Verfügbarkeit: Tomorrow is another country

Tomorrow is another country: the inside story of South Africa's negotiated revolution

Gespeichert in:

Bibliographische Detailangaben
1. Verfasser:	Sparks, Allister Haddon 1933-2016 (VerfasserIn)
Format:	Buch
Sprache:	English
Veröffentlicht:	Sandton Struik Book Distributors 1994
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	viii, 254 Seiten 20 cm

Internformat

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100	1		\|a Sparks, Allister Haddon \|d 1933-2016 \|e Verfasser \|0 (DE-588)129351253 \|4 aut
245	1	0	\|a Tomorrow is another country \|b the inside story of South Africa's negotiated revolution \|c Allister Sparks
264		1	\|a Sandton \|b Struik Book Distributors \|c 1994
300			\|a viii, 254 Seiten \|c 20 cm
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Datensatz im Suchindex

_version_	1804184323976331264
adam_text	IMAGE 1 TABLE OF CONTENTS PAGE THANK YOU NOTE 1 ORGANISATIONAL GUIDELINES 2 CHAIRMAN S MESSAGE 3 PROGRAMME OUTLINE - TIMETABLE 5 CONFERENCE PROGRAMME 6 OPENING SESSION: POLITICAL - ECONOMIC FRAMEWORK STATUS AND PERSPECTIVES OF SOLAR AIR-CONDITIONING AND REFRIGERATION 18 HANS-MARTIN HENNING, FRAUNHOFER ISE, FREIBURG, GERMANY DEVELOPMENT OF A TECHNOLOGY ROADMAP FOR SOLAR THERMAL COOLING IN AUSTRIA 34 ANITA PREISLER, AUSTRIAN INSTITUTE OF TECHNOLOGY, VIENNA, AUSTRIA SOLAR COOLING POTENTIAL IN SPAIN 2011 - 2020 42 LAURA SISOE, FREE-LANCE CONSULTANT, BARCELONA, SPAIN SOLAR COOLING IN AUSTRALIA - A REVIEW 48 INGA DOEMLAND, AUSTRALIAN NATIONAL UNIVERSITY (ANU), CANBERRA, ACT, AUSTRALIA POSTER SESSION SYSTEM DESIGN: DESIGN TOOLS, SIMULATION, ENGINEERING PERFORMANCE OPTIMIZATION OF AN AIR-COOLED SINGLE-EFFECT LIBR/WATER 56 ABSORPTION CHILLER JOSE DANIEL MARCOS, UNED, MADRID, SPAIN POTENTIAL AND LIMITS OF SOLAR THERMAL AND SOLAR ELECTRIC COOLING 62 PETER ZACHMEIER, ZAE BAYERN BAVARIAN CENTER FOR APPLIED ENERGY RESEARCH, GARCHING, GERMANY PHASE CHANGE MATERIALS IN HEAT AND COLD STORAGE FOR SOLAR COOLING FACILITIES 66 RAFAEL SALGADO, UNIVERSIDAD INTERAMERICANA DE PUERTO RICO, BAYAMON, PUERTO RICO BIBLIOGRAFISCHE INFORMATIONEN HTTP://D-NB.INFO/1016146507 DIGITALISIERT DURCH IMAGE 2 TABLE OF CONTENTS APPROPRIATE SOLUTIONS USING SOLAR ENERGY - BASIC COMPARISON OF SOLAR THERMAL AND PHOTOVOLTAIC APPROACHES 74 EDO WIEMKEN, FRAUNHOFER ISE, FREIBURG, GERMANY COMPARATIVE ANALYSIS OF CONCENTRATING SOLAR COLLECTORS AND DOUBLE-EFFECT ABSORPTION CHILLERS FOR SOLAR AIR CONDITIONING CONFIGURATIONS 81 JESUS LOPEZ VILLADA, CREVER-UNIVERSITAT ROVIRA I VIRGILI, TARRAGONA, SPAIN PARAMETRICAL ANALYSIS OF SOLAR COMBI + CONFIGURATION FOR COMMERCIALIZATION 82 MATTEO D ANTONI, EURAC RESEARCH INSTITUTE FOR RENEWABLE ENERGY, BOLZANO, ITALY A NEW METHODOLOGY FOR OPERATIONAL DATA TREATMENT, MONITORING AND PERFORMANCE ANALYSIS OF ABSORPTION CHILLERS 88 DAVID MARTINEZ-MARADIAGA, CREVER-UNIVERSITAT ROVIRA I VIRGILI, TARRAGONA, SPAIN SIMULATION AND MODEL VALIDATION OF A LARGE SCALE SOLAR ADSORPTION COOLING PLANT 95 JESUS LOPEZ-VILLADA, ROVIRA I VIRGILI UNIVERSITY, TARRAGONA, SPAIN SIMULATION OF AN ADSORPTION CHILLER USING ARTIFICIAL NEURAL NETWORKS 101 JOCHEN DOELL, FRAUNHOFER ISE, FREIBURG, GERMANY PERFORMANCE OF A SOLAR AMMONIA/WATER ABSORPTION CHILLER UNDER REAL SCENARIOS OF OPERATION 107 FERNANDO PALACIN, NATIONAL RENEWABLE ENERGY CENTRE (CENER), SARRIGURREN (NAVARRA), SPAIN FREE AND SOLAR COOLING BASED ENERGY UPGRADE OF THE MMM BUILDING, GREECE 108 MICHAELIS KARAGIORGAS, RES LABORATORY OF ASPETE, ATHENS, GREECE IEA SHC TASK38 SUBTASK A - FINAL