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Issue Date
Title
Author(s)
2004
Efficient hybrid polymer/TiO2 solar cells using a multilayer structure
Ravirajan, P.
;
Green, A.
;
Haque, S.A.
;
Durrant, J.R.
;
Bradley, D.D.C.
;
Nelson, J.
2004-02
Hybrid nanocrystalline TiO2 solar cells with a fluorene-thiophene copolymer as a sensitizer and hole conductor
Ravirajan, P.
;
Haque, S.A.
;
Durrant, J.R.
;
Poplavskyy, S.A.
;
Bradley, D.D.C.
;
Nelson, J.
2004
Nanoporous TiO solar cells sensitised with a fluorene–thiophene 2 copolymer
Ravirajan, P.
;
Haque, S.A.
;
Poplavskyy, D.
;
Durrant, J.R.
;
Bradley, D.D.C.
;
Nelson, J.
2004
Efficient hybrid polymerTiO 2 solar cells using a multilayer structure
Ravirajan, P.
;
Green, A.
;
Haque, S. A.
;
Durrant, J. R.
;
Bradley, D.D.C.
;
Nelson, J.
2004
Solid state solar cell made from nanocrystalline TiO 2 with a fluorene-thiophene copolymer as a hole-conductor
Ravirajan, P.
;
Haque, S. A.
;
Poplavskyy, D.
;
Durrant, J. R.
;
Bradley, D.D.C.
;
Nelson, J.
Discover
Author
5
Ravirajan, P.
3
Durrant, J.R.
3
Haque, S.A.
2
Durrant, J. R.
2
Green, A.
2
Haque, S. A.
2
Poplavskyy, D.
1
Poplavskyy, S.A.
Subject
4
Polymer
3
Solar cells
2
Nanocrystalline TiO 2
2
PEDOT
1
: Solar cells
1
Electrodes
1
Exciton diffusion length
1
exciton diffusion length
1
Hole mobility
1
hole mobility
.
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