Measurement of Mass Diffusivity With Holographic Interferometry for H~2O/NaOH and H~2O/LiBr Working Pairs (English)
- New search for: Gierow, M.
- New search for: Jernqvist, A.
- New search for: ASME; Advanced Energy Systems Division
- New search for: Gierow, M.
- New search for: Jernqvist, A.
- New search for: Radermacher, R.
- New search for: ASME; Advanced Energy Systems Division
In:
Absorption heat pump
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525-532
;
1994
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ISBN:
- Conference paper / Print
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Title:Measurement of Mass Diffusivity With Holographic Interferometry for H~2O/NaOH and H~2O/LiBr Working Pairs
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Contributors:Gierow, M. ( author ) / Jernqvist, A. ( author ) / Radermacher, R. / ASME; Advanced Energy Systems Division
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Conference:International conference, Absorption heat pump ; 1994 ; New Orleans; LA
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Published in:Absorption heat pump ; 525-532ASME - PUBLICATIONS - AES ; 31 ; 525-532
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Publisher:
- New search for: ASME
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Publication date:1994-01-01
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Size:8 pages
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Remarks:Also known as IAHP
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ISBN:
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Type of media:Conference paper
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Type of material:Print
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Language:English
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Keywords:
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Source:
© Metadata Copyright the British Library Board and other contributors. All rights reserved.
Table of contents conference proceedings
The tables of contents are generated automatically and are based on the data records of the individual contributions available in the index of the TIB portal. The display of the Tables of Contents may therefore be incomplete.
- 1
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COP Evaluation for Advanced Ammonia-Based Absorption CyclesInoue, N. / Iizuka, H. / Ninomiya, Y. / Watanabe, K.-I. / ASME; Advanced Energy Systems Division et al. | 1994
- 7
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Development of a Counter-Current Model for a Vertical Fluted Tube GAX AbsorberYong Tae Kang / Christensen, R. N. / ASME; Advanced Energy Systems Division et al. | 1994
- 17
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Parameters Study for the Optimization of a Wet Compression Hybrid Cycle for the Working Pair NH~2/H~2OItard, L. C. / Machielsen, C. H. M. / ASME; Advanced Energy Systems Division et al. | 1994
- 17
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Parameters study for the optimization of a wet compression hybrid cycle for the working pair NH3/H2OHard, L.C. / Machielsen, C.H.M. et al. | 1994
- 25
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Advanced Absorption Cycle: Vapor Exchange GAXRane, M. V. / Erickson, D. C. / ASME; Advanced Energy Systems Division et al. | 1994
- 33
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Effects of Surfactant on the Stability of Falling Liquid FilmsJi, W. / Setterwall, F. / ASME; Advanced Energy Systems Division et al. | 1994
- 41
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Experimental Investigation of Enhanced Heat and Mass Transfer Mechanisms Using Additives for Vertical Falling Film AbsorberKim, K. J. / Berman, N. S. / Wood, B. D. / ASME; Advanced Energy Systems Division et al. | 1994
- 49
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An Experimental Study of the Effect of Some Additives on Falling Film AbsorptionJung, S.-H. / Sgamboti, C. / Perez-Blanco, H. / ASME; Advanced Energy Systems Division et al. | 1994
- 57
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Heat Transfer by Falling Film Desorption of Concentrated Lithium Bromide Aqueous Solutions With Surfactant Octanol AdditionPersson, L. H. / Holmberg, P. A. / ASME; Advanced Energy Systems Division et al. | 1994
- 65
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A 2kW Lithium Bromide Absorption Machine With Heat Recovery and Recirculation for Novel Fluid TestingSerpente, C. P. / Kernen, M. / Seewald, J. S. / Perez-Blanco, H. / ASME; Advanced Energy Systems Division et al. | 1994
- 73
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First Operation Results of a Gas-Fired 250 kW Absorption Heat Pump With Plate-Fin Heat ExchangersBassols, J. / Schneider, R. / Veelken, H. / Kuckelkorn, B. / ASME; Advanced Energy Systems Division et al. | 1994
- 79
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Absorption Heat Pump/Transformer Cycle for Simultaneous Heating and CoolingArh, S. / ASME; Advanced Energy Systems Division et al. | 1994
