Treffer 1 - 5 von 5 für Suche 'Zirahi, Ali', Suchdauer: 0,88s Treffer weiter einschränken
  1. 1
    Numerical modeling of viscous fingering during miscible displacement of oil by a paraffinic solvent in the presence of asphaltene precipitation and deposition

    Numerical modeling of viscous fingering during miscible displacement of oil by a paraffinic solvent in the presence of asphaltene precipitation and deposition von Sabet, Nasser, Mohammadi, Mohammadjavad, Zirahi, Ali, Zirrahi, Mohsen, Hassanzadeh, Hassan, Abedi, Jalal


    Volltext
    Artikel

    Zu den Favoriten
    Gespeichert in:
  2. 2
    Utilization of CO2 to reduce environmental impact of diluted bitumen transportation and improve economics of CCS operations

    Utilization of CO2 to reduce environmental impact of diluted bitumen transportation and improve economics of CCS operations von Zirahi, Ali, Haddadnia, Ali, Mohammadi, Mohammadjavad, Azinfar, Bahareh, Zirrahi, Mohsen, Hassanzadeh, Hassan, Abedi, Jalal


    Volltext
    Artikel

    Zu den Favoriten
    Gespeichert in:
  3. 3
    2-D physical model experimental study of ethyl acetate and steam co-injection for in-situ bitumen recovery

    2-D physical model experimental study of ethyl acetate and steam co-injection for in-situ bitumen recovery von Zirahi, Ali, Sadeghi Yamchi, Hassan, Haddadnia, Ali, Zirrahi, Mohsen, Hassanzadeh, Hassan, Abedi, Jalal

    Veröffentlicht in Fuel (Guildford)

    Volltext
    Artikel

    Zu den Favoriten
    Gespeichert in:
  4. 4
    Ethyl acetate as a bio‐based solvent to reduce energy intensity and CO2 emissions of in situ bitumen recovery

    Ethyl acetate as a bio‐based solvent to reduce energy intensity and CO2 emissions of in situ bitumen recovery von Zirahi, Ali, Sadeghi Yamchi, Hassan, Haddadnia, Ali, Zirrahi, Mohsen, Hassanzadeh, Hassan, Abedi, Jalal

    Veröffentlicht in AIChE journal

    Volltext
    Artikel

    Zu den Favoriten
    Gespeichert in:
  5. 5
    Ethyl acetate as a bio‐based solvent to reduce energy intensity and CO 2 emissions of in situ bitumen recovery

    Ethyl acetate as a bio‐based solvent to reduce energy intensity and CO 2 emissions of in situ bitumen recovery von Zirahi, Ali, Sadeghi Yamchi, Hassan, Haddadnia, Ali, Zirrahi, Mohsen, Hassanzadeh, Hassan, Abedi, Jalal

    Veröffentlicht in AIChE journal

    Volltext
    Artikel

    Zu den Favoriten
    Gespeichert in:

Suchwerkzeuge: