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Publications Last update: Jul 28, 2017

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Solar plant analysis →

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Solar plant analysis Back to Top ↑
DOI Annual energy and environment analysis of solarized steam injection gas turbine (STIG) cycle for indian regions
    Selwynraj A.E., Iniyan S., Suganthi L., Livshits M., Polonsky G., Kribus A.
    Applied Thermal Engineering 94, 679-696, 2015  
DOI Exergy analysis and annual exergetic performance evaluation of solar hybrid STIG (steam injected gas turbine) cycle for Indian conditions
    Selwynraj A.I., Iniyan S., Polonsky G., Suganthi L., Kribus A.
    Energy 80, 414-427, 2015
DOI An economic analysis of solar hybrid steam injected gas turbine (STIG) plant for Indian conditions
    Selwynraj A.I., Iniyan S., Polonsky G., Suganthi L., Kribus A.
    Applied Thermal Engineering 75, 1055-1064, 2015
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DOI
Annual Thermodynamic Analysis of Solar Power with Steam Injection Gas Turbine (STIG) Cycle for Indian Conditions
    Selwynraj A.I., Iniyan S., Suganthi L., Livshits M., Polonsky G., Kribus A.
    Energy Procedia 57, 2920-2929, 2014
DOI Annual performance of the solar hybrid STIG cycle
    Polonsky G., Livshits M., Selwynraj A.I., Iniyan S., Suganthi L., Kribus A.
    Solar Energy 107, 278-291, 2014
Concentrating solar power in Europe, the Middle East and North Africa: achieving its potential
    Pitz-Paal R., Amin A., Bettzuge M., Eams P., Flamant G., Holmes J., Kribus A., van der Laan H.,
    Martinez C.L., Novo F.G., Papagiannakopoulos, Pihl E., Smith P., Wagner H.J.,
    J. Energy & Power Engineering 7, 219-228, 2013
Performance and Water Consumption of the Solar Steam-Injection Gas Turbine Cycle
    Livshits M. and Kribus A.
    J. Solar Energy Engineering 135, 011020, 2013
Concentrating solar power in Europe, the Middle East and North Africa: a review of development issues and potential to 2050
    Pitz-Paal R., Amin A., Bettzuge M., Eams P., Flamant G., Holmes J., Kribus A., van der Laan H.,
    Martinez C.L., Novo F.G., Papagiannakopoulos, Pihl E., Smith P., Wagner H.J.,
    J. Solar Energy Engineering 134, 024501, 2012
Solar hybrid Steam Injected Gas turbine (STIG)
    Livshits M. and Kribus A.
    Solar Energy 86, 190-9, 2012
Water desalination with concentrating photovoltaic/thermal (CPVT) systems
    G. Mittelman, A. Kribus, O. Mouchtar, A. Dayan
    Solar Energy 83, 1322-1334, 2009
Potential of Polygeneration With Solar Thermal and Photovoltaic Systems
    A. Kribus, G. Mittelman
    J. Solar Energy Engineering 130, 011001, 2008
Solar Cooling with Concentrating Photovoltaic/ Thermal (CPVT) Systems
    G. Mittelman, A. Kribus, A. Dayan
    Energy Conversion & Management 48, 2481-2490, 2007
A miniature concentrating photovoltaic and thermal system
    A. Kribus, D. Kaftori, G. Mittelman, A. Hirshfeld, Y. Flitsanov, A. Dayan
    Energy Conversion & Management 47, 3582-3590, 2006
Analysis of potential conversion efficiency of a solar hybrid system with high-temperature stage
    Vorobiev Y.V., González-Hernández J., and Kribus A.
    J. Solar Energy Engineering 128, 258-260, 2006
Thermal Integral Micro-Generation systems for solar and conventional use
    Kribus, A.
    J. Solar Energy Engineering 124, 189-197, 2002
A high-efficiency Triple Cycle for solar power generation
    Kribus A.
    Solar Energy 72, 1-11, 2002
The TROF (Tower Reflector with Optical Fibers): a new degree of freedom for solar energy systems
    Zik O., Karni J. and Kribus A.
    Solar Energy 67, 13-22, 2000
Optical fibers and solar power generation
    Kribus A., Zik O., and Karni J.
    Solar Energy 68, 405-416, 2000
A solar-driven Combined Cycle power plant
    Kribus A., Zaibel R., Carey D., Segal A., and Karni J.