- 85
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A 500 kW Absorption Heat Pump for Heating at Two Temperature Levels: Experience of the First Heating SeasonGreiter, I. / Schweigler, C. / Alefeld, G. / Scharfe, J. / ASME; Advanced Energy Systems Division et al. | 1994
- 93
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An Ammonia-Water Absorption Cycle With High Temperature LiftKahn, R. / Alefeld, G. / Hammerer, S. / Pfeifer, R. / ASME; Advanced Energy Systems Division et al. | 1994
- 101
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Absorption Heat Transformer Applications to Absorption Refrigerating MachineAhachad, M. / Charia, M. / ASME; Advanced Energy Systems Division et al. | 1994
- 109
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Thermodynamic Analysis and Pilot Plant Design for a Solar Assisted Double-Effect Refrigeration Absorption CycleRose, D. T. / Zuritz, C. A. / Perez-Blanco, H. / ASME; Advanced Energy Systems Division et al. | 1994
- 117
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Cycle Analysis of Air-Cooled, Double-Effect Absorption Heat Pump With Parallel Flow TypeOh, M. D. / Kim, S. C. / Kim, Y. L. / Kim, Y. I. / ASME; Advanced Energy Systems Division et al. | 1994
- 125
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Practical Operating of Small-Sized Air-Cooled Double-Effect Absorption Chiller-Heater by Using Lithium Bromide and AqueousTongu, S. / Makino, Y. / Ohnishi, K. / Nakatsugawa, S. / ASME; Advanced Energy Systems Division et al. | 1994
- 133
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Varied Flow Rate Applications for Commercial Absorption Liquid ChillersBedard, G. S. / ASME; Advanced Energy Systems Division et al. | 1994
- 141
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Enhancement of the ORNL Absorption Model and Simulation of Double-Effect Absorption Heat PumpMcGahey, K. R. / Garimella, S. / Cook, F. B. / Christensen, R. N. / ASME; Advanced Energy Systems Division et al. | 1994
- 141
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Enhancement of the ORNL absorption model and simulation of a double-effect absorption heat pumpMcGahey, K. / Garimella, S. / Cook, F.B. / Christensen, R.N. et al. | 1994
- 149
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Investigations on Lammellas in an Absorption Heat PumpStrenger, U. / Setterwall, F. / ASME; Advanced Energy Systems Division et al. | 1994
- 149
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Investigations on lamellas in an absportion heat pumpStrenger, U. / Setterwall, F. et al. | 1994
- 155
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Water Absorption in an Adiabatic Spray of Aqueous Lithium Bromide SolutionRyan, W. A. / ASME; Advanced Energy Systems Division et al. | 1994
- 163
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The Use of Boundary Layer Techniques in the Design of a Falling Film AbsorberConlisk, A. T. / ASME; Advanced Energy Systems Division et al. | 1994
- 171
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Location of Non-Absorbable Gases in a Simplified Absorber GeometryVliet, G. C. / Chen, W. / ASME; Advanced Energy Systems Division et al. | 1994
- 179
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A Spiral Fin Tube: A Novel Type of Falling Film Heat and Mass ExchangerSchwarzer, B. P. / Rahbar, M. S. / LeGoff, P. / ASME; Advanced Energy Systems Division et al. | 1994
- 185
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Vertical-Tube Aqueous LiBr Falling Film Absorption Using Advanced SurfacesMiller, W. A. / Perez-Blanco, H. / ASME; Advanced Energy Systems Division et al. | 1994
- 203
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Heat and Mass Transfer Mechanism in the Absorber of Water/LiBr Convectional Absorption Refrigerator: Experimental Examination by Visualized ModelNomura, T. / Nishimura, N. / Wei, S. / Yamaguchi, S. / ASME; Advanced Energy Systems Division et al. | 1994
- 203
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Heat and mass transfer mechanism in the absorber of water/LiBr conventional absorption refrigerator: experimental examination by visualized modelNomura, T. / Nishimura, N. / Wei, S. / Yamaguchi, S. / Kawakami, R. et al. | 1994
- 209
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A Counterflow Heat-Exchanger Analysis for the Design of Falling-Film AbsorbersPatnaik, V. / Perez-Blanco, H. / ASME; Advanced Energy Systems Division et al. | 1994
- 217
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Compact Bubble Absorber Design and AnalysisMerrill, T. / Setoguchi, T. / Perez-Blanco, H. / ASME; Advanced Energy Systems Division et al. | 1994
- 225
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Experimental Investigation of Heat and Mass Transfer in a Horizontal-Tube Falling-Film Absorber With Aqueous SolutionsGreiter, I. / Wagner, A. / Weiss, V. / Alefeld, G. / ASME; Advanced Energy Systems Division et al. | 1994
- 233
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Performance Modeling of a Triple Effect Absorption ChillerOuimette, M. S. / Herold, K. E. / ASME; Advanced Energy Systems Division et al. | 1994
