Klarissa Niedermeier
机构: Karlsruhe Institute of Technology
每年引用次数
引用次数
引用: 223
H-指数: 8
I10-指数 : 8
出版物: 21
Entropy Generation Minimization Analysis of Solar Salt, Sodium, and Lead–Bismuth Eutectic as High Temperature Heat Transfer Fluids
Jonathan Flesch , Luca Marocco , Andreas Fritsch , Klarissa Niedermeier
Journal of Heat Transfer-transactions of The Asme 142 ( 4) 1 -10
3
2020
Thermodynamic Analysis of High-Temperature Energy Storage Concepts Based on Liquid Metal Technology
Tim Laube , Luca Marocco , Klarissa Niedermeier , Julio Pacio
Energy technology 8 ( 3) 1900908
1
2020
Performance of molten sodium vs. molten salts in a packed bed thermal energy storage
Klarissa Niedermeier , Luca Marocco , Jonathan Flesch , Gowtham Mohan
Applied Thermal Engineering 141 368 -377
40
2018
Experimental investigations on the design of a dual-media thermal energy storage with liquid metal
Franziska Müller-Trefzer , Klarissa Niedermeier , Markus Daubner , Thomas Wetzel
Applied Thermal Engineering 213 118619
2
2022
Concentrating Solar Power with Liquid Metals as Heat Transfer Fluids
Frank Fellmoser , Jonathan Flesch , Markus Daubner , Franziska Müller-Trefzer
Annual Report 2019 of the Institute for Nuclear and Energy Technologies 35 -37
1
2021
Theoretical and experimental studies of dual-media thermal energy storage with liquid metal
Klarissa Niedermeier , Franziska Mueller-Trefzer , Markus Daubner , Luca Marocco
AIP Conference Proceedings 2445 ( 1)
2
2022
Screening of Filler Material for a Packed‐Bed Thermocline Energy Storage Test Facility with Lead–Bismuth Eutectic as the Heat Transfer Fluid
Franziska Müller‐Trefzer , Annette Heinzel , Robin Hesse , Alfons Weisenburger
Energy Technology 12 ( 2) 2300781 -2300781
2024
Design of the LIMELIGHT Test Rig for Component Testing for High-Temperature Thermal Energy Storage with Liquid Metals
Klarissa Niedermeier , Martin Lux , Anisa Purwitasari , Alfons Weisenburger
Processes 11 ( 10) 2975 -2975
2023
Liquid metal technology research at Karlsruhe Liquid Metal Laboratory 2020–Fueling sustainable energy and process technology by innovative approaches
Markus Daubner , Frank Fellmoser , Christoph Hofberger , Marta Kamienowska
Annual Report 2020 of the Institute for Thermal Energy Technology and Safety 7762 31 -31
2022
Experimental Demonstration of the Production of Hydrogen and Water‐Free Formaldehyde Using Sodium Vapor
Marta Kamienowska , Max Philipp Deutschmann , Michael Bender , Leonid Stoppel
Chemie Ingenieur Technik
Filler Material Screening for a Dual-Media Energy Storage with Liquid Metal as Heat Transfer Fluid
Franziska Müller-Trefzer , Robin Hesse , Klarissa Niedermeier , Annette Heinzel
Liquid Metal Technology for Energy Conversion, Storage and Process Technology
Markus Daubner , Benjamin Dietrich , Ines Duran , Frank Fellmoser
Annual Report 2021 of the Institute for Thermal Energy Technology and Safety 25 -25
Parametric study of filler size and properties for a liquid-metal thermal energy storage
Klarissa Niedermeier , Franziska Müller-Trefzer , Luca Marocco
Applied Thermal Engineering 212 118568 -118568
5
2022
Numerical investigation of a thermal storage system using sodium as heat transfer fluid (KIT Scientific Reports; 7755)
Klarissa Niedermeier
KIT Scientific Publishing 7755
10
2019
A perspective on high‐temperature heat storage using liquid metal as heat transfer fluid
Klarissa Niedermeier
Energy Storage 5 ( 8) e530 -e530
5
2023
Device and method for thermal-electrochemical energy storage and energy provision
Jonathan Flesch , Klarissa Niedermeier , Dennis Otte
1
2024
Liquid metals for solar power systems
J Flesch , K Niedermeier , A Fritsch , D Musaeva
IOP Conference Series: Materials Science and Engineering 228 ( 1) 012012
5
2017
LIQUID METAL AS HEAT TRANSFER FLUID IN DUAL-MEDIA SENSIBLE AND LATENT HEAT STORAGE
K Niedermeier , S Sinning , F Müller-Trefzer , L Marocco
LOW-PRANDTL NUMBER HEAT TRANSFER FLUIDS IN PACKED-BED HEAT STORAGE
EA Schmidt , M Zehnder , F Fellmoser , K Niedermeier
Proceedings of the 18th UK Heat Transfer Conference 9 11 -11
2024
Experimental results from a high heat flux solar furnace with a molten metal-cooled receiver SOMMER
F. Fellmoser , J. Flesch , T. Wetzel , J. Pacio
Solar Energy 221 176 -184
2021