RESULTS AND OUTLOOK ON THE AUSTRIAN SOLAR-COOLING-OPT. PROJECT 114 ALEXANDER THUER, AEE-INSTITUT FUER NACHHALTIGE TECHNOLOGIEN, GLEISDORF, AUSTRIA EXPERIMENTAL PERFORMANCE INVESTIGATION OF A SOLAR THERMAL DRIVEN ABSORPTION LIBR CHILLER IN CAIRO UNDER THE EGYPTIAN SOLAR CONDITIONS 120 TAREK KHALIL, GERMAN UNIVERSITY IN CAIRO, NEW CAIRO CITY, HELWAN, EGYPT MODELLING OF ABSORPTION OF H2O IN FALLING FILM OF LIBR AQUEOUS IN VERTICAL TUBES WITH PRESENCE OF NON-ABSORBABLES 124 E. GARCIA-RIVERA, UNIVERSITAET POLITECNICA DE CATALUNYA (UPC) CENTRE TECNOLOGIC DE TRANSFERENCIA DE CALOR (CTTC), TERRASSA, SPAIN IMAGE 3 TABLE OF CONTENTS PRACTICAL EXPERIENCE: OPERATION, MAINTENANCE, ENERGY PERFORMANCE, COST PERFORMANCE SOLAR HEATING AND COOLING SYSTEM FOR OFFICE BUILDING IN ITALY; DESCRIPTION 126 AND PERFORMANCE ASSESSMENT AYADI OSAMA, POLITECNICO DI MILANO, MILAN, ITALY EXPERIENCE REPORT ON SYSTEM OPTIMIZATION OF A SMALL SCALE SOLAR DRIVEN 132 ADSORPTION SYSTEM IN VIENNA/AUSTRIA ANITA PREISLER, AUSTRIAN INSTITUTE OF TECHNOLOGY, VIENNA, AUSTRIA SOLERA DEMONSTRATOR OF SMALL SCALE SOLAR HEATING AND COOLING SYSTEM IN 140 INES OFFICE BUILDING DAVID CHEZE, CEA LITEN, LE BOURGET DU LAC, FRANCE USING FLAT PLATE COLLECTORS FOR ACTIVE SOLAR COOLING OF COMPUTER SERVER 146 ROOMS MAIK BRUENIG, ERNST SCHWEIZER AG, HEDINGEN, SWITZERLAND PERFORMANCE ASSESSMENT OF A SMALL-SCALE ADSORPTION CHILLER INTEGRATED TO 152 AN ALREADY EXISTING SOLAR HEATING SYSTEM SEBASTIEN THOMAS, UNIVERSITY OF LIEGE, ARION, BELGIUM MONITORING AND SIMULATION RESULTS OF TWO SMALL SCALE SOLAR COOLING PLANTS 158 DANIEL NEYER, UNIVERSITY OF INNSBRUCK, INNSBRUCK, AUSTRIA MONITORING RESULTS AND CONCLUSIONS OF THE SOLAR COOLING SYSTEMS INSTALLED 164 IN THE FRAME OF THE PROJECT SOLERA ALEXANDER MORGENSTERN, FRAUNHOFER ISE, FREIBURG, GERMANY INVESTIGATION RESULTS ON DRY COOLING TOWER WITH LAMELLAE HEAT 170 EXCHANGER SALMAN AJIB, ILMENAU UNIVERSITY OF TECHNOLOGY, DEPARTMENT OF THERMO AND FLUID DYNAMICS, ILMENAU, GERMANY SYSTEM TECHNOLOGY DEVELOPMENT OF A SOLAR DRIVEN DOUBLE/SINGLE EFFECT LIBR-H2O COOLING UNIT 172 USING INNOVATIVE MEDIUM TEMPERATURE SOLAR COLLECTOR YANJUN DAI, SHANGHAI JIAO TONG UNIVERSITY, SHANGHAI, CHINA COMPARISON OF AN EXISTING SOLARTHERMAL AIR CONDITIONING INSTALLATION 178 VERSUS A PROJECTED PV DRIVEN COMPRESSION AIR CONDITIONING UNIT HUBERT FOCKE, ASIC - AUSTRIA SOLAR INNOVATION CENTER, WELS, AUSTRIA IMAGE 4 TABLE OF CONTENTS AIR COOLING POWERED BY FAADE INTEGR ATED COLOURED OPAQE SOLAR THERMAL 183 PANELS IRIS MACK, SWISSLNSO SA, LAUSANNE, SWITZERLAND ENERGY PERFORMANCE IMPROVEMENTS OF A DEC SYSTEM DUE TO WET HEAT 189 EXCHANGERS MARCO BECCALI, UNIVERSITA DEGLI STUDI DI PALERMO, PALERMO, ITALY EVALUATION OF A NEW OPEN SORPTION BASED AIR-CONDITIONING SYSTEM - 195 SIMULATION OF THE SYSTEM PERFORMANCE UNDER DIFFERENT CLIMATIC CONDITIONS ALEXANDER MORGENSTERN, FRAUNHOFER ISE, FREIBURG, GERMANY SOLAR COOLING SYSTEMS WITH BUILDING INTEGRATED CONCENTRATING THERMAL 201 COLLECTORS JESUS LOPEZ-VILLADA, ROVIRA I VIRGILI UNIVERSITY, TARRAGONA, SPAIN THERMAL AND ECONOMICAL INVESTIGATION OF EVAPORATIVE AIR-CONDITIONING IN 207 EUROPE AND MIDDLE EAST SAMAR JABER, ILMENAU UNIVERSITY OF TECHNOLOGY, DEPARTMENT OF THERMO AND FLUID DYNAMICS, ILMENAU, GERMANY COMPONENTS: HEAT DRIVEN WATER CHILLERS, HEAT DRIVEN OPEN CYCLES EXPERIMENTAL PERFORMANCE COMPARISON OF HEAT DRIVEN SILICA GEL-WATER 214 CHILLER AND SILICA GEL/LICI-METHANOL CHILLER ZISHENG LU, SHANGHAI, CHINA MODELING RESULTS OF A NOVEL ADSORPTION CYCLE WITH ADVANCED HEAT 220 RECOVERY FOR