- 243
-
Varying Heat Exchanger Parameters in the Triple-Effect Absorption CycleIvester, D. N. / Shelton, S. V. / ASME; Advanced Energy Systems Division et al. | 1994
- 251
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Absorption Heat Pumps Composed of Multiple Stages Either Independent or Belonging to a Unique ColumnLabidi, J. / Schwarzer, B. P. / LeGoff, P. / ASME; Advanced Energy Systems Division et al. | 1994
- 257
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Comparison of Multi-Effect Absorption CyclesZiegler, F. / Alefeld, G. / ASME; Advanced Energy Systems Division et al. | 1994
- 265
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Design and Evaluation of Hydrogen Joule-Thomson Sorption CryocoolersBowman, R. C. / Freeman, B. D. / Ryba, E. L. / Phillips, J. R. / ASME; Advanced Energy Systems Division et al. | 1994
- 273
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Simulation and Experimental Research of Single-Effect Absorption Refrigerators Driven by Waste Hot WaterHomma, R. / Nishiyama, N. / Wakimizu, H. / ASME; Advanced Energy Systems Division et al. | 1994
- 279
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Analysis of Technical Tasks for Improving the Safety of Ammonia Absorption Heat PumpsFujimaki, S. / Kawakami, R. / Takei, T. / Fujiwara, I. / ASME; Advanced Energy Systems Division et al. | 1994
- 287
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Gas-Fired Absorption Systems for Space Conditioning in Recreational VehiclesGarimella, S. / Christensen, R. N. / ASME; Advanced Energy Systems Division et al. | 1994
- 295
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Applications of Absorption Heat Cycles in the Pulp and Paper IndustryAbrahamsson, K. / Aly, G. / Jernqvist, A. / Stenstrom, S. / ASME; Advanced Energy Systems Division et al. | 1994
- 303
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Selection of Working Pair for Sorption Heat Pumps: A Computer Simulation StudyGierow, M. / Jernqvist, A. / ASME; Advanced Energy Systems Division et al. | 1994
- 311
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Development of an Air-Cooled Absorption Refrigerating Machine Using a New Working FluidOkano, T. / Asawa, Y. / Fujimoto, M. / Nishiyama, N. / ASME; Advanced Energy Systems Division et al. | 1994
- 315
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Development of Organic Working Fluids and Application to Absorption SystemsSawada, N. / Tanaka, T. / Mashimo, K. / ASME; Advanced Energy Systems Division et al. | 1994
- 321
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Experimental Measurements of an Absorption Heat Transformer With the Working Pair TFE-PyrZhuo, C. Z. / Machielsen, C. H. M. / ASME; Advanced Energy Systems Division et al. | 1994
- 327
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Heat and Mass Transfer in a Jet Ejector for Absorption SystemsDaltrophe, N. C. / Jelinek, M. / Borde, I. / ASME; Advanced Energy Systems Division et al. | 1994
- 333
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Computer simulation on dynamic behaviour of a hot water driven absorption chillerJeong, S. / Kang, B.H. / Lee, C.S. / Karng, S.W. et al. | 1994
- 333
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Computer Simulation on Dynamic Behavior of a Hot Water Driven Absorption ChillerJeong, S. / Kang, B. H. / Lee, C. S. / Karng, S. W. / ASME; Advanced Energy Systems Division et al. | 1994
- 339
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Controllable Cycle Investigation of Direct Fired Absorption Heat Pump for Residential Heating SystemsMardorf, L. / ASME; Advanced Energy Systems Division et al. | 1994
- 345
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Modular and Flexible Simulation of Advanced Absorption SystemsGrossman, G. / ASME; Advanced Energy Systems Division et al. | 1994
- 353
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Evaluation of Advanced Absorption Technologies for Canadian ApplicationsPainchaud, G. / ASME; Advanced Energy Systems Division et al. | 1994
- 361
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Modelling and Simulation of Absorption Heat CyclesAbrahamsson, K. / Jernqvist, A. / ASME; Advanced Energy Systems Division et al. | 1994
- 369
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Direct Second Law Analysis of Advanced Absorption Cycles Utilizing an Ideal Solution ModelCarmody, S. A. / Shelton, S. V. / ASME; Advanced Energy Systems Division et al. | 1994
- 375
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Thermodynamic Analysis of Absorption Heat CyclesAbrahamsson, K. / Jernqvist, A. / Aly, G. / ASME; Advanced Energy Systems Division et al. | 1994
- 385
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An Analysis of the Solar Absorption Cycle When Coupled With In-Slab Radiant Cooling PanelsAtaer, A. E. / Kilkis, B. / ASME; Advanced Energy Systems Division et al. | 1994
- 393
