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Просмотр по теме "ISM: general"

Просмотр по теме "ISM: general"

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  • Circumnuclear regions of different BPT types in star-forming MaNGA galaxies: AGN detectability 
    Pilyugin L.S.; Grebel E.K.; Zinchenko I.A.; Lara-López M.A.; Nefedyev Y.A.; Shulga V.M. (2020)
    © ESO 2020. We consider the circumnuclear regions of star-forming MaNGA galaxies. The spaxels spectra are classified as active-galactic-nucleus-like (AGN-like), H» II-region-like (or SF-like), and intermediate (INT) spectra ...
  • On the relation between the carriers of diffuse interstellar bands and simple molecular species 
    Galazutdinov G.; Krelowski J.; Musaev F.; Bikmaev I. (1997)
    The interstellar clouds composed mostly of neutral hydrogen (H I clouds) show evident differences in the pattern of interstellar absorptions: in the shapes of the extinction curves, the strengths of the diffuse interstellar ...
  • Planck 2015 results: X. Diffuse component separation: Foreground maps 
    Adam R.; Ade P.; Aghanim N.; Alves M.; Arnaud M.; Ashdown M.; Aumont J.; Baccigalupi C.; Banday A.; Barreiro R.; Bartlett J.; Bartolo N.; Battaner E.; Benabed K.; Benoît A.; Benoit-Lévy A.; Bernard J.; Bersanelli M.; Bielewicz P.; Bock J.; Bonaldi A.; Bonavera L.; Bond J.; Borrill J.; Bouchet F.; Boulanger F.; Bucher M.; Burigana C.; Butler R.; Calabrese E.; Cardoso J.; Catalano A.; Challinor A.; Chamballu A.; Chary R.; Chiang H.; Christensen P.; Clements D.; Colombi S.; Colombo L.; Combet C.; Couchot F.; Coulais A.; Crill B.; Curto A.; Cuttaia F.; Danese L.; Davies R.; Davis R.; De Bernardis P.; De Rosa A.; De Zotti G.; Delabrouille J.; Désert F.; Dickinson C.; Diego J.; Dole H.; Donzelli S.; Doré O.; Douspis M.; Ducout A.; Dupac X.; Efstathiou G. (2016)
    © 2016 ESO.Planck has mapped the microwave sky in temperature over nine frequency bands between 30 and 857 GHz and in polarization over seven frequency bands between 30 and 353 GHz in polarization. In this paper we consider ...
  • Planck 2015 results: XXV. Diffuse low-frequency Galactic foregrounds 
    Ade P.; Aghanim N.; Alves M.; Arnaud M.; Ashdown M.; Aumont J.; Baccigalupi C.; Banday A.; Barreiro R.; Bartlett J.; Bartolo N.; Battaner E.; Benabed K.; Benoît A.; Benoit-Lévy A.; Bernard J.; Bersanelli M.; Bielewicz P.; Bock J.; Bonaldi A.; Bonavera L.; Bond J.; Borrill J.; Bouchet F.; Boulanger F.; Bucher M.; Burigana C.; Butler R.; Calabrese E.; Cardoso J.; Catalano A.; Challinor A.; Chamballu A.; Chary R.; Chiang H.; Christensen P.; Colombi S.; Colombo L.; Combet C.; Couchot F.; Coulais A.; Crill B.; Curto A.; Cuttaia F.; Danese L.; Davies R.; Davis R.; De Bernardis P.; De Rosa A.; De Zotti G.; Delabrouille J.; Delouis J.; Désert F.; Dickinson C.; Diego J.; Dole H.; Donzelli S.; Doré O.; Douspis M.; Ducout A.; Dupac X.; Efstathiou G. (2016)
    © 2016 ESO.We discuss the Galactic foreground emission between 20 and 100 GHz based on observations by Planck and WMAP. The total intensity in this part of the spectrum is dominated by free-free and spinning dust emission, ...
  • Planck intermediate results: XL. the Sunyaev-Zeldovich signal from the Virgo cluster 