HIGH EFFICIENCY AIR-COOLED ADSORPTION CHILLERS LENA SCHNABEL, FRAUNHOFER ISE, FREIBURG, GERMANY PERFORMANCE UNDER DIFFERENT WORKING CONDITIONS OF NH3-UNO3 AND NH3- H2O SOLAR ABSORPTION REFRIGERATION SYSTEM 226 JOSE VIDAL HERRERA, CENTRO DE INVESTIGATION EN ENERGLA UNIVERSIDAD NAC. AUTOENOMA DE MEXICO, TEMIXCO, MORELOS, MEXICO PERFORMANCE OPTIMIZATION OF SOLAR DRIVEN SMALL CAPACITY WATER-COOLED 233 ABSORPTION-DIFFUSION CHILLER WORKING WITH LIGHT HYDROCARBONS SAYADI ZOUHOUR, ENIM MONASTIR TUNISIA, MONASTIR, TUNISIA SOLAR COOLING APPLICATIONS EXPERIMENTAL PERFORMANCE OF ONE NOVEL SOLAR SILICA GEL-WATER CHILLER 240 APPLICATION ZAIZHONG XIA, SHANGHAI, CHINA IMAGE 5 TABLE OF CONTENTS SOLAR ADSORPTION COOLING SYSTEM: DEVELOPMENT OF A PLANT FOR AIR 246 CONDITIONING OF A SMALL OFFICE SALVATORE VASTA, CNR ITAE, MESSINA, ITALY SOLAR DRIVEN PRECOOLING STRATEGIES FOR PASSENGER VEHICLES 252 M. CARSTEN WACHSMUTH, OSTFALIA UNIVERSITY OF APPLIED SCIENCES, WOLFSBURG, GERMANY A HYBRID SOLAR COOLING SYSTEM INCLUDING AN EVAPORATIVE COOLING SYSTEM 256 AND A SKY RADIATOR TAREK KHALIL, GERMAN UNIVERSITY IN CAIRO, NEW CAIRO CITY, HELWAN, EGYPT INDUSTRY FORUM GLOBAL INNOVATION: CHILLER WITH ZEOLITH-TECHNOLOGY AND NEW FEATURES FOR 262 EASY SYSTEM INTEGRATION SOEREN PAULUSSEN, INVENSOR GMBH, BERLIN, GERMANY LARGEST SOLAR COOLING SYSTEM IN THE MIDDLE EAST FOR A SHOWCASE FOOTBALL 263 STADIUM IN QATAR CHRISTIAN ZAHLER, INDUSTRIAL SOLAR GMBH, FREIBURG, GERMANY SOLAR COOLING WITH COOLING POWER BEYOND ONE MEGAWATT - NEW 269 INSTALLATIONS IN SINGAPORE AND USA MORITZ SCHUBERT, S.O.L.I.D., GRAZ, AUSTRIA CLIMATEWELL CHILLERS IN POLYSUN: MODELING AND VALIDATION 272 ANDREAS WITZIG, VELA SOLARIS AG, WINTERTHUR, SWITZERLAND PHOTONIO THE WORLD S LARGEST SOLAR AIR CONDITIONING PROJECT PANOS LAMARIS, SOLE S.A., ACHARNAI, ATHENS, GREECE 278 KLOBEN SOLAR COOLING APPLICATIONS AROUND THE WORLD 281 FRANCESCO FONTANA, KLOBEN, BOVOLONE, ITALY THE AUSTRALIAN EXPERIENCE: NEP SOLAR CONCENTRATING COLLECTORS DRIVE A 285 220KW DOUBLE STAGE CHILLER ON NEWCASTLE S NEW SHOPPING CENTER STEFAN MINDER, NEP SOLAR AG, ZUERICH, SWITZERLAND HIGHLY EFFICIENT AND ECONOMICAL SOLAR COOLING FOR A COLD STORE ON CYPRUS 288 AHMET LOKURLU, SOLITEM GROUP, AACHEN, GERMANY IMAGE 6 TABLE OF CONTENTS SYSTEM DESIGN: DESIGN TOOLS, SIMULATION, ENGINEERING SIMULATION OF SOLAR COOLING SYSTEMS 294 JUERGEN SCHUMACHER, STUTTGART UNIVERSITY OF APPLIED SCIENCES, STUTTGART, GERMANY OPTIMISATION OF A HIGH SOLAR FRACTION SYSTEM FOR BUILDING HEATING AND 300 COOLING, IN COMBINATION WITH A HEAT PUMP ARISTOTELIS AIDONIS, POLITECNICO DI MILANO, MILAN, ITALY HEAT REJECTION SYSTEMS FOR SOLAR DRIVEN SORPTION SYSTEMS 306 URSULA EICKER, UNIVERSITY OF APPLIED SCIENCES, STUTTGART, GERMANY LIFE CYCLE ASSESSMENT (LCA)LCA OF SOLAR COOLING SYSTEMS WITH 12 KW 311 ADSORPTION AND 8 KW ADSORPTION CHILLERS MARCO BECCALI, UNIVERSITE DEGLI STUDI DI PALERMO, PALERMO, ITALY PRACTICAL EXPERIENCE: OPERATION MAINTENANCE, ENERGY PERFORMANCE, COST PERFORMANCE REPORT AND COMPARISON OF TWO SOLAR ASSISTED AIR CONDITIONING SYSTEMS 318 LOCATED IN UPPER AUSTRIA HUBERT FOCKE, ASIC - AUSTRIA SOLAR INNOVATION CENTER, WELS, AUSTRIA LIFE CYCLE ANALYSIS OF THE SOLAR AIR-CONDITIONING SYSTEM IN A PASSIVHOUSE 324 OFFICE BUILDING TIM SELKE, AUSTRIAN INSTITUTE OF TECHNOLOGY, VIENNA, AUSTRIA COMPONENT ANALYSIS OF A SOLAR-DRIVEN DEC-SYSTEM 329 TOBIAS BADER, INGOLSTADT UNIVERSITY OF APPLIED SCIENCES, INGOLSTADT, GERMANY OPERATION AND ENERGY PERFORMANCE AS WELL AS SIMULATION RESULTS OF TWO 335 SOLAR COOLING PLANTS IN