    Solar Energy 62, 121-129, 1998
Solar thermal conversion Back to Top ↑
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DOI
Concentrated Solar Power: Components and materials
    Kribus A.
    EPJ Web of Conferences 148, 00009, July 2017
DOI Experimental study of ceramic foams used as high temperature volumetric solar absorber
    Mey-Cloutier S., Caliot C., Kribus A., Gray Y., Flamant G.
    Solar Energy J. 136, 226-235, 2016
DOI The promise and challenge of solar volumetric absorbers
    Kribus A., Gray Y., Grijnevich M., Mittelman A., Mey-Cloutier S., and Caliot C.
    Solar Energy J. 110, 463-481, 2014
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DOI
Parametric Study of Volumetric Absorber Performance
    Kribus A., Grijnevich M., Gray J., Caliot C.
    Energy Procedia 49, 408-417, 2014
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DOI
Optimization of High Temperature SiC Volumetric Solar Absorber
    Mey S., Caliot C., Flamant G., Kribus A., Gray J.
    Energy Procedia 49, 478-487, 2014
book cover Concentrating Solar Thermal Power
    Kribus A.
    In: Fundamentals of Materials for Energy and Environmental Sustainability
    Eds. D. Ginley and D. Cahen, Cambridge University Press, 2012
Experimentally determined optical properties of a polydisperse carbon black cloud for a solar particle receiver
    Bertocchi R., Kribus A., and Karni J.
    J. Solar Energy Engineering 126, 833-841, 2004
Experimental evaluation of a non-isothermal high temperature solar particle receiver
    Bertocchi R., Karni J. and Kribus A.,
    Energy 29, 687-700, 2004
Performance of the Directly-Irradiated Annular Pressurized Receiver (DIAPR) operating at 20 bar and 1,200°C.
    Kribus A., Doron P., Rubin R., Reuven R., Taragan E., Duchan S., and Karni J.
    J. Solar Energy Engineering 123, 10-17, 2001
A multistage solar receiver: the route to high temperature
    Kribus, A., Doron P., Rubin R., Karni J., Reuven R., Duchan S. and Taragan E.
    Solar Energy 67, 3-11, 2000
A high-pressure window for volumetric solar receivers
    Karni J., Kribus A., Ostraich B., and Kochavi E.
    J. Solar Energy Engineering 120, 101-107, 1998
The Porcupine: a novel high-flux absorber for volumetric solar receivers
    Karni, J., A. Kribus, R. Rubin, and P. Doron
    J. Solar Energy Engineering 120, 85-95, 1998
Optimal parallel flow in solar collectors for non-uniform irradiance
    Spirkl, W., Ries, H., and Kribus, A.
    J. Solar Energy Engineering 119, 156-159, 1997
Performance of surface and volumetric solar thermal absorbers
    Spirkl, W., Ries, H., and Kribus, A.
    J. Solar Energy Engineering 119, 152-155, 1997
The DIAPR: a high-pressure, high-temperature solar receiver
    Karni, J., Kribus, A., Rubin, R., Sagie, D., Doron, P. and Fiterman, A.
    J. Solar Energy Engineering 119, 74-78, 1997
The effect of irradiation directional distribution on absorption in volumetric solar receivers
    Doron, P. and Kribus, A.
    J. Solar Energy Engineering 119, 68-73, 1997
Inherent limitations of volumetric solar receivers
    Kribus, A., Ries, H., and Spirkl, W.
    J. Solar Energy Engineering 118, 151-155, 1996
Non-isothermal receivers
    Ries, H., Kribus, A. and Karni, J.
    J. Solar Energy Engineering 117, 259-261, 1995
Optical performance of a conical window for solar receivers
    Kribus, A.
    J. Solar Energy Engineering 116, 47-52, 1994
Solar photonic conversion Back to Top ↑
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DOI
Minority carrier recombination of ordered Ga0.51In0.49P at high temperatures
    Dagan R., Rosenwaks Y., Kribus A., Walker A. W., Ohlmann J., and Dimroth F.
    Applied Physics Letters 109, 222106, 2016
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DOI
Solar energy conversion with photon- enhanced thermionic emission (Topical review)
    Kribus A. and Segev G.
