We analyze the variability of the spectral solar irradiance during the period from 7 January 2010 until 20 January 2010 as measured by the Herzberg channel (190 - 222nm) of the Large Yield RAdiometer (LYRA) onboard PROBA2. In this period of time, observations by the LYRA nominal unit experienced degradation and the signal produced by the Herzberg channel frequently jumped from one level to another. Both factors significantly complicate the analysis. We present the algorithm that allowed us to extract the solar variability from the LYRA data and compare the results with SORCE/SOLSTICE measurements and with modeling based on the Code for the Solar Irradiance (COSI
We have compared three years of daily CaII K-line images from the Big Bear Solar Observatory (BBSO) ...
The Sun Watcher Using Active Pixel System Detector and Image Processing (SWAP) telescope and Large Y...
International audienceThis work deals with the temporal variability of daily means of the global bro...
International audienceThe first and preliminary results of the photometry of Large Yield Radiometer ...
International audienceSolar EUV irradiance affects the upper atmospheres of planets and is a fundame...
The Large-Yield Radiometer (LYRA) is a radiometer that has monitored the solar irradiance at high ca...
The first and preliminary results of the photometry of Large Yield Radiometer (LYRA) and Sun Watcher...
LYRA is a solar radiometer, part of the PROBA-2 micro-satellite payload. The PROBA-2 mission has bee...
International audienceThe Large Yield Radiometer (LYRA) is an XUV-EUV-MUV (soft X-ray to mid-ultravi...
Aims. We test the reliability of the observed and calculated spectral irradiance variations between ...
International audienceThe LYRA instrument onboard ESA PROBA2 satellite will provide 6-hourly solar i...
Aims. LYRA, the Large Yield Radiometer, is a vacuum ultraviolet (VUV) solar radiometer, planned to b...
Context. A comparison of solar and stellar brightness variations is hampered by the difference in sp...
A spectrum of the four-decade solar irradiance record has a prominent cluster of power for periodici...
Aims. We investigate how well modeled solar irradiances agree with measurements from the SORCE satel...
We have compared three years of daily CaII K-line images from the Big Bear Solar Observatory (BBSO) ...
The Sun Watcher Using Active Pixel System Detector and Image Processing (SWAP) telescope and Large Y...
International audienceThis work deals with the temporal variability of daily means of the global bro...
International audienceThe first and preliminary results of the photometry of Large Yield Radiometer ...
International audienceSolar EUV irradiance affects the upper atmospheres of planets and is a fundame...
The Large-Yield Radiometer (LYRA) is a radiometer that has monitored the solar irradiance at high ca...
The first and preliminary results of the photometry of Large Yield Radiometer (LYRA) and Sun Watcher...
LYRA is a solar radiometer, part of the PROBA-2 micro-satellite payload. The PROBA-2 mission has bee...
International audienceThe Large Yield Radiometer (LYRA) is an XUV-EUV-MUV (soft X-ray to mid-ultravi...
Aims. We test the reliability of the observed and calculated spectral irradiance variations between ...
International audienceThe LYRA instrument onboard ESA PROBA2 satellite will provide 6-hourly solar i...
Aims. LYRA, the Large Yield Radiometer, is a vacuum ultraviolet (VUV) solar radiometer, planned to b...
Context. A comparison of solar and stellar brightness variations is hampered by the difference in sp...
A spectrum of the four-decade solar irradiance record has a prominent cluster of power for periodici...
Aims. We investigate how well modeled solar irradiances agree with measurements from the SORCE satel...
We have compared three years of daily CaII K-line images from the Big Bear Solar Observatory (BBSO) ...
The Sun Watcher Using Active Pixel System Detector and Image Processing (SWAP) telescope and Large Y...
International audienceThis work deals with the temporal variability of daily means of the global bro...