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Thermodynamics of Absorption Refrigeration: Ideal CyclesTozer, R. M. / James, R. W. / ASME; Advanced Energy Systems Division et al. | 1994
- 401
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Heat and Mass Transfer Characteristics of Composites for Adsorption Heat PumpsGuilleminot, J. J. / Chalfen, J. B. / Choisier, A. / ASME; Advanced Energy Systems Division et al. | 1994
- 407
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Concept and Study of a Double Effect Refrigeration Machine Based on the Sorption of Solid and Ammonia Gas and Controlled by Heat PipesMazet, N. / Meyer, P. / Neveu, P. / Spinner, B. / ASME; Advanced Energy Systems Division et al. | 1994
- 413
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Solid-Gas Reactions Applied to Thermotransformer DesignBougard, J. / Jadot, R. / Poulain, V. / ASME; Advanced Energy Systems Division et al. | 1994
- 419
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Modeling of Cycling Process of CaCl~2/CH~3OH Solid-Vapor Chemical Heat PumpLai, H. / Li, C. / Zheng, D. / Fu, J. / ASME; Advanced Energy Systems Division et al. | 1994
- 425
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Study on Heat Transfer in Tube Plate Adsorption ReactorMamiya, T. / Nikai, I. / ASME; Advanced Energy Systems Division et al. | 1994
- 433
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HVAC and Heat Pump Development Employing Complex Compound Working MediaRockenfeller, U. / Kirol, L. D. / ASME; Advanced Energy Systems Division et al. | 1994
- 439
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Development of Ice-Thermal Storage System Using an Adsorption ChillerHisaki, H. / Kobayashi, N. / Yonezawa, Y. / Morikawa, A. / ASME; Advanced Energy Systems Division et al. | 1994
- 445
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Performance of Adsorption and Heat-Mass Transfer of Zeolite 13X-H~2O) in an Adsorption Cooling SystemBaoqi, H. / Yingqiu, L. / Qin, W. / ASME; Advanced Energy Systems Division et al. | 1994
- 449
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Carbon/Ammonia Regenerative Adsorption Heat PumpJones, J. A. / ASME; Advanced Energy Systems Division et al. | 1994
- 457
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S.W.E.A.T. Thermomechanical Heat Pump Storage SystemDe Beijer, H. A. / Klein Horsman, J. W. / ASME; Advanced Energy Systems Division et al. | 1994
- 463
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Vapor Compression Heat Pump With Solution Circuit and Desorber/Absorber Heat ExchangeGroll, E. A. / Radermacher, R. / ASME; Advanced Energy Systems Division et al. | 1994
- 471
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Cycle simulation and CQP evaluation of absorption-compression hybrid heat pumps: heat amplifier typeSawada, N. / Minato, K. / Kunigi, Y. / Mochizuki, T. / Kashiwagi, T. et al. | 1994
- 471
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Cycle Simulation and COP Evaluation of Absorption-Compression Hybrid Heat Pumps: Heat Amplifier TypeSawada, N. / Minato, K. / Kunugi, Y. / Mochizuki, T. / ASME; Advanced Energy Systems Division et al. | 1994
- 477
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NH~3/H~2O System Absorption-Compression Hybrid Heat Pump COP Evaluation of Temperature Amplifier Type Heat PumpsKawada, A. / Furutera, M. / Hoshida, T. / Yumikura, T. / ASME; Advanced Energy Systems Division et al. | 1994
- 483
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Combined Vapor Compression-Double Effect Absorption Cycle for Air Conditioning: A New High Performance CycleBoer, D. / Huor, M. H. / Prevost, M. / Coronas, A. / ASME; Advanced Energy Systems Division et al. | 1994
- 487
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Design and Experimental Performance Evaluation of a Hybrid Chemical/Mechanical Heat PumpRahman, M. M. / Gui, F. / Scaringe, R. P. / ASME; Advanced Energy Systems Division et al. | 1994
- 493
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Measurement of Thermophysical Properties of Aqueous LiBr-Solutions at High Temperatures and ConcentrationsFeuerecker, G. / Scharfe, J. / Greiter, I. / Frank, C. / ASME; Advanced Energy Systems Division et al. | 1994
- 501
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Heat Transfer to Water and Water/Lithium Halide Salt Solutions in Nucleate Pool BoilingKamoshida, J. / Isshiki, N. / ASME; Advanced Energy Systems Division et al. | 1994
- 509
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Measurement of Bubble-Point Pressures for Binary LiBr/H~2O PairMurakami, K. / Sato, H. / Watanabe, K. / ASME; Advanced Energy Systems Division et al. | 1994
- 517
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Boiling Heat Transfer in High Temperature Generator of Absorption Chiller/HeaterFurukawa, M. / Enomoto, E. / Sekoguchi, K. / ASME; Advanced Energy Systems Division et al. | 1994
- 525
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Measurement of Mass Diffusivity With Holographic Interferometry for H~2O/NaOH and H~2O/LiBr Working PairsGierow, M. / Jernqvist, A. / ASME; Advanced Energy Systems Division et al. | 1994