GLEISDORF MARTIN VUKITS, AEE - INSTITUT FUER NACHHALTIGE TECHNOLOGIEN, GLEISDORF, AUSTRIA SOLAR COOLING FOR A LARGE OFFICE BUILDING IN PORTUGAL - OPERATIONAL 341 EXPERIENCES AND MEASUREMENT RESULTS MORITZ SCHUBERT, S.O.L.I.D., GRAZ, AUSTRIA SOLAR THERMAL DRIVEN AIR-CONDITIONING SYSTEM FOR SINGAPORE CLIMATE 344 ARIFEEN WAHED, SOLAR ENERGY RESEARCH INSTITUTE OF SINGAPORE (SERIS), SINGAPORE, SINGAPORE SOLAR COOLING AND HEATING SYSTEM USING A NEW AMMONIA/LITHIUM NITRATE 350 IMAGE 7 TABLE OF CONTENTS ABSORPTION CHILLER FOR RESIDENTIAL SECTOR MIGUEL ZAMORA GARCIA, UNIVERSITY ROVIRA I VIRGILI, TARRAGONA, SPAIN ENERGETIC AND ECONOMIC ANALYSIS OF A SOLARTHERMAL-ASSISTED ENERGY 356 SYSTEM FOR FLEXIBLE COOLING AND HEATING MANUEL RIEPL, ZAE BAYERN, BAVARIAN CENTER FOR APPLIED ENERGY RESEARCH, GARCHING, GERMANY FIRST EXPERIMENTAL RESULTS OF A SOLAR DRIVEN AMMONIA-LITHIUM NITRATE 362 COOLING SYSTEM ROBERTO BEST, UNIVERSIDAD NACIONAL AUTONOMA DE MEXICO, CENTRA DE INVESTIGACION EN ENERGIA, TEMIXCO, MORELOS, MEXICO COMPONENTS: HEAT DRIVEN WATER CHILLERS, HEAT DRIVEN OPEN CYCLES PERFORMANCE ANALYSIS AND MODEL VALIDATION OF AN EVAPORATIVELY COOLED 370 SORPTIVE COATED HEAT EXCHANGER (ECOS) CONSTANZE BONGS, FRAUNHOFER ISE, FREIBURG, GERMANY DEVELOPMENT OF A 50 KW ABSORPTION CHILLER 376 STEFAN NATZER, BAVARIAN CENTER FOR APPLIED ENERGY RESEARCH (ZAE BAYEM), GARCHING, GERMANY FEASIBILITY OF IONIC LIQUID IN SOLAR DRIVEN LIQUID DESICCANT DEHUMIDIFICATION 384 SYSTEM FOR AIR CONDITIONING HONGBO XU, BEIJING, CHINA CHARACTERISTICS OF HIGH PERFORMANCE COOLING SYSTEMS USING EJECTORS 390 MIKE DENNIS, THE AUSTRALIAN NATIONAL UNIVERSITY, CANBERRA, AUSTRALIA MEMBRANE BASED AIR DEHUMIDIFICATION SYSTEM FOR APPLICATIONS IN TROPICS 396 ZAW KHIN, SOLAR ENERGY RESEARCH INSTITUTE OF SINGAPORE, SINGAPORE, SINGAPORE MODELLING AND EXPERIMENTAL EVALUATION OF A SOLAR THERMALLY-DRIVEN LIQUID 402 DESICCANT AIR CONDITIONING SYSTEM LISA CROFOOT, SOLAR CALORIMETRY LABORATORY QUEEN S UNIVERSITY, KINGSTON, CANADA SOLAR COOLING APPLICATIONS CASE STUDY OF A TWO-STAGE ROTARY DESICCANT COOLING/HEATING SYSTEM DRIVEN 4 1 BY EVACUATED GLASS TUBE SOLAR AIR COLLECTORS YANJUN DAI, SHANGHAI JIAO TONG UNIVERSITY, SHANGHAI, CHINA IMAGE 8 TABLE OF CONTENTS EFFICIENT SOLAR HEATING AND COOLING SYSTEM CONCEPT: DHW/COOLING STRATEGY 416 ROMAN SIRE, TECSOL S.A., PERPIGNAN, FRANCE SOLAR COOLING TECHNOLOGIES FOR SOUTHERN CLIMATES - A SYSTEM COMPARISON - 422 DIRK PIETRUSCHKA, FACHHOCHSCHULE STUTTGART, HOCHSCHULE FUER TECHNIK STUTTGART, GERMANY STANDARDISATION AND QUALITY MANAGEMENT PERFORMANCE TESTING OF SOLAR COOLING SYSTEMS BASED ON THE CTSS-METHOD 430 PATRICK FREY, INSTITUTE FOR THERMODYNAMICS AND THERMAL ENGINEERING, UNIVERSITY STUTTGART, STUTTGART, GERMANY PROPOSAL FOR A PERFORMANCE CALCULATION AND EVALUATION PROCEDURE FOR SOLAR 436 COOLING APPLICATIONS IVAN MALENKOVIC, AIT AUSTRIAN INSTITUTE OF TECHNOLOGY GMBH, VIENNA, AUSTRIA FIRST RESULTS OF MEGAPICS PROJECT (PERFORMANCE GUARANTEE METHOD FOR SOLAR 445 HEATING AND COOLING INSTALLATIONS) ROMAIN SIRE, TECSOL, PERPIGNAN, FRANCE LIST OF EXHIBITORS 451 LIST OF POSTERS 452 LIST OF AUTHORS 456 FOR YOUR NOTES 464
