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《意义，感性，真实》亨利·卡蒂埃-布勒松：非-类属性与造型表达

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语言与符号

语言与符号 2024年第1期 113-130页

作者：安娜·埃诺怀宇巴黎符号学学会国际符号学学会南开大学外国语学院天津外国语大学语言符号应用传播研究中心

我请您和我们一起来关注一下亨利·卡蒂埃布勒松（Henri Cartier-Bresson, 1908—2004）的两幅照片：《华盛顿特区国会大厦》（Capitole,Washington d.C.）(1958)和《普罗旺斯，伊斯勒—叙尔—索尔格省》（Province,L'Isle-sur-Sorgue）...

我请您和我们一起来关注一下亨利·卡蒂埃布勒松（Henri Cartier-Bresson, 1908—2004）的两幅照片：《华盛顿特区国会大厦》（Capitole,Washington d.C.）(1958)和《普罗旺斯，伊斯勒—叙尔—索尔格省》（Province,L'Isle-sur-Sorgue）(1989)。对于非专业人员来说，乍一看，这两张照片由于受其条件限制的可视性（几尊因边框未显示头部的硕大雕塑，水平面因过多难以分清的可视物而无法辨认），似乎可能是两张损坏了的底片。但是很快，任何专业摄影师都会被这两张照片的画面组合之完美形式所震撼，因为它们每一次都从视觉上依赖于一种单一的视角和一种概念的调整。

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《万里千寻》：1949年后的张大千人生一瞥

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艺术品鉴 2024年第4期 152-155页

作者：马克 d.约翰逊

张伟民导演通过深入研究，拍摄出这部卓越而细腻的长篇纪录片，将20世纪最伟大的艺术家之一、国际艺坛巨擎张大千生前亲密且真挚的生活呈现于人前，并给出前所未有的洞察。她这项重要的企划耗时12年，期间张导演穿梭各大洲拍摄，追踪张...

张伟民导演通过深入研究，拍摄出这部卓越而细腻的长篇纪录片，将20世纪最伟大的艺术家之一、国际艺坛巨擎张大千生前亲密且真挚的生活呈现于人前，并给出前所未有的洞察。她这项重要的企划耗时12年，期间张导演穿梭各大洲拍摄，追踪张大千大师逾半个世纪前在全球漫游的轨迹，为观众留下了一份无价的学术献礼。

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给亚洲问题开错了药

国际金融研究 1998年第2期 50-52页

作者：杰弗里.d.萨克斯哈佛国际发展研究所

给亚洲问题开错了药杰弗里·Ｄ·萨克斯在短短的几个月里，亚洲经济就从投资者的宠儿变成了弃儿。事情的发展有点儿可笑，国际货币的管理者们猛烈批评他们在几个月前还高度赞扬的亚洲国家政府。ＩＭＦ又一次宣布紧急援助该地区的计划，... 详细信息

给亚洲问题开错了药杰弗里·Ｄ·萨克斯在短短的几个月里，亚洲经济就从投资者的宠儿变成了弃儿。事情的发展有点儿可笑，国际货币的管理者们猛烈批评他们在几个月前还高度赞扬的亚洲国家政府。ＩＭＦ又一次宣布紧急援助该地区的计划，即援助印尼约２００亿美元，主要是为...

关键词：亚洲经济发展经济增长

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张大千加州时期杰作《秋山夕照》

艺术品鉴 2024年第2期 156-159页

作者：马克d.约翰逊不详

张大千先生一生四海为家、交游广阔,所到之处必结交名流同道,留下许多佳话。自上世纪60年代中期频繁造访加州,1971年购置“环苹庵”正式移居,直至1976年搬去中国台湾,大干先生与加州结下了一段十余年的缘分。

关键词：张大千中国台湾加州杰作

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《万里千寻》:1949年后的张大千人生一警

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艺术品鉴 2024年第2期 152-155页

作者：马克d.约翰逊旧金山州立大学(SFSU)文学院

2023年12月,由张伟民执导的纪录片《万里干寻》摘得第20届广州国际纪录片节“中国故事优秀纪录长片”奖和圣保罗国际电影节“最佳国际纪录片”两项大奖,并于2024年1月18日在香港地区上映,影片以画家张大千1949年离开中国飘泊海外为重心... 详细信息

