High Efficiency
of Solar Cell
Model Based on
Two Types of
Nanoparticles
Kholoud Kh. Abushaara*,
Mohammed
M. Shabata,
Dena M. El-Amassia
and
Daniel M.
Schaadtb
aDepartement
of Physics,
Islamic
University of
Gaza, P.O. Box
108, Gaza Strip,
Palestine.
abushaar_kh@hotmail.com
bInstitute
of Energy
Research and
Physical
Technologies,
Clausthal
University of
Technology,
Leibnizstr. 4,
38678
Clausthal-Zellerfeld,
Germany..
Doi :
10.47011/13.1.9
Cited by :
Jordan J. Phys.,
13 (1) (2020)
87-92
PDF
Received
on:
02/07/2019;
Accepted
on:
13/10/2019
Abstract:
Novel
solar
cell
structure
based on
multi-type
nanoparticles
layer
has been
investigated.
The
transmission
and
reflection
of the
incident
light
have
been
computed
by the
Transfer
Matrix
Method
for
different
physical
parameters
of the
structure
and the
numerical
results
are
obtained
by Maple
program
software.
We found
that the
types of
nanoparticles
on the
proposed
anti-reflective
(AR)
structure
have
effectively
enhanced
transmission
and
minimized
reflection.
Keywords:
Anti-reflective,
Metallic,
Nanoparticles,
Reflection,
Solar
cell,
Transmission.
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