adam_txt	IMAGE 1 TABLE OF CONTENTS PAGE THANK YOU NOTE 1 ORGANISATIONAL GUIDELINES 2 CHAIRMAN'S MESSAGE 3 PROGRAMME OUTLINE - TIMETABLE 5 CONFERENCE PROGRAMME 6 OPENING SESSION: POLITICAL - ECONOMIC FRAMEWORK STATUS AND PERSPECTIVES OF SOLAR AIR-CONDITIONING AND REFRIGERATION 18 HANS-MARTIN HENNING, FRAUNHOFER ISE, FREIBURG, GERMANY DEVELOPMENT OF A TECHNOLOGY ROADMAP FOR SOLAR THERMAL COOLING IN AUSTRIA 34 ANITA PREISLER, AUSTRIAN INSTITUTE OF TECHNOLOGY, VIENNA, AUSTRIA SOLAR COOLING POTENTIAL IN SPAIN 2011 - 2020 42 LAURA SISOE, FREE-LANCE CONSULTANT, BARCELONA, SPAIN SOLAR COOLING IN AUSTRALIA - A REVIEW 48 INGA DOEMLAND, AUSTRALIAN NATIONAL UNIVERSITY (ANU), CANBERRA, ACT, AUSTRALIA POSTER SESSION SYSTEM DESIGN: DESIGN TOOLS, SIMULATION, ENGINEERING PERFORMANCE OPTIMIZATION OF AN AIR-COOLED SINGLE-EFFECT LIBR/WATER 56 ABSORPTION CHILLER JOSE DANIEL MARCOS, UNED, MADRID, SPAIN POTENTIAL AND LIMITS OF SOLAR THERMAL AND SOLAR ELECTRIC COOLING 62 PETER ZACHMEIER, ZAE BAYERN BAVARIAN CENTER FOR APPLIED ENERGY RESEARCH, GARCHING, GERMANY PHASE CHANGE MATERIALS IN HEAT AND COLD STORAGE FOR SOLAR COOLING FACILITIES 66 RAFAEL SALGADO, UNIVERSIDAD INTERAMERICANA DE PUERTO RICO, BAYAMON, PUERTO RICO BIBLIOGRAFISCHE INFORMATIONEN HTTP://D-NB.INFO/1016146507 DIGITALISIERT DURCH IMAGE 2 TABLE OF CONTENTS APPROPRIATE SOLUTIONS USING SOLAR ENERGY - BASIC COMPARISON OF SOLAR THERMAL AND PHOTOVOLTAIC APPROACHES 74 EDO WIEMKEN, FRAUNHOFER ISE, FREIBURG, GERMANY COMPARATIVE ANALYSIS OF CONCENTRATING SOLAR COLLECTORS AND DOUBLE-EFFECT ABSORPTION CHILLERS FOR SOLAR AIR CONDITIONING CONFIGURATIONS 81 JESUS LOPEZ VILLADA, CREVER-UNIVERSITAT ROVIRA I VIRGILI, TARRAGONA, SPAIN PARAMETRICAL ANALYSIS OF SOLAR COMBI + CONFIGURATION FOR COMMERCIALIZATION 82 MATTEO D'ANTONI, EURAC RESEARCH INSTITUTE FOR RENEWABLE ENERGY, BOLZANO, ITALY A NEW METHODOLOGY FOR OPERATIONAL DATA TREATMENT, MONITORING AND PERFORMANCE ANALYSIS OF ABSORPTION CHILLERS 88 DAVID MARTINEZ-MARADIAGA, CREVER-UNIVERSITAT ROVIRA I VIRGILI, TARRAGONA, SPAIN SIMULATION AND MODEL VALIDATION OF A LARGE SCALE SOLAR ADSORPTION COOLING PLANT 95 JESUS LOPEZ-VILLADA, ROVIRA I VIRGILI UNIVERSITY, TARRAGONA, SPAIN SIMULATION OF AN ADSORPTION CHILLER USING ARTIFICIAL NEURAL NETWORKS 101 JOCHEN DOELL, FRAUNHOFER ISE, FREIBURG, GERMANY PERFORMANCE OF A SOLAR AMMONIA/WATER ABSORPTION CHILLER UNDER REAL SCENARIOS OF OPERATION 107 FERNANDO PALACIN, NATIONAL RENEWABLE ENERGY CENTRE (CENER), SARRIGURREN (NAVARRA), SPAIN FREE AND SOLAR COOLING BASED ENERGY UPGRADE OF THE MMM BUILDING, GREECE 108 MICHAELIS KARAGIORGAS, RES LABORATORY OF ASPETE, ATHENS, GREECE IEA SHC TASK38 SUBTASK A - FINAL RESULTS AND OUTLOOK ON THE AUSTRIAN SOLAR-COOLING-OPT. PROJECT 114 ALEXANDER THUER, AEE-INSTITUT FUER NACHHALTIGE TECHNOLOGIEN, GLEISDORF, AUSTRIA EXPERIMENTAL PERFORMANCE INVESTIGATION OF A SOLAR THERMAL DRIVEN ABSORPTION LIBR CHILLER IN CAIRO UNDER THE EGYPTIAN SOLAR CONDITIONS 120 TAREK KHALIL, GERMAN UNIVERSITY IN CAIRO, NEW CAIRO CITY, HELWAN, EGYPT MODELLING OF ABSORPTION OF H2O IN FALLING FILM OF LIBR AQUEOUS IN VERTICAL TUBES WITH PRESENCE OF NON-ABSORBABLES 124 E. GARCIA-RIVERA, UNIVERSITAET POLITECNICA DE CATALUNYA (UPC) CENTRE TECNOLOGIC DE TRANSFERENCIA DE CALOR (CTTC), TERRASSA, SPAIN IMAGE 3 TABLE OF CONTENTS PRACTICAL EXPERIENCE: OPERATION, MAINTENANCE, ENERGY PERFORMANCE, COST PERFORMANCE SOLAR HEATING AND COOLING SYSTEM FOR OFFICE BUILDING IN ITALY; DESCRIPTION 126 AND PERFORMANCE ASSESSMENT AYADI OSAMA, POLITECNICO DI MILANO, MILAN, ITALY EXPERIENCE REPORT ON SYSTEM OPTIMIZATION OF A SMALL SCALE SOLAR DRIVEN 132 ADSORPTION SYSTEM IN VIENNA/AUSTRIA ANITA PREISLER, AUSTRIAN INSTITUTE OF TECHNOLOGY, VIENNA, AUSTRIA SOLERA DEMONSTRATOR OF SMALL SCALE SOLAR HEATING AND COOLING SYSTEM IN 140 INES OFFICE BUILDING DAVID CHEZE, CEA LITEN, LE BOURGET DU LAC, FRANCE USING FLAT PLATE COLLECTORS FOR ACTIVE SOLAR COOLING OF COMPUTER SERVER 146 ROOMS MAIK BRUENIG, ERNST