    Ade P.; Aghanim N.; Arnaud M.; Ashdown M.; Aumont J.; Baccigalupi C.; Banday A.; Barreiro R.; Bartolo N.; Battaner E.; Benabed K.; Benoit-Lévy A.; Bernard J.; Bersanelli M.; Bielewicz P.; Bonaldi A.; Bonavera L.; Bond J.; Borrill J.; Bouchet F.; Burigana C.; Butler R.; Calabrese E.; Cardoso J.; Catalano A.; Chamballu A.; Chiang H.; Christensen P.; Churazov E.; Clements D.; Colombo L.; Combet C.; Comis B.; Couchot F.; Coulais A.; Crill B.; Curto A.; Cuttaia F.; Danese L.; Davies R.; Davis R.; De Bernardis P.; De Rosa A.; De Zotti G.; Delabrouille J.; Dickinson C.; Diego J.; Dolag K.; Dole H.; Donzelli S.; Doré O.; Douspis M.; Ducout A.; Dupac X.; Efstathiou G.; Elsner F.; Enßlin T.; Eriksen H.; Finelli F.; Forni O.; Frailis M.; Fraisse A.; Franceschi E.; Galeotta S. (2016)
    © ESO, 2016.The Virgo cluster is the largest Sunyaev-Zeldovich (SZ) source in the sky, both in terms of angular size and total integrated flux. Planck's wide angular scale and frequency coverage, together with its high ...
  • Planck intermediate results: XLII. Large-scale Galactic magnetic fields 
    Adam R.; Ade P.; Alves M.; Ashdown M.; Aumont J.; Baccigalupi C.; Banday A.; Barreiro R.; Bartolo N.; Battaner E.; Benabed K.; Benoit-Lévy A.; Bernard J.; Bersanelli M.; Bielewicz P.; Bonavera L.; Bond J.; Borrill J.; Bouchet F.; Boulanger F.; Bucher M.; Burigana C.; Butler R.; Calabrese E.; Cardoso J.; Catalano A.; Chiang H.; Christensen P.; Colombo L.; Combet C.; Couchot F.; Crill B.; Curto A.; Cuttaia F.; Danese L.; Davis R.; De Bernardis P.; De Rosa A.; De Zotti G.; Delabrouille J.; Dickinson C.; Diego J.; Dolag K.; Doré O.; Ducout A.; Dupac X.; Elsner F.; Enßlin T.; Eriksen H.; Ferrière K.; Finelli F.; Forni O.; Frailis M.; Fraisse A.; Franceschi E.; Galeotta S.; Ganga K.; Ghosh T.; Giard M.; Gjerløw E.; González-Nuevo J.; Górski K. (2016)
    © ESO, 2016.Recent models for the large-scale Galactic magnetic fields in the literature have been largely constrained by synchrotron emission and Faraday rotation measures. We use three different but representative models ...
  • Planck intermediate results: XXXV. Probing the role of the magnetic field in the formation of structure in molecular clouds 
    Ade P.; Aghanim N.; Alves M.; Arnaud M.; Arzoumanian D.; Ashdown M.; Aumont J.; Baccigalupi C.; Banday A.; Barreiro R.; Bartolo N.; Battaner E.; Benabed K.; Benoît A.; Benoit-Lévy A.; Bernard J.; Bersanelli M.; Bielewicz P.; Bock J.; Bonavera L.; Bond J.; Borrill J.; Bouchet F.; Boulanger F.; Bracco A.; Burigana C.; Calabrese E.; Cardoso J.; Catalano A.; Chiang H.; Christensen P.; Colombo L.; Combet C.; Couchot F.; Crill B.; Curto A.; Cuttaia F.; Danese L.; Davies R.; Davis R.; De Bernardis P.; De Rosa A.; De Zotti G.; Delabrouille J.; Dickinson C.; Diego J.; Dole H.; Donzelli S.; Doré O.; Douspis M.; Ducout A.; Dupac X.; Efstathiou G.; Elsner F.; Enßlin T.; Eriksen H.; Falceta-Gonçalves D.; Falgarone E.; Ferrière K.; Finelli F.; Forni O.; Frailis M.; Fraisse A.; Franceschi E.; Frejsel A. (2016)
    © ESO, 2016.Within ten nearby (d < 450 pc) Gould belt molecular clouds we evaluate statistically the relative orientation between the magnetic field projected on the plane of sky, inferred from the polarized thermal emission ...

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