Sahar Barzegar

1. Application of GNSS Radio Occultation Data for Determining the Boundary Layer Height in Iran

Barzegar Sahar, Sabetghadam Sameneh (2025)., IAQM 2025, 19-20 May, Tehran, Iran.

2. HF wave propagation through inhomogeneous magnetized plasmas: a simulation of mode conversion and stimulated electromagnetic emissions

Barzegar Sahar (2025)., PLASMA PHYSICS AND CONTROLLED FUSION, 67(5), 055027.

3. FDTD Simulation Study of Brillouin Scattering Emission Lines Stimulated by High Frequency Radio Waves in the Ionospheric Plasmas

Barzegar Sahar (2025)., Journal of the Earth and Space Physics, 50(4).

1. Atmospheric parameter prediction using GNSS radio occultation data and machine learning: A case study in central Iran

Barzegar Sahar, Sabetghadam Sameneh (2024)., Iranian Geophysical Conference (IGC21), 10-11 December, Tehran, Iran.

2. Simulation Study of Stimulated Brillouin Scattering in Ionosphere

Barzegar Sahar (2024)., Iranian Geophysical Conference (IGC21), 10-11 December, Tehran, Iran.

3. Radio Sounding and Tomography of Ionosphere based on GNSS

Barzegar Sahar, Khoshsima Masoud (2024)., Journal of Remote Sensing and Geoinformation Research, 2(2).

4. Current density generation in the vicinity of a magnetic null point

Sabri Somaiyeh, Barzegar Sahar (2024)., 11th Plasma Engineering and Physics of Plasma, 12-13 July, Tehran, Iran.

5. Particle-in-Cell Simulations of the Electron Temperature Anisotropy Driven Whistler Instability in Space Plasmas

Barzegar Sahar, Sabri Somaiyeh (2024)., 11th conference of engineering and physics of plasma, 6-7 July, Tehran, Iran.

6. Current density generation in the vicinity of a magnetic null point

Sabri Somaiyeh, Barzegar Sahar (2024)., 11th conference of engineering and physics of plasma, 6-7 July, Tehran, Iran.

7. Particle-in-Cell Simulations of the Electron Temperature Anisotropy Driven Whistler Instability in Space Plasmas

Barzegar Sahar, Sabri Somaiyeh (2024)., 11th Plasma Engineering and Physics of Plasma, 6-7 July, Tehran, Iran.