SCHWEIZER AG, HEDINGEN, SWITZERLAND PERFORMANCE ASSESSMENT OF A SMALL-SCALE ADSORPTION CHILLER INTEGRATED TO 152 AN ALREADY EXISTING SOLAR HEATING SYSTEM SEBASTIEN THOMAS, UNIVERSITY OF LIEGE, ARION, BELGIUM MONITORING AND SIMULATION RESULTS OF TWO SMALL SCALE SOLAR COOLING PLANTS 158 DANIEL NEYER, UNIVERSITY OF INNSBRUCK, INNSBRUCK, AUSTRIA MONITORING RESULTS AND CONCLUSIONS OF THE SOLAR COOLING SYSTEMS INSTALLED 164 IN THE FRAME OF THE PROJECT "SOLERA" ALEXANDER MORGENSTERN, FRAUNHOFER ISE, FREIBURG, GERMANY INVESTIGATION RESULTS ON DRY COOLING TOWER WITH LAMELLAE HEAT 170 EXCHANGER SALMAN AJIB, ILMENAU UNIVERSITY OF TECHNOLOGY, DEPARTMENT OF THERMO AND FLUID DYNAMICS, ILMENAU, GERMANY SYSTEM TECHNOLOGY DEVELOPMENT OF A SOLAR DRIVEN DOUBLE/SINGLE EFFECT LIBR-H2O COOLING UNIT 172 USING INNOVATIVE MEDIUM TEMPERATURE SOLAR COLLECTOR YANJUN DAI, SHANGHAI JIAO TONG UNIVERSITY, SHANGHAI, CHINA COMPARISON OF AN EXISTING SOLARTHERMAL AIR CONDITIONING INSTALLATION 178 VERSUS A PROJECTED PV DRIVEN COMPRESSION AIR CONDITIONING UNIT HUBERT FOCKE, ASIC - AUSTRIA SOLAR INNOVATION CENTER, WELS, AUSTRIA IMAGE 4 TABLE OF CONTENTS AIR COOLING POWERED BY FAADE INTEGR ATED COLOURED OPAQE SOLAR THERMAL 183 PANELS IRIS MACK, SWISSLNSO SA, LAUSANNE, SWITZERLAND ENERGY PERFORMANCE IMPROVEMENTS OF A DEC SYSTEM DUE TO WET HEAT 189 EXCHANGERS MARCO BECCALI, UNIVERSITA DEGLI STUDI DI PALERMO, PALERMO, ITALY EVALUATION OF A NEW OPEN SORPTION BASED AIR-CONDITIONING SYSTEM - 195 SIMULATION OF THE SYSTEM PERFORMANCE UNDER DIFFERENT CLIMATIC CONDITIONS ALEXANDER MORGENSTERN, FRAUNHOFER ISE, FREIBURG, GERMANY SOLAR COOLING SYSTEMS WITH BUILDING INTEGRATED CONCENTRATING THERMAL 201 COLLECTORS JESUS LOPEZ-VILLADA, ROVIRA I VIRGILI UNIVERSITY, TARRAGONA, SPAIN THERMAL AND ECONOMICAL INVESTIGATION OF EVAPORATIVE AIR-CONDITIONING IN 207 EUROPE AND MIDDLE EAST SAMAR JABER, ILMENAU UNIVERSITY OF TECHNOLOGY, DEPARTMENT OF THERMO AND FLUID DYNAMICS, ILMENAU, GERMANY COMPONENTS: HEAT DRIVEN WATER CHILLERS, HEAT DRIVEN OPEN CYCLES EXPERIMENTAL PERFORMANCE COMPARISON OF HEAT DRIVEN SILICA GEL-WATER 214 CHILLER AND SILICA GEL/LICI-METHANOL CHILLER ZISHENG LU, SHANGHAI, CHINA MODELING RESULTS OF A NOVEL ADSORPTION CYCLE WITH ADVANCED HEAT 220 RECOVERY FOR HIGH EFFICIENCY AIR-COOLED ADSORPTION CHILLERS LENA SCHNABEL, FRAUNHOFER ISE, FREIBURG, GERMANY PERFORMANCE UNDER DIFFERENT WORKING CONDITIONS OF NH3-UNO3 AND NH3- H2O SOLAR ABSORPTION REFRIGERATION SYSTEM 226 JOSE VIDAL HERRERA, CENTRO DE INVESTIGATION EN ENERGLA UNIVERSIDAD NAC. AUTOENOMA DE MEXICO, TEMIXCO, MORELOS, MEXICO PERFORMANCE OPTIMIZATION OF SOLAR DRIVEN SMALL CAPACITY WATER-COOLED 233 ABSORPTION-DIFFUSION CHILLER WORKING WITH LIGHT HYDROCARBONS SAYADI ZOUHOUR, ENIM MONASTIR TUNISIA, MONASTIR, TUNISIA SOLAR COOLING APPLICATIONS EXPERIMENTAL PERFORMANCE OF ONE NOVEL SOLAR SILICA GEL-WATER CHILLER 240 APPLICATION ZAIZHONG XIA, SHANGHAI, CHINA IMAGE 5 TABLE OF CONTENTS SOLAR ADSORPTION COOLING SYSTEM: DEVELOPMENT OF A PLANT FOR AIR 246 CONDITIONING OF A SMALL OFFICE SALVATORE VASTA, CNR ITAE, MESSINA, ITALY SOLAR DRIVEN PRECOOLING STRATEGIES FOR PASSENGER VEHICLES 252 M. CARSTEN WACHSMUTH, OSTFALIA UNIVERSITY OF APPLIED SCIENCES, WOLFSBURG, GERMANY A HYBRID SOLAR COOLING SYSTEM INCLUDING AN EVAPORATIVE COOLING SYSTEM 256 AND A SKY RADIATOR TAREK KHALIL, GERMAN UNIVERSITY IN CAIRO, NEW CAIRO CITY, HELWAN, EGYPT INDUSTRY FORUM GLOBAL INNOVATION: CHILLER WITH ZEOLITH-TECHNOLOGY AND NEW FEATURES FOR 262 EASY SYSTEM INTEGRATION SOEREN PAULUSSEN, INVENSOR