气行业消费结构和动态分析(共6页)3.Substitution of Electricity by Natural Gas in Textile Stamping Machines:a New Technology天然气取代电力作为纺织机动力的新技术(共13页)     

第25届世界天然气大会（黝12）会议论文和报告目录（7） 第三部分工作委员会论文（WorkingCommitteePapers）

4 工作委员会4（WOC4） 4.1子文件夹204 1. Investing in the Future Long-term Optimization of Asset Replacement in the Collective Regional Gas Grids of the Netherlands 荷兰城镇地区燃气管网设施更换长期投资的优化（共16页） 2. Development of Safety Management Processes ： Feedback, Analysis of Human and Organizational Factors, and Creation of Simulator to Enhance Collectives in Operational Activities 安全管理程序开发：人员、组织因素的信息反馈与分析，以及建立模拟仿真系统以提高团队的操作能力（共12页）     

第25届世界天然气大会(WGC2012)会议论文和报告目录(2) 第一部分 项目委员会论文(Programme Committee Papers)

2.2子文件夹8411.Challenges and Perspectives for the Indian Gas Market印度燃气市场所面临的挑战和对未来的展望(共40页)2.Diverging Gas Price Influences—Is a Global Gas Price Possible?不同天然气价格的影响——全球燃气价格统一     

Applied Energy(英国)（英文）

正ttp://www.sciencedirect.com/science/journal/03062619/183Volume 183,Pages 1-1730(1 December 2016)(1)Estimation of the building energy use intensity in the urban scale by integrating GIS and big data technology,P182-192,by Jun Ma,Jack C.P.Cheng Abstract:Buildings are the major source of energy consumption in urban areas.Accurate modeling and forecasting of the building energy use intensity(EUI)in the urban scale have many important applications,such as energy benchmarking and urban energy in-     

Thermo-hydro-mechanical behavior of clay rock for deep geological disposal of high-level radioactive waste

In the context of deep geological disposal of radioactive waste in clay formations, the thermo-hydromechanical(THM) behavior of the indurated Callovo-Oxfordian and Opalinus clay rocks has been extensively investigated in our laboratory under repository relevant conditions:(1) rock stress covering the range from the lithostatic state to redistributed levels after excavation;(2) variation of the humidity in the openings due to ventilation as well as hydraulic drained and undrained boundary conditions;(3)gas generation from corrosion of metallic components within repositories; and(4) thermal loading from high-level radioactive waste up to the designed maximum temperature of 90℃ and even beyond to150℃. Various important aspects concerning the long-term barrier functions of the clay host rocks have been studied:(1) fundamental concept for effective stress in the porous clay-water system;(2) stressdriven deformation and damage as well as resulting permeability changes;(3) moisture influences on mechanical properties;(4) self-sealing of fractures under mechanical load and swelling/slaking of clay minerals upon water uptake;(5) gas migration in fractured and resealed claystones; and(6) thermal impact on the hydro-mechanical behavior and properties. Major findings from the investigations are summarized in this paper.     

Energy and Buildings(瑞士)

<正>http://www.sciencedirect.com/science/journal/03787788/88Volume 88,Pages 1-428(1 February 2015)(1)An analysis of load reduction and load shifting techniques in commercial and industrial buildings under dynamic electricity pricing schedules,P15-24,By Melek Yalcintas,William T.Hagen,Abidin Kaya Abstract:Due to fluctuations in the supply and demand for electricity throughout the day,the wholesale cost to an electric utility to produce and provide electricity to customers varies continuously     

Safety risk management of underground engineering in China:Progress,challenges and strategies

Underground construction in China is featured by large scale, high speed, long construction period,complex operation and frustrating situations regarding project safety. Various accidents have been reported from time to time, resulting in serious social impact and huge economic loss. This paper presents the main progress in the safety risk management of underground engineering in China over the last decade, i.e.(1) establishment of laws and regulations for safety risk management of underground engineering,(2) implementation of the safety risk management plan,(3) establishment of decision support system for risk management and early-warning based on information technology, and(4) strengthening the study on safety risk management, prediction and prevention. Based on the analysis of the typical accidents in China in the last decade, the new challenges in the safety risk management for underground engineering are identified as follows:(1) control of unsafe human behaviors;(2) technological innovation in safety risk management; and(3) design of safety risk management regulations. Finally, the strategies for safety risk management of underground engineering in China are proposed in six aspects, i.e. the safety risk management system and policy, law, administration, economy, education and technology.     

