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The Stellar Populations that Heat the Dust in Andromeda Maria Kapala K. Sandstrom & B. Groves (1) strong correlation: stellar attenuated UV & dust surface density (2) attenuated UV emission is generated mostly (~88%) by B3 and earlier type stars, ~26% from O stars (3) attenuated NUV correlates well with dust reemission in IR

K. Sandstrom & B. Groves - uni-heidelberg.de · Maria Kapala K. Sandstrom & B. Groves (1) strong correlation: stellar attenuated UV & dust surface density (2) attenuated UV emission

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Page 1: K. Sandstrom & B. Groves - uni-heidelberg.de · Maria Kapala K. Sandstrom & B. Groves (1) strong correlation: stellar attenuated UV & dust surface density (2) attenuated UV emission

The Stellar Populations that Heat the Dust in AndromedaMaria Kapala

K. Sandstrom & B. Groves

(1) strong correlation: stellar attenuated UV & dust surface density (2) attenuated UV emission is generated mostly (~88%) by B3 and earlier type stars, ~26% from O stars

(3) attenuated NUV correlates well with dust reemission in IR