GMBH, BERLIN, GERMANY LARGEST SOLAR COOLING SYSTEM IN THE MIDDLE EAST FOR A SHOWCASE FOOTBALL 263 STADIUM IN QATAR CHRISTIAN ZAHLER, INDUSTRIAL SOLAR GMBH, FREIBURG, GERMANY SOLAR COOLING WITH COOLING POWER BEYOND ONE MEGAWATT - NEW 269 INSTALLATIONS IN SINGAPORE AND USA MORITZ SCHUBERT, S.O.L.I.D., GRAZ, AUSTRIA CLIMATEWELL CHILLERS IN POLYSUN: MODELING AND VALIDATION 272 ANDREAS WITZIG, VELA SOLARIS AG, WINTERTHUR, SWITZERLAND "PHOTONIO" THE WORLD'S LARGEST SOLAR AIR CONDITIONING PROJECT PANOS LAMARIS, SOLE S.A., ACHARNAI, ATHENS, GREECE 278 KLOBEN SOLAR COOLING APPLICATIONS AROUND THE WORLD 281 FRANCESCO FONTANA, KLOBEN, BOVOLONE, ITALY THE AUSTRALIAN EXPERIENCE: NEP SOLAR CONCENTRATING COLLECTORS DRIVE A 285 220KW DOUBLE STAGE CHILLER ON NEWCASTLE'S NEW SHOPPING CENTER STEFAN MINDER, NEP SOLAR AG, ZUERICH, SWITZERLAND HIGHLY EFFICIENT AND ECONOMICAL SOLAR COOLING FOR A COLD STORE ON CYPRUS 288 AHMET LOKURLU, SOLITEM GROUP, AACHEN, GERMANY IMAGE 6 TABLE OF CONTENTS SYSTEM DESIGN: DESIGN TOOLS, SIMULATION, ENGINEERING SIMULATION OF SOLAR COOLING SYSTEMS 294 JUERGEN SCHUMACHER, STUTTGART UNIVERSITY OF APPLIED SCIENCES, STUTTGART, GERMANY OPTIMISATION OF A HIGH SOLAR FRACTION SYSTEM FOR BUILDING HEATING AND 300 COOLING, IN COMBINATION WITH A HEAT PUMP ARISTOTELIS AIDONIS, POLITECNICO DI MILANO, MILAN, ITALY HEAT REJECTION SYSTEMS FOR SOLAR DRIVEN SORPTION SYSTEMS 306 URSULA EICKER, UNIVERSITY OF APPLIED SCIENCES, STUTTGART, GERMANY LIFE CYCLE ASSESSMENT (LCA)LCA OF SOLAR COOLING SYSTEMS WITH 12 KW 311 ADSORPTION AND 8 KW ADSORPTION CHILLERS MARCO BECCALI, UNIVERSITE DEGLI STUDI DI PALERMO, PALERMO, ITALY PRACTICAL EXPERIENCE: OPERATION MAINTENANCE, ENERGY PERFORMANCE, COST PERFORMANCE REPORT AND COMPARISON OF TWO SOLAR ASSISTED AIR CONDITIONING SYSTEMS 318 LOCATED IN UPPER AUSTRIA HUBERT FOCKE, ASIC - AUSTRIA SOLAR INNOVATION CENTER, WELS, AUSTRIA LIFE CYCLE ANALYSIS OF THE SOLAR AIR-CONDITIONING SYSTEM IN A PASSIVHOUSE 324 OFFICE BUILDING TIM SELKE, AUSTRIAN INSTITUTE OF TECHNOLOGY, VIENNA, AUSTRIA COMPONENT ANALYSIS OF A SOLAR-DRIVEN DEC-SYSTEM 329 TOBIAS BADER, INGOLSTADT UNIVERSITY OF APPLIED SCIENCES, INGOLSTADT, GERMANY OPERATION AND ENERGY PERFORMANCE AS WELL AS SIMULATION RESULTS OF TWO 335 SOLAR COOLING PLANTS IN GLEISDORF MARTIN VUKITS, AEE - INSTITUT FUER NACHHALTIGE TECHNOLOGIEN, GLEISDORF, AUSTRIA SOLAR COOLING FOR A LARGE OFFICE BUILDING IN PORTUGAL - OPERATIONAL 341 EXPERIENCES AND MEASUREMENT RESULTS MORITZ SCHUBERT, S.O.L.I.D., GRAZ, AUSTRIA SOLAR THERMAL DRIVEN AIR-CONDITIONING SYSTEM FOR SINGAPORE CLIMATE 344 ARIFEEN WAHED, SOLAR ENERGY RESEARCH INSTITUTE OF SINGAPORE (SERIS), SINGAPORE, SINGAPORE SOLAR COOLING AND HEATING SYSTEM USING A NEW AMMONIA/LITHIUM NITRATE 350 IMAGE 7 TABLE OF CONTENTS ABSORPTION CHILLER FOR RESIDENTIAL SECTOR MIGUEL ZAMORA GARCIA, UNIVERSITY ROVIRA I VIRGILI, TARRAGONA, SPAIN ENERGETIC AND ECONOMIC ANALYSIS OF A SOLARTHERMAL-ASSISTED ENERGY 356 SYSTEM FOR FLEXIBLE COOLING AND HEATING MANUEL RIEPL, ZAE BAYERN, BAVARIAN CENTER FOR APPLIED ENERGY RESEARCH, GARCHING, GERMANY FIRST EXPERIMENTAL RESULTS OF A SOLAR DRIVEN AMMONIA-LITHIUM NITRATE 362 COOLING SYSTEM ROBERTO BEST, UNIVERSIDAD NACIONAL AUTONOMA DE MEXICO, CENTRA DE INVESTIGACION EN ENERGIA, TEMIXCO, MORELOS, MEXICO COMPONENTS: HEAT DRIVEN WATER CHILLERS, HEAT DRIVEN OPEN CYCLES PERFORMANCE ANALYSIS AND MODEL VALIDATION OF AN EVAPORATIVELY COOLED 370 SORPTIVE COATED HEAT EXCHANGER (ECOS) CONSTANZE BONGS, FRAUNHOFER ISE, FREIBURG, GERMANY DEVELOPMENT OF A 50 KW ABSORPTION CHILLER 376 STEFAN