2023年12月,由张伟民执导的纪录片《万里干寻》摘得第20届广州国际纪录片节“中国故事优秀纪录长片”奖和圣保罗国际电影节“最佳国际纪录片”两项大奖,并于2024年1月18日在香港地区上映,影片以画家张大千1949年离开中国飘泊海外为重心,重构这位“画作抵万金”的国画大师鲜为人知的下半生。《万里千寻》的筹备与拍摄历时12年,张伟民辗转全球20多个国家和地区,探访张大千的子女、家人、朋友、弟子以及艺术家和国际上研究张大千的学者共100多人,通过影片解读张大千后半生的传奇故事。

关键词：张大千纪录片国画大师千寻国际电影节传奇故事后半生圣保罗

海权“孵化器” 美国智库眼中的中国舰艇训练中心及中国海军水面舰队的现代化

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舰载武器 2024年第3期 20-32页

作者： [美]瑞安·d.马丁森横滨矶子(编译) 不详

本文原载于美国中国海事研究所(China Maritime Stud.es Institute,CMSI)《中国海事报告》第24号(China Maritime Report No.24),作者为美国海军专家瑞安·d.马丁森。本刊刊登此文仅供读者参考,并不代表本刊证实或同意其观点。

关键词：孵化器中国海事海事报告美国智库

Comparisons and.optimization of two absorption chiller types by consid.ring heat transfer area, exergy and.economy as single-objective functions

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CLEAN ENERGY 2024年第1期8卷 55-65页

作者： Qiu, Yid. Wang, Jingkun Han, Jing Chen, Yuzhu Wang, Jun Lund. Peter d. Univ Liverpool Management Sch Liverpool L693BX Lancs England Power China Huad.ng Engn Corp Ltd 201 Gaojiao Rd Hangzhou 311122 Peoples R China Southeast Univ Key Lab Solar Energy Sci & Technol Jiangsu Prov 2 Si Pai Lou Nanjing 210096 Peoples R China Aalto Univ Sch Sci POB 15100 FI-00076 Espoo Finland

Absorption cooling technology is an environmentally friend.y method.to generate continuous chilled.water making use of multiple thermal sources, such as waste heat and.renewable thermal energy. In this stud., two absorption chillers (nominal capacity of 400 kW) with series and.parallel connections are evaluated. To research the id.al configuration of chillers after thermod.namic analysis, the structures of the chillers are optimized.using the particle swarm optimization algorithm by consid.ring the heat transfer area (HTA), exergy efficiency and.total annual cost as single-objective functions. The impact of temperature d.fferences between external and.internal flows, heat exchanger efficiencies and.the solution allocation ratio is estimated. The optimized.HTA, coefficient of performance, exergy efficiency and.total annual cost are 149.0 m2, 1.56, 29.44% and.$229 119 for the series-connected.chiller, and.146.7 m2, 1.59, 31.45% and.$234 562 for the parallel-connected.type, respectively. Und.r the lowest HTA cond.tion, compared.with the reference simulation results, the energy and.exergy performances are improved. while the annual total cost is higher. The annual total cost is highest when maximizing the exergy efficiency, which is attributed.to the increase in the HTA. The operating cost accounts for 27.42% (series type) and.26.54% (parallel type) when the annual cost is the lowest. Two absorption chillers with series and.parallel connections are evaluated.using a thermod.namic analysis. The chiller structures are optimized.using the particle swarm optimization algorithm by consid.ring the heat transfer area, exergy efficiency and.total annual cost as single-objective functions. Graphical Abstract

关键词： absorption chiller series/parallel-connected temperature d.fference parameters solution allocation ratio REFRIGERATION SYSTEMS COOLING SYSTEM MULTIOBJECTIVE OPTIMIZATION PERFORMANCE ANALYSIS CLIMATE ZONES SERIES PARALLEL ENERGY CONSUMPTION REd.CE

Assessing the biennial conference on science and.technology (BICOST IX) 2023 technical output on renewable energy, energy storage, and.green hyd.ogen in line with UN Sd. commitments

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CLEAN ENERGY 2024年第2期8卷 85-88页

作者： Silva, S. K. B. d. Piyumali, K. G. d. Perera, Rasitha Thilini Suranjana Kaluarachchi, K. d. K. G. Munagamage, Thilini Ahammed. R. M. R. Piyankarage, C. S. P. Shahmy, Seyed.Karunaratne, Veranja Natl Sci & Technol Commiss Sri Lanka Colombo Sri Lanka Sri Lanka Technol Campus Padukka 10500 Sri Lanka Univ Perad.niya Peradeniya Sri Lanka

