The optoelectrical properties of bromide-based perovskite thin films were evaluated to develop an optical wireless power transmission system. CH3NH3PbBr3 (MAPbBr3) films were deposited by the anti-solvent method after substrate preheating. The low-temperature exciton emission and discontinuous peak shift from phase transitions in the emission spectra indicate the high optical quality of MAPbBr3 films on TiO2. The Urbach energy and diffusion length of the MAPbBr3 thin films on TiO2 were 22.7 meV and 1.14 μm, respectively. The films exhibited good solar cell performance under monochromatic light with an efficiency over 20%.
References
1.
A.
Kojima
, K.
Teshima
, Y.
Shirai
, and T.
Miyasaka
, J. Am. Chem. Soc.
131
, 6050
–6051
(2009
).2.
M. M.
Lee
, J.
Teuscher
, T.
Miyasaka
, T. N.
Murakami
, and H. J.
Snaith
, Science
338
, 643
–647
(2012
).3.
T.
Miyasaka
, Chem. Lett.
44
, 720
–729
(2015
).4.
R.
Sheng
, M. T.
Horantner
, Z. P.
Wang
, Y. J.
Jiang
, W.
Zhang
, A.
Agosti
, S. J.
Huang
, X. J.
Hao
, A.
Ho-Baillie
, M.
Green
, and H. J.
Snaith
, J. Phys. Chem. C
121
, 27256
–27262
(2017
).5.
T.
Todorov
, T.
Gershon
, O.
Gunawan
, C.
Sturdevant
, and S.
Guha
, Appl. Phys. Lett.
105
, 173902
(2014
).6.
J. P.
Mailoa
, C. D.
Bailie
, E. C.
Johlin
, E. T.
Hoke
, A. J.
Akey
, W. H.
Nguyen
, M. D.
McGehee
, and T.
Buonassisi
, Appl. Phys. Lett.
106
, 121105
(2015
).7.
J.
Werner
, B.
Niesen
, and C.
Ballif
, Adv. Mater. Interfaces
5
, 1700731
(2018
).8.
I.
Raifuku
, Y.
Ishikawa
, S.
Ito
, and Y.
Uraoka
, J. Phys. Chem. C
120
, 18986
–18990
(2016
).9.
J.
Schubert
, E.
Oliva
, F.
Dimroth
, W.
Guter
, R.
Loeckenhoff
, and A. W.
Bett
, IEEE Trans. Electron Devices
56
, 170
(2009
).10.
A. W. S.
Putra
, M.
Tanizawa
, and T.
Maruyama
, IEEE Photonics Technol. Lett.
31
, 157
(2019
).11.
Y.
Katsuta
and T.
Miyamoto
, Jpn. J. Appl. Phys., Part 1
57
, 08PD01
(2018
).12.
W.
Shockley
and H. J.
Queisser
, J. Appl. Phys.
32
, 510
(1961
).13.
A.
Murata
, T.
Nishimura
, H.
Shimizu
, Y.
Shiratori
, T.
Kato
, R.
Ishikawa
, and S.
Miyajima
, AIP Adv.
10
, 045031
(2020
).14.
D.
Shi
, V.
Adinolfi
, R.
Comin
, M. J.
Yuan
, E.
Alarousu
, A.
Buin
, Y.
Chen
, S.
Hoogland
, A.
Rothenberger
, K.
Katsiev
, Y.
Losovyj
, X.
Zhang
, P. A.
Dowben
, O. F.
Mohammed
, E. H.
Sargent
, and O. M.
Bakr
, Science
347
, 519
–522
(2015
).15.
P. A.
Mante
, C. C.
Stoumpos
, M. G.
Kanatzidis
, and A.
Yartsev
, Nat. Commun.
8
, 14398
(2017
).16.
K. H.
Wang
, L. C.
Li
, M.
Shellaiah
, and K. W.
Sun
, Sci. Rep.
7
, 13643
(2017
).17.
H.
Linnenbank
, M.
Saliba
, L. L.
Gui
, B.
Metzger
, S. G.
Tikhodeev
, J.
Kadro
, G.
Nasti
, A.
Abate
, A.
Hagfeldt
, M.
Graetzel
, and H.
Giessen
, Opt. Mater. Express
8
, 511
–521
(2018
).18.
J. H.
Heo
, D. H.
Song
, and S. H.
Im
, Adv. Mater.
26
, 8179
–8183
(2014
).19.
A.
Zohar
, M. K.
Levine
, G.
Hodes
, A.
Kahn
, and D.
Cahen
, ACS Energy Lett.
4
, 1
–7
(2019
).20.
D.
Ritter
, E.
Zeldov
, and K.
Weiser
, Appl. Phys. Lett.
49
, 791
–793
(1986
).21.
K.
Hattori
, H.
Okamoto
, and Y.
Hamakawa
, Phys. Rev. B
45
, 1126
–1138
(1992
).22.
R.
Ishikawa
, S.
Watanabe
, R.
Konno
, T.
Nomoto
, and N.
Tsuboi
, Thin Solid Films
661
, 60
–64
(2018
).23.
N. J.
Jeon
, J. H.
Noh
, Y. C.
Kim
, W. S.
Yang
, S.
Ryu
, and S.
Il Seol
, Nat. Mater.
13
, 897
–903
(2014
).24.
F. K.
Lotgering
, J. Inorg. Nucl. Chem.
9
, 113
–123
(1959
).25.
J.
Tilchin
, D. N.
Dirin
, G. I.
Maikov
, A.
Sashchiuk
, M. V.
Kovalenko
, and E.
Lifshitz
, ACS Nano
10
, 6363
–6371
(2016
).26.
S. D.
Wolf
, J.
Holovsky
, S. J.
Moon
, P.
Loper
, B.
Niesen
, M.
Ledinsky
, F. J.
Haug
, J. H.
Yum
, and C.
Ballif
, J. Phys. Chem. Lett.
5
, 1035
–1039
(2014
).27.
Y.
Takiguchi
, A.
Orisaka
, and S.
Miyajima
, J. Electrochem. Soc.
164
, D802
(2017
).28.
R.
Sheng
, A.
Ho-Baillie
, S. J.
Huang
, S.
Chen
, X. M.
Wen
, X. J.
Hao
, and M. A.
Green
, J. Phys. Chem. C
119
, 3545
–3549
(2015
).29.
G. W. P.
Adhyaksa
, L. W.
Veldhuizen
, Y. H.
Kuang
, S.
Brittman
, R. E. I.
Schropp
, and E. C.
Garnett
, Chem. Mater.
28
, 5259
–5263
(2016
).30.
R.
Ishikawa
, S.
Watanabe
, S.
Yamazaki
, T.
Oya
, and N.
Tsuboi
, ACS Appl. Energy Mater.
2
, 171
–175
(2019
).© 2020 Author(s).
2020
Author(s)
You do not currently have access to this content.