    J. Optics 18, 073001, 2016
DOI Investigation of contact grid geometry for photon-enhanced thermionic emission (PETE) silicon based solar converters
    Sandovsky R., Segev G., and Kribus A.
    Solar Energy J. 133, 259-273, 2016
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DOI
Negative space charge effects in photon-enhanced thermionic emission solar converters
    Segev G., Weisman D., Rosenwaks Y., and Kribus A.
    Applied Physics Letters 107, 013908, 2015
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DOI
Limit of efficiency for photon-enhanced thermionic emission vs. photovoltaic and thermal conversion
    Segev G., Rosenwaks Y., and Kribus A.
    Solar Energy materials & Solar Cells 140, 464-476, 2015
DOI Loss mechanisms and back surface field effect in photon enhanced thermionic emission converters
    Segev G., Rosenwaks Y., and Kribus A.
    J. Applied Physics 114, 044505, 2013
High performance isothermal photo-thermionic solar converters
    Segev G., Kribus A., and Rosenwaks Y.
    Solar Energy Materials & Solar Cells 113, 114-123, 2013
Performance of CPV modules based on vertical multi-junction cells under non-uniform illumination
    Segev G. and Kribus A.
    Solar Energy J. 88, 120-128, 2013
Efficiency of Photon Enhanced Thermionic Emission Solar Converters
    Segev G., Rosenwaks Y., and Kribus A.
    Solar Energy Materials & Solar Cells 107, 125-130, 2012
Equivalent Circuit Models for Triple-junction Concentrator Solar Cells
    Segev G., Mittelman G., and Kribus A.
    Solar Energy Materials & Solar Cells 98, 57-65, 2012
Vertical junction Si cells for concentrating photovoltaics
    Pozner R., Segev G., Sarfaty R., Kribus A. and Rosenwaks Y.
    Prog. Photovolt: Res. Appl. 20, 197-208, 2012
Impact of the Thomson effect on concentrating photovoltaic cells
    Ari N. and Kribus A.
    Solar Energy Materials & Solar Cells 94, 1421-1425, 2010
Impact of the Peltier effect on concentrating photovoltaic cells
    Ari N. and Kribus A.
    Solar Energy Materials & Solar Cells 94, 2446-2450, 2010
Energy Storage Back to Top ↑
DOI High-Temperature Latent-Heat Energy Storage Concept Based on Thermoelectronic Energy Conversion
    Voesch W., Wanke R., Rastegar I., Braun W., Kribus A., Mannhart J.
    Energy Technology 10.1002/ente.201700273, 2017  
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DOI
Thermo-electro-chemical storage (TECS) of solar energy
    Wenger E., Epstein M., Kribus A.
    Applied Energy 109, 788-799, 2017  
DOI Performance of the solar hybrid STIG cycle with latent heat storage
    Polonsky G., Kribus A.
    Applied Energy 155, 791-803, 2015  
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DOI
PCM Storage System with Integrated Active Heat Pipe
    Yogev R., Kribus A.
    Energy Procedia 49, 1061-1070, 2014
DOI Operation strategies and performance of solar thermal power plants operating from PCM storage
    Yogev R., Kribus A.
    Solar Energy 95, 170-80, 2013
PCM storage for solar DHW: An unfulfilled promise?
    E. Talmatsky, A. Kribus
    Solar Energy 82, 861-869, 2008
Solar concentrators Back to Top ↑
DOI Kaleidoscope homogenizers sensitivity to shading
    Y. Meller, A. Kribus
    Solar Energy J., 88, 204-214, 2013
Continuous tracking of heliostats
    A. Kribus, I. Vishnavetsky, M. Meri, A. Yogev and A. Sytnik
    J. Solar Energy Engineering, 126, 842-849, 2004.
Closed loop control of heliostat fields
    A. Kribus, I. Vishnevetsky, A. Yogev, and T. Rubinov
    Energy 29, 905-913, 2004
Comparison of two sun tracking methods in the application of heliostat field
    Y.T. Chen, A. Kribus, B. H. Lim, C.S. Lim, K. K. Chong, J. Karni, R. Buck, and A. Pfahl
    J. Solar Energy Engineering 126, 638-644, 2004
LiMoNAED: a Limited Motion, Non-shading, Asymmetric, Ecliptic-tracking Dish
    Kribus, A., and Ries, H.
    Solar Energy 73, 337-344, 2002
Optical in-situ assessment of a nonimaging secondary concentrator in a solar tower
    Kribus A., and Timinger A.