Housing and Urban Development in the People''''s Republic of China(A Selected Bibliography 1980—1987)

INTRODUCTIN:This bibliography is the companionvolume to an earlier bibliography preparedfor HUD by Laurence J.C.Ma.That compi-lation,Cities and City Planning in the Peo-ple's Republic of China:An Annotated Bib-liography(1980),covered sources in Englishup to and including part of 1980.The pres-ent work begins with sources from 1980 andcontinues through the end of 1987.Empha-sis is on sources concerning post-liberationChina;however,some sources do include in-formation on conditions prior to 1949.Thebiblography is divided into three main sec-tions:(1)Housing,(2)Urban Planning andDesign,and(3)Urban Economic Develop-ment Trends and Policies.Altogether it con-tains 340 items.In a number of ways,this is a very per-     

Phenomena and theoretical analysis for the failure of brittle rocks

Rockburst, an unstable failure of brittle rocks, has been greatly concerned in rock mechanics and rock engineering for more than 100 years. The current understanding on the mechanical mechanism of rockburst is based on the Coulomb theory, i.e. compressive-shear failure theory. This paper illustrates a series of tensile and tensile-shear fracture phenomena of rockburst, and proposes a methodology for the analysis of fracture mode and its energy dissipation process based on Griffith theory. It is believed that: (1) the fracture modes of rockburst should include compressive-shear, tensile-shear and pure tensile failures; (2) the rupture angle of rock mass decreases with the occurrence of tensile stress; (3) the proportion of kinetic energy in the released strain energy from a rockburst may be much larger than that transferred into surface energy; and (4) the understanding on the tensile and tensile-shear failure modes of rockburst may change the basic thinking of rockburst control, i.e. from keeping the reduction in initial compressive stress σ3 to restricting the creation of secondary tensile stress.     

Numerical modeling for the coupled thermo-mechanical processes and spalling phenomena in spPillar Stability Experiment (APSE)

In this paper, the coupled thermo-mechanical (TM) processes in the sp Pillar Stability Experiment (APSE) carried out by the Swedish Nuclear Fuel and Waste Management Company (SKB) were simulated using both continuum and discontinuum based numerical methods. Two-dimensional (2D) and three-dimensional (3D) finite element method (FEM) and 2D distinct element method (DEM) with particles were used. The main objective for the large scale in situ experiment is to investigate the yielding strength of crystalline rock and the formation of the excavation disturbed/damaged zone (EDZ) during excavation of two boreholes, pressurizing of one of the boreholes and heating. For the DEM simulations, the heat flow algorithm was newly introduced into the original code. The calculated stress, displacement and temperature distributions were compared with the ones obtained from in situ measurements and FEM simulations. A parametric study for initial microcracks was also performed to reproduce the spalling phenomena observed in the APSE.     

Energy and Buildings(瑞士)

<正>http://www.sciencedirect.com/science/journal/03787788/99Volume 99,Pages 1-326(15 July 2015)(1)A new approach to energy resources management in a grid-connected building equipped with energy production and storage systems:A case study in the south of France,P9-31,by Aurélie Chabaud,Julien Eynard,Stéphane Grieu Abstract:In the present paper,a new approach to energy resources management in a residential microgrid is proposed and evaluated in simulation,using energy and economic criteria.Its aim     

中国工商银行数据中心(北京)

The data center is located on Xisanqi ofHaidian District in Beijing. It is functioned asdaily data collection and treating for the banksystem in the north part of the country (anotherone is in Shanghai). In the building, there are computer center,scientific research center, power supply andnecessary facilities. The architectural style is simple andelegant, application of color and the large-dimension space represents thecharacteristics of Mr.He's works. This project is designed by …     

The First Annual Meeting of the China Urban Economic Society

The theme of the meeting (held inLanzhou in August of 1987) is on the strate-gy of urban economic development andmanagement,centering around the follow-ing four issues:1.the strategy of the urbaneconomic and social development;2.theland management in the cities;3.the reformon housing system;4.the financial issue ofthe cities.Here are the main issues discussedamong the delegated.     

