… For the gyrosynchrotron (GS) regime, when nonrelativistic and mildly relativistic particles are
involved—a typical case, eg, for solar and stellar flares—and the synchrotron approximation …

… codes free from the mentioned limitations are called for. To remedy this situation, we extended
our fast codes … We accomplished this by implementing fast codes for a distribution function …

… In this work, we present approximate GS codes capable of fast calculating the emission from
… The codes are implemented as the executable modules callable from IDL; they are made …

… In this work, we present approximate GS codes capable of fast calculating the emission from
… The codes are implemented as the executable modules callable from IDL; they are made …

… a particle is fast enough the drag force acting on the particle will decrease the faster it moves…
the synthetic diagnostic SOFT around an orbit following code. The benefit of using these …

… We searched for thermal gyro-synchrotron radio emission from a … power-law and thermal
gyro-synchrotron emission models. The … For convenience, we include the python code used to …

… The model also brings computational benefits, and in typical runs it is commonly faster than
… In this work, we use CODE [37, 38] to solve the spatially homogeneous kinetic equation for …

… (gyro-motion) that most readily produces synchrotron radiation which acts as a power loss
mechanism for runaways. The details of synchrotron … the total synchrotron power radiated by a …

… of synchrotron radiation in stochastic magnetic fields, obtained using the MHD code NIMROD,
is … Finally, relativistic guiding-center models are faster to run than full orbit models, and this …

… tracing code. A high-order guiding-centre simulation approach with synchrotron radiation
(… could be made more applicable by averaging out the fast gyro-motion. However, the first-…