Based on a calculation of the Poynting vector flux in the neighbourhood of an accelerating point charge, Singal (2016 Eur. J. Phys. 37 045210) has claimed that the instantaneous rate of energy radiated by the charge differs from the Larmor formula. It is argued in this comment that Singal's proposed formula for the radiated power is physically untenable because it predicts a negative rate of energy loss in physically realisable situations. The cause of Singal's erroneous conclusion is identified as being a failure to realise that the bound electromagnetic field energy of an accelerating charge differs by the Schott energy from the bound field energy of a charge moving at a constant velocity equal to the current velocity of the accelerating ...
Electromagnetic energy radiated by antennas working in both the frequency domain and time domain is ...
Electromagnetic energy radiated by antennas working in both the frequency domain and time domain is ...
Electromagnetic energy radiated by antennas working in both the frequency domain and time domain is ...
A core topic in graduate courses in electrodynamics is the description of radiation from an accelera...
Maxwell’s equations applied to an accelerating charge lead to the prediction of emitted radiation th...
In the paper [B.M.Bolotovskii, S.N.Stoliarov, Uspekhi Fizicheskich Nauk, v.162, No 3, p.195, 1992] t...
Efforts to suggest a classical model for the hydrogen atom are discouraged by a conclusion, based on...
The theory of electrodynamics of radiating charges is reviewed with special emphasis on the role of ...
In a recent Letter, V. Berezovsky, H. Alam, and L. Schaechter have reported 'acceleration of electro...
Efforts to suggest a classical model for the hydrogen atom are discouraged by a conclusion, based on...
We propose a modification in the familiar Larmor formula for the total power radiated by a non-relat...
[1] It is shown that the expression of Shao et al. [2004] for the radiation component of electric fi...
For discussion ABSTRACT. In the article the standard problem, which arises in classical electrodyna...
Deduce the potentials, electromagnetic fields and Poynting vector of an electric charge q with rest ...
Deduce the potentials, electromagnetic fields and Poynting vector of an electric charge q with rest ...
Electromagnetic energy radiated by antennas working in both the frequency domain and time domain is ...
Electromagnetic energy radiated by antennas working in both the frequency domain and time domain is ...
Electromagnetic energy radiated by antennas working in both the frequency domain and time domain is ...
A core topic in graduate courses in electrodynamics is the description of radiation from an accelera...
Maxwell’s equations applied to an accelerating charge lead to the prediction of emitted radiation th...
In the paper [B.M.Bolotovskii, S.N.Stoliarov, Uspekhi Fizicheskich Nauk, v.162, No 3, p.195, 1992] t...
Efforts to suggest a classical model for the hydrogen atom are discouraged by a conclusion, based on...
The theory of electrodynamics of radiating charges is reviewed with special emphasis on the role of ...
In a recent Letter, V. Berezovsky, H. Alam, and L. Schaechter have reported 'acceleration of electro...
Efforts to suggest a classical model for the hydrogen atom are discouraged by a conclusion, based on...
We propose a modification in the familiar Larmor formula for the total power radiated by a non-relat...
[1] It is shown that the expression of Shao et al. [2004] for the radiation component of electric fi...
For discussion ABSTRACT. In the article the standard problem, which arises in classical electrodyna...
Deduce the potentials, electromagnetic fields and Poynting vector of an electric charge q with rest ...
Deduce the potentials, electromagnetic fields and Poynting vector of an electric charge q with rest ...
Electromagnetic energy radiated by antennas working in both the frequency domain and time domain is ...
Electromagnetic energy radiated by antennas working in both the frequency domain and time domain is ...
Electromagnetic energy radiated by antennas working in both the frequency domain and time domain is ...