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Molecular Semiconductors Photoelectrical Properties and Solar Cells

OPAC (1/1)

Elektronisches Buch

Molecular Semiconductors

Photoelectrical Properties and Solar Cells

Verfasser: Simon, Jacques
Verlagsort, Verlag, Jahr: Berlin, Heidelberg, Springer Berlin Heidelberg, 1985
Umfang: 1 Online-Ressource (XIV, 290 p)
Schlagwort: Photoelektrizität
Schlagwort: Molekularelektronik
ISBN: 9783642700125 , 9783642700149

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Titel: Molecular Semiconductors
Untertitel: Photoelectrical Properties and Solar Cells
Von: by Jacques Simon, Jean-Jacques André ; edited by J. M. Lehn, Ch. W. Rees
Verfasser: Simon, Jacques
Beteiligte Person: André, Jean-Jacques
Beteiligte Person: Lehn, J. M.
Beteiligte Person: Rees, Ch. W.
Verlagsort: Berlin, Heidelberg
Verlag: Springer Berlin Heidelberg
Jahr: 1985
Umfang: 1 Online-Ressource (XIV, 290 p)
Fußnote: During the past thirty years considerable efforts have been made to design the synthesis and the study of molecular semiconductors. Molecular semiconductors - and more generally molecular materials - involve interactions between individual subunits which can be separately synthesized. Organic and metallo-organic derivatives are the basis of most of the molecular materials. A survey of the literature on molecular semiconductors leaves one rather confused. It does seem to be very difficult to correlate the molecular structure of these semiconductors with their experimental electrical properties. For inorganic materials a simple definition delimits a fairly homogeneous family. If an inorganic material has a conductivity intermediate between that of an 12 1 1 3 1 1 insulator « 10- n- cm- ) and that of a metal (> 10 n- cm- ), then it is a semiconductor and will exhibit the characteristic properties of this family, such as junction formation, photoconductivity, and the photovoltaic effect. For molecular compounds, such simplicity is certainly not the case. A huge number of molecular and macromolecular systems have been described which possess an intermediate conductivity. However, the various attempts which have been made to rationalize their properties have, more often than not, failed. Even very basic electrical properties such as the mechanism of the charge carrier formation or the nature and the density ofthe dopants are not known in detail. The study of molecular semiconductor junctions is very probably the most powerful approach to shed light on these problems
ISBN: 9783642700125
ISBN: 9783642700149
DOI: 10.1007/978-3-642-70012-5
Volltext: https://doi.org/10.1007/978-3-642-70012-5
Schlagwort: Photoelektrizität
Molekularelektronik
TUM-Systematik: PHY 000
B3Kat-Nr: BV042413427