Boron Subphthalocyanine Based Molecular Triad Systems for the Capture of Solar Energy. [electronic resource]

By:

Storm, Freja E

Contributor(s):

Olsen, Stine T
Hansen, Thorsten
De Vico, Luca
Jackson, Nicholas E
Ratner, Mark A
Mikkelsen, Kurt V

Producer: 20180124Description: 7694-7703 p. digitalISSN:

1520-5215

Online resources:

Available from publisher's website

In: The journal of physical chemistry. A vol. 120

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Boron Subphthalocyanine Based Molecular Triad Systems for the Capture of Solar Energy.

APA

Storm F. E., Olsen S. T., Hansen T., De Vico L., Jackson N. E., Ratner M. A. & Mikkelsen K. V. (20180124). Boron Subphthalocyanine Based Molecular Triad Systems for the Capture of Solar Energy. : The journal of physical chemistry. A.

Chicago

Storm Freja E, Olsen Stine T, Hansen Thorsten, De Vico Luca, Jackson Nicholas E, Ratner Mark A and Mikkelsen Kurt V. 20180124. Boron Subphthalocyanine Based Molecular Triad Systems for the Capture of Solar Energy. : The journal of physical chemistry. A.

Harvard

Storm F. E., Olsen S. T., Hansen T., De Vico L., Jackson N. E., Ratner M. A. and Mikkelsen K. V. (20180124). Boron Subphthalocyanine Based Molecular Triad Systems for the Capture of Solar Energy. : The journal of physical chemistry. A.

MLA

Storm Freja E, Olsen Stine T, Hansen Thorsten, De Vico Luca, Jackson Nicholas E, Ratner Mark A and Mikkelsen Kurt V. Boron Subphthalocyanine Based Molecular Triad Systems for the Capture of Solar Energy. : The journal of physical chemistry. A. 20180124.

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