NATZER, BAVARIAN CENTER FOR APPLIED ENERGY RESEARCH (ZAE BAYEM), GARCHING, GERMANY FEASIBILITY OF IONIC LIQUID IN SOLAR DRIVEN LIQUID DESICCANT DEHUMIDIFICATION 384 SYSTEM FOR AIR CONDITIONING HONGBO XU, BEIJING, CHINA CHARACTERISTICS OF HIGH PERFORMANCE COOLING SYSTEMS USING EJECTORS 390 MIKE DENNIS, THE AUSTRALIAN NATIONAL UNIVERSITY, CANBERRA, AUSTRALIA MEMBRANE BASED AIR DEHUMIDIFICATION SYSTEM FOR APPLICATIONS IN TROPICS 396 ZAW KHIN, SOLAR ENERGY RESEARCH INSTITUTE OF SINGAPORE, SINGAPORE, SINGAPORE MODELLING AND EXPERIMENTAL EVALUATION OF A SOLAR THERMALLY-DRIVEN LIQUID 402 DESICCANT AIR CONDITIONING SYSTEM LISA CROFOOT, SOLAR CALORIMETRY LABORATORY QUEEN'S UNIVERSITY, KINGSTON, CANADA SOLAR COOLING APPLICATIONS CASE STUDY OF A TWO-STAGE ROTARY DESICCANT COOLING/HEATING SYSTEM DRIVEN 4 1 BY EVACUATED GLASS TUBE SOLAR AIR COLLECTORS YANJUN DAI, SHANGHAI JIAO TONG UNIVERSITY, SHANGHAI, CHINA IMAGE 8 TABLE OF CONTENTS EFFICIENT SOLAR HEATING AND COOLING SYSTEM CONCEPT: DHW/COOLING STRATEGY 416 ROMAN SIRE, TECSOL S.A., PERPIGNAN, FRANCE SOLAR COOLING TECHNOLOGIES FOR SOUTHERN CLIMATES - A SYSTEM COMPARISON - 422 DIRK PIETRUSCHKA, FACHHOCHSCHULE STUTTGART, HOCHSCHULE FUER TECHNIK STUTTGART, GERMANY STANDARDISATION AND QUALITY MANAGEMENT PERFORMANCE TESTING OF SOLAR COOLING SYSTEMS BASED ON THE CTSS-METHOD 430 PATRICK FREY, INSTITUTE FOR THERMODYNAMICS AND THERMAL ENGINEERING, UNIVERSITY STUTTGART, STUTTGART, GERMANY PROPOSAL FOR A PERFORMANCE CALCULATION AND EVALUATION PROCEDURE FOR SOLAR 436 COOLING APPLICATIONS IVAN MALENKOVIC, AIT AUSTRIAN INSTITUTE OF TECHNOLOGY GMBH, VIENNA, AUSTRIA FIRST RESULTS OF MEGAPICS PROJECT (PERFORMANCE GUARANTEE METHOD FOR SOLAR 445 HEATING AND COOLING INSTALLATIONS) ROMAIN SIRE, TECSOL, PERPIGNAN, FRANCE LIST OF EXHIBITORS 451 LIST OF POSTERS 452 LIST OF AUTHORS 456 FOR YOUR NOTES 464
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spelling	Sparks, Allister Haddon 1933-2016 Verfasser (DE-588)129351253 aut Tomorrow is another country the inside story of South Africa's negotiated revolution Allister Sparks Sandton Struik Book Distributors 1994 viii, 254 Seiten 20 cm txt rdacontent n rdamedia nc rdacarrier DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=033791694&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Sparks, Allister Haddon 1933-2016 Tomorrow is another country the inside story of South Africa's negotiated revolution
title	Tomorrow is another country the inside story of South Africa's negotiated revolution
title_auth	Tomorrow is another country the inside story of South Africa's negotiated revolution
title_exact_search	Tomorrow is another country the inside story of South Africa's negotiated revolution
title_exact_search_txtP	Tomorrow is another country the inside story of South Africa's negotiated revolution
title_full	Tomorrow is another country the inside story of South Africa's negotiated revolution Allister Sparks
title_fullStr	Tomorrow is another country the inside story of South Africa's negotiated revolution Allister Sparks
title_full_unstemmed	Tomorrow is another country the inside story of South Africa's negotiated revolution Allister Sparks
title_short	Tomorrow is another country
title_sort	tomorrow is another country the inside story of south africa s negotiated revolution
title_sub	the inside story of South Africa's negotiated revolution
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=033791694&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
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