Study on Urban Infrastructure Development Financing in China(Ⅱ)

4.Typical modes of infrastructure financing in China After summarizing the general situations of infrastructure financing in China,further analyses will be made on several typical modes of infrastructure financing on the basis of the interviews,surveys,and data collections in certain Chinese cities.     

旧影心城(英文)

At the turn of the last century, Westerners brought cameras to China, providing an incomplete record of China and its cities. These cities, rendered in detailed black and white photos remain latent in our mind’s eye. In Latent Cities, AW takes up the challenge of interpretting these photos, which for many generations have been implicit in the world’s understanding of China and China’s understanding of itself. This installment brings us to Shanghai and its bustling ports and riparian trade.     

Energy and Buildings(瑞士)

<正>http://www.sciencedirect.com/science/journal/03787788/108Volume 108,Pages 1-470(1 December 2015)(1)Designing an optimal solar collector(orientation,type and size)for a hybrid-CCHP system in different climates,P10-22,by Masood Ebrahimi,Ali Keshavarz Abstract:The purpose of this research is to determine the optimum orientation and size of a solar collector to be integrated with a basic-CCHP system.The basic-CCHP includes an internal com-     

香港的土螱属(Odontotermes)研究(等翅目:)螱科

The present paper deals with the Genus Coplote17nes 0f Hong K0ng. There are nine species alt0gether, among them foLlr species (Coplotersnes cyclocOryphus Zhu eta.,C. eucalyptus Ping,C.guangZhoue;isIkPing and C. l;ai,lu)1c,lslk) are new record species, two species (C. anglefolta;uslis )and C- melanoistriutus are described as new to science and three species(C. co,nmunis Xia et He,C.fimosanus Shiraki and C. lJo,lg'ko,lg'e,lsIk 0shima) are already known. The key t0 species is given. AlI h0Iotype specimens are preserved in the coIlection of Shanghai lnstitute of Ent0mology,Academia Sinica. Paratype specimens are preserved separately in Nanjing Institute of Termite Control, The Shanghai Institute 0f EntoInol0gy, Academia Sinica and Tai Lung Farm, Agricu1ture and Fisheries Department, H0NG K0NG.     

Geotechnical characterization of peat-based landfill cover materials

Natural methane(CH_4) oxidation that is carried out through the use of landfill covers(biocovers) is a promising method for reducing CH_4 emissions from landfills.Previous studies on peat-based landfill covers have mainly focused on their biochemical properties(e.g.CH_4 oxidation capacity).However,the utilization of peat as a cover material also requires a solid understanding of its geotechnical properties(thermal,hydraulic,and mechanical),which are critical to the performance of any biocover.Therefore,the objective of this context is to investigate and assess the geotechnical properties of peat-based cover materials(peat,peat-sand mixture),including compaction,consolidation,and hydraulic and thermal conductivities.The studied materials show high compressibility to the increase of vertical stress,with compression index(C_c) values ranging from 0.16 to 0.358.The compressibility is a function of sand content such that the peat-sand mixture(1:3) has the lowest C_c value.Both the thermal and hydraulic conductivities are functions of moisture content,dry density,and sand content.The hydraulic conductivity varies from 1.74 × 10~(-9) m/s to 7.35 × 10~(-9) m/s,and increases with the increase in sand content.The thermal conductivity of the studied samples varies between 0.54 W/(m K) and 1.41 W/(m K) and it increases with the increases in moisture and sand contents.Increases in sand content generally increase the mechanical behavior of peat-based covers;however,they also cause relatively high hydraulic and thermal conductivities which are not favored properties for biocovers.