    J. Solar Energy Engineering 124, 223-229, 2002
Optimized secondary concentrators for a partitioned central receiver system
    Timinger A., Spirkl W., Kribus A. and Ries H.
    Solar Energy 69, 153-162, 2000
Optical assessment of nonimaging concentrators
    Timinger A., Kribus A., Ries H., Smith T., and Walther M.
    Applied Optics 39, 5679-5684, 2000
Facetted concentrators optimized for homogeneous radiation
    Timinger A., Kribus A., Doron P., Ries H.
    Applied Optics 39, 1152-1158, 2000
Performance of a rectangular secondary concentrator with an asymmetric heliostat field
    Kribus, A., Huleihil, M., Timinger A., and Ben-Mair R.
    Solar Energy 69, 139-151, 2000
Performance limitations of heliostat fields
    Kribus A., Krupkin V., Yogev A., and Spirkl W.
    J. Solar Energy Engineering 120, 240-246, 1998
Non-axisymmetric reflectors concentrating radiation from an asymmetric heliostat field onto a circular absorber
    Spirkl W., Timinger A., Ries H., Kribus A., and Muschaweck J.
    Solar Energy 63, 23-30, 1998
Extension of the Hermite Expansion Method for Cassegrainian solar central receiver systems
    Kribus A., Zaibel R., and Segal A.
    Solar Energy 63, 337-343, 1998
Heat transfer and thermodynamics Back to Top ↑
Performance of heat engines with non-zero heat capacity
    Odes R. and Kribus A.
    Energy Conversion and Management 65, 108-119, 2013
Analysis of a microscale 'Saturation Phase-change Internal Carnot Engine'
    Lurie E. and Kribus A.
    Energy Conversion and Management 51, 1202-1209, 2010
A high-efficiency parallel solution of the Radiative Transfer Equation
    Tal J., Ben-Zvi R., and Kribus A.
    Numerical Heat Transfer B 44, 295-308, 2003
Systematic errors in the measurement of emissivity due to directional effects
    Kribus A., Vishnevetsky I., Rotenberg E., and Yakir D.
    Applied Optics 42, 1839-1846, 2003
Effective radiative properties of a cylinder array
    Zhang C., Kribus A., Ben-Zvi R.
    J. Heat Transfer 124, 198-200, 2002
Measurements of velocity fields in finite cylinder arrays with and without tip clearance
    Avisar B., Shemer L., and Kribus A.
    Experimental Thermal and Fluid Science 24, 157-167, 2001
Volumetric optical properties of fully anisotropic participating media
    Zhang C., Kribus A. and Ben-Zvi R.
    J. Quant. Spectr. Radiat. Transfer 69, 415-430, 2001
Radiative transport in complex anisotropic media
    Kribus A., Zhang C., and Ben-Zvi R.
    In: Fluid Mechanics and the Environment: Dynamical Approaches,
    Lecture Notes in Physics, J.L. Lumley (Ed.), 151-162, 2001, Springer
DOTS: Pseudo-Time-Stepping solution of the Discrete-Ordinate Equations
    Fiterman A., Ben-Zvi R., and Kribu, A.
    Numerical Heat Transfer B 25, 163-183, 1999
Others Back to Top ↑
Synergistic effect of heat and solar UV on DNA damage and water disinfection of E. coli and bacteriophage MS2
    Theitler D.J., Nasser A., Gerchman Y., Kribus A., Mamane H.
    J. Water & Health 10, 605-618, 2012
A high temperature solar particle receiver
    Bertocchi R., Karni J., and Kribus A.
    J. Solar Energy Engineering 126, 826, 2004 (Solar Scenery)
Heat transfer in miniature heat engines
    Kribus A.
    Heat Transfer Engineering 25, 1-3, 2004 (Guest Editorial)
Buoyancy-induced flow of a tracer in vertical conduits
    Ronen, D., Yechieli, Y., and Kribus, A.
    Water Resources Research 31, 1167-1173, 1995
Instability of strongly nonlinear waves in vortex flows
    Kribus A. and Leibovich S.
    J. Fluid Mechanics 269, 247-264, 1994
Large-amplitude wavetrains and solitary waves on vortices
    Leibovich S. and Kribus A.
    J. Fluid Mechanics 216, 459-504, 1990
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