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Volumn 521, Issue 9, 2010, Pages
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Imaging of stellar surfaces with the Occamian approach and the least-squares deconvolution technique
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Author keywords
methods: data analysis; stars: activity; stars: imaging
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Indexed keywords
DECONVOLUTION TECHNIQUES;
DOPPLER IMAGING;
EXCITATION ENERGY LEVEL;
INVERSION CODE;
INVERSION TECHNIQUES;
LEAST SQUARE;
LINE PROFILES;
METHODS:DATA ANALYSIS;
NOISE LEVELS;
PHOTON NOISE;
ROTATING STARS;
SIGNAL TO NOISE;
SIMULATED DATA;
SPATIAL RESOLUTION;
SPECTRAL DATA;
SPECTRAL LINE;
STARS: ACTIVITY;
STARS:IMAGING;
STELLAR ATMOSPHERES;
STELLAR ROTATION;
STELLAR SURFACES;
SURFACE TEMPERATURE DISTRIBUTION;
TEMPERATURE INFORMATION;
TEMPERATURE MAPS;
TEMPERATURE RANGE;
TRUE TEMPERATURES;
TWO-TEMPERATURE;
DATA REDUCTION;
EXCITATION ENERGY;
ROTATION;
SIGNAL TO NOISE RATIO;
SPECTROSCOPY;
STARS;
TEMPERATURE DISTRIBUTION;
THERMOANALYSIS;
ATMOSPHERIC TEMPERATURE;
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EID: 77958573022
PISSN: 00046361
EISSN: 14320746
Source Type: Journal
DOI: 10.1051/0004-6361/200912574 Document Type: Article |
Times cited : (4)
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References (18)
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