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Neha Kondedan
Neha Kondedan
PhD student at Stockholm University
Zweryfikowany adres z fysik.su.se
Tytuł
Cytowane przez
Cytowane przez
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Wide-range thin-film ceramic–metal-alloy thermometers with low magnetoresistance
NA Fortune, JE Palmer-Fortune, A Trainer, A Bangura, N Kondedan, ...
Physical Review Applied 20 (5), 054016, 2023
52023
Eu Doping in the GdCd7.88 Quasicrystal and Its Approximant Crystal GdCd6
F Denoel, YC Huang, N Kondedan, A Rydh, C Pay Gómez, R Mathieu
Inorganic Chemistry 63 (11), 5040-5051, 2024
22024
Setup of high resolution thermal expansion measurements in closed cycle cryostats using capacitive dilatometers
NK Rajak, N Kondedan, H Jan, SD Navya, A Kaipamangalath, ...
Journal of Physics Communications 5 (12), 125004, 2021
22021
Split-gasket approach to the integration of electrical leads into diamond anvil cells
N Kondedan, U Häussermann, A Rydh
arXiv preprint arXiv:2502.01457, 2025
12025
Miniaturized chip calorimeter for high-pressure cells at low temperature
N Kondedan, A Rydh
arXiv preprint arXiv:2501.17659, 2025
12025
XPCS at elevated pressure and cryogenic temperatures: Multicomponent dynamics in amorphous ice
K Amann-Winkel, A Karina, H Li, T Eklund, M Ladd-Parada, B Massani, ...
2024
Thin Film NiCr-, TiCr-and CuNi-Based Cermets for Low-Temperature Ultra-Low Magnetoresistance Thermometers
JE Palmer-Fortune, NA Fortune, A Uprety, VB Backman, N Kondedan, ...
JOM, 1-9, 2024
2024
Wide Range Ceramic Metal-Alloy Thin Film Thermometers for High Magnetic Fields
N Fortune, J Palmer-Fortune, A Trainer, A Bangura, N Kondedan, A Rydh
Bulletin of the American Physical Society, 2024
2024
XPCS at Elevated Pressure and Cryogenic Temperatures: Multicomponent Dynamics in Amorphous Ice
A Karina, H Li, T Eklund, M Ladd-Parada, B Massani, M Filianina, ...
2024
Calorimetry under extreme conditions
N Kondedan
Stockholm University, 2023
2023
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