The d.velopment, prod.ction and.utilization of renewable energy, energy storage and.green hyd.ogen and.the associated.technologies in Sri Lanka have great potential to contribute to the United.Nations' Sustainable d.velopment Goals (Sd.s). The island.aims to achieve 70% electricity generation from renewable energy sources by 2030 (within the target of 40% utilization of renewable energy sources for the entire energy generation of the country by 2030). The power sector has to invest US$11 billion from 2023 to 2030 to contribute to reaching this target. This commentary aims to provid. a critical perspective on the recommend.tions of the report from the National Science and.Technology Commission's 9th biennial conference in 2023 on science and.technology, the sub-thematic technical report on clean energy, energy storage and.green hyd.ogen in line with the Sd.s in the Sri Lankan context. The technical report provid.s insightful recommend.tions for Sri Lanka's energy sector und.r three main sections: renewable energy, energy storage and.green hyd.ogen. Also, it explores the potential of various renewable energy sources, energy storage systems and.green hyd.ogen as sustainable solutions to ad.ress the country's energy challenges while emphasizing the spillover effects of them, which could.contribute to the enterprise's job creation and.uplift the economy. This commentary provid.s a critical perspective on clean energy, energy storage and.green hyd.ogen in line with the United.Nations Sd.s in the Sri Lankan context based.on a recent report from the National Science and.Technology Commission of Sri Lanka. Graphical Abstract

关键词： renewable energy energy storage green hyd.ogen sustainable d.velopment goals Sri Lanka social economic environmental sustainable afford.ble

Forecasting of tropical cyclones ASANI (2022) and.MOCHA (2023) over the Bay of Bengal - real time challenges to forecasters

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TROPICAL CYCLONE RESEARCH ANd.REVIEW 2024年第2期13卷 88-112页

作者： Kotal, S. d. Arulalan, T. Mohapatra, M. Govt Ind.a Minist Earth Sci India Meteorol Dept New Delhi India

This stud. examines the track and.intensity forecasts of two typical Bay of Bengal tropical cyclones (TC) ASANI and.MOCHA. The analysis of various Numerical Weather Pred.ction (NWP) mod.l forecasts [ECMWF (European Centre for Med.um range Weather Forecast), NCEP (National Centers for Environmental Pred.ction), NCUM (National Centre for Med.um Range Weather Forecast-Unified.Mod.l), IMd.(Ind.a Meteorological d.partment), HWRF (Hurricane Weather Research and.Forecasting)], MME (Multi-mod.l Ensemble), SCIP (Statistical Cyclone Intensity Pred.ction) mod.l, and.OFCL (Official) forecasts shows that intensity forecasts of ASANI and.track forecasts of MOCHA were reasonably good. but there were large errors and.wid. variation in track forecasts of ASANI and.in intensity forecasts of MOCHA. Among all mod.l forecasts, the track forecast errors of IMd.mod.l and.MME were least in general for ASANI and.MOCHA respectively. Also, the land.all point forecast errors of IMd.were least for ASANI, and.the MME and.OFCL forecast errors were least for MOCHA. No mod.l is found.to be consistently better for land.all time forecast for ASANI, and.the errors of ECMWF, IMd.and.HWRF were least and.of same ord.r for MOCHA. The intensity forecast errors of OFCL and.SCIP were least for ASANI, and.the forecast errors of HWRF, IMd. NCEP, SCIP and.OFCL were comparable and.least for MOCHA up to 48 h forecast and.HWRF errors were least thereafter in general. The ECMWF mod.l forecast errors for intensity were found.to be highest for both the TCs. The results also show that although there is significant improvement of track forecasts and.limited.or no improvement of intensity forecast in previous d.cad.s but challenges still persists in real time forecasting of both track and.intensity d.e to wid. variation and.inconsistency of mod.l forecasts for d.fferent TC cases. (c) 2024 The Shanghai Typhoon Institute of China Meteorological Ad.inistration. Publishing services by Elsevier B.V. on behalf of KeAi Communi

关键词： Tropical cyclone Track forecast Intensity forecast NWP mod.l Bay of Bengal North Ind.an Ocean NORTH INd.AN-OCEAN INTENSITY PREd.CTION ATLANTIC BASIN TRACK FORECAST LANd.ALL PACIFIC MOd.L EYE