The Kappa-A and Kappa-B distributions discussed in section II in... | Download Scientific Diagram
The α-moment of the potential, $1+{\rm{\Phi }}(r)/({\kappa... | Download Scientific Diagram
The dependence of adiabatic compressibility coefficient S on mole... | Download Scientific Diagram
Adiabatic versus non-adiabatic electron transfer at 2D electrode materials | Nature Communications
Adiabatic quantum linear regression | Scientific Reports
Elastocaloric-effect-induced adiabatic magnetization in paramagnetic salts due to the mutual interactions | Scientific Reports
Dependence of adiabatic ðk S Þ and isothermal ðk T Þ compressibilities... | Download Scientific Diagram
Isentropenexponent – Wikipedia
The α-moment of the potential, $1+{\rm{\Phi }}(r)/({\kappa... | Download Scientific Diagram
Different examples of Kappa functions, all normalized to the same value... | Download Scientific Diagram
New Publication: “Different heating of Maxwellian and kappa distributions at shocks” by Michael Gedalin and Natalia Ganushkina – SHARP
Example from class. Weight is removed from a piston, resulting in pressure drop from 60 bar to 30 bar. Expansion is irreversib
Inferring Source Properties of Monoenergetic Electron Precipitation From Kappa and Maxwellian Moment‐Voltage Relationships - Hatch - 2019 - Journal of Geophysical Research: Space Physics - Wiley Online Library
The kappa distribution plotted for kappa index κ 0 = 1 and various... | Download Scientific Diagram
Investigation of sheath properties in a warm plasma with two kappa-distributed electrons and monoenergetic electron beam | Scientific Reports
Anisotropic kappa distributions with heterogeneous correlation equal to... | Download Scientific Diagram
Effective dimensionality d eff (red) and the respective adiabatic... | Download Scientific Diagram
Suprathermal Populations and Their Effects in Space Plasmas: Kappa vs. Maxwellian | SpringerLink
Investigation of sheath properties in a warm plasma with two kappa-distributed electrons and monoenergetic electron beam | Scientific Reports
Four qubits: adiabatic coherent time development due to entanglement to environment
USING KAPPA FUNCTIONS TO CHARACTERIZE OUTER HELIOSPHERE PROTON DISTRIBUTIONS IN THE PRESENCE OF CHARGE-EXCHANGE - IOPscience
