#AFORS-HET data
#results:
#Jsc=-9,549E-14 mA/cm^2
#
#working conditions:
#
#calculation mode:	dc
#T:	300 K	temperature
#illumination:	off
#fix potential at:	front
#v_ext:	0 V	boundary external voltage
#j_ext:	0 A/cm^2	external current
#/end of working conditions
#
#cell parameter:
#
#/general parameters
#initialvaluesfromfile:	false
#/end of general parameters
#
#/layer
#name:	vacuum/air
#width:	1E-6 cm	layer thickness
#incoherent:	false	incoherent calculation
#n:	1 	optical coefficient n
#k:	0 	optical coefficient k
#/end of layer
#
#/frontcontact
#BandBending:	Flat-band
#sn:	10000000 cm/s	electron surface recombination velocity
#sp:	10000000 cm/s	hole surface recombination velocity
#ref:	0,02 	constant reflection
#abs:	0,03 	constant absorption
#phiBi:	0 eV	built in potential
#/end of frontcontact
#
#/interface
#interfacename:	Interface 0
#numeric-model:	0	No Interface (MS-Schottky-Contact)
#Ae:	9,56186 As/cm^2sK^2	richardson constant for electrons
#Ah:	9,56186 As/cm^2sK^2	richardson constant for holes
#Qif:	0 cm^-3	Interface Charge
#
#no defects
#/end of interface
#
#/layer
#name:	n-ZnO
#width:	2E-5 cm	layer thickness
#numeric-model:	0	standard
#gradient:	no
#dk:	9 	dielectric constant
#chi:	4,3 eV	electron affinity
#Eg:	3,3 eV	bandgap
#Egopt:	3,3 eV	optical bandgap
#Nc:	4E18 cm^-3	effective conduction band density
#Nv:	9E18 cm^-3	effective valence band density
#me:	20 cm^2/Vs	effective electron mobility
#mh:	20 cm^2/Vs	effective hole mobility
#Na:	0 cm^-3	doping concentration acceptors
#Nd:	1E18 cm^-3	doping concentration donators
#ve:	10000000 cm/s	electron thermal velocity
#vh:	10000000 cm/s	hole thermal velocity
#rho:	2,328 g*cm^-3	layer density
#rae:	0 cm^6/s	auger electron recombination coefficient
#rah:	0 cm^6/s	auger hole recombination coefficient
#rbb:	0 cm^3/s	band to band recombination coefficient
#nk-file:	ZnOAl_Orgassa.nk	lambda[nm],n[-],k[-]
#incoherent:	false	incoherent calculation
#
#/defect
#name:	Defect_1
#text:	Defect_1
#type:	single
#charge:	acceptor
#cn:	1E-15 cm^2	electron thermal cross section
#cno:	0 cm^2	electron optical cross section
#cp:	1E-12 cm^2	hole thermal cross section
#cpo:	0 cm^2	hole optical cross section
#Ntr:	1E16 cm^-3	trap density
#E:	1,7 eV	characteristic energy
#Ntr specific:	1E16 cm^-3/eV	specific trap density
#Taun:	1E-8 s	mean electron lifetime
#Taup:	1E-11 s	mean hole lifetime
#Ln:	7,1887829289804E-5 cm	mean electron diffusion length
#Lp:	2,27329276601145E-6 cm	mean hole diffusion length
#/end of defect
#/end of layer
#
#/interface
#interfacename:	Interface 1
#numeric-model:	0	No Interface
#Ae:	9,56186 As/cm^2sK^2	richardson constant for electrons
#Ah:	9,56186 As/cm^2sK^2	richardson constant for holes
#Qif:	0 cm^-3	Interface Charge
#
#no defects
#/end of interface
#
#/layer
#name:	i-ZnO
#width:	5E-6 cm	layer thickness
#numeric-model:	0	standard
#gradient:	no
#dk:	9 	dielectric constant
#chi:	4,3 eV	electron affinity
#Eg:	3,3 eV	bandgap
#Egopt:	3,3 eV	optical bandgap
#Nc:	4E18 cm^-3	effective conduction band density
#Nv:	9E18 cm^-3	effective valence band density
#me:	20 cm^2/Vs	effective electron mobility
#mh:	20 cm^2/Vs	effective hole mobility
#Na:	0 cm^-3	doping concentration acceptors
#Nd:	1,01E18 cm^-3	doping concentration donators
#ve:	10000000 cm/s	electron thermal velocity
#vh:	10000000 cm/s	hole thermal velocity
#rho:	2,328 g*cm^-3	layer density
#rae:	0 cm^6/s	auger electron recombination coefficient
#rah:	0 cm^6/s	auger hole recombination coefficient
#rbb:	0 cm^3/s	band to band recombination coefficient
#nk-file:	ZnO_Orgassa.nk	lambda[nm],n[-],k[-]
#incoherent:	false	incoherent calculation
#/end of layer
#
#/interface
#interfacename:	Interface 2
#numeric-model:	2	Interface (thermionic emission)
#Ae:	9,56186 As/cm^2sK^2	richardson constant for electrons
#Ah:	9,56186 As/cm^2sK^2	richardson constant for holes
#Qif:	0 cm^-3	Interface Charge
#
#no defects
#/end of interface
#
#/layer
#name:	CdS
#width:	5E-6 cm	layer thickness
#numeric-model:	0	standard
#gradient:	no
#dk:	10 	dielectric constant
#chi:	4,2 eV	electron affinity
#Eg:	2,4 eV	bandgap
#Egopt:	2,4 eV	optical bandgap
#Nc:	4E18 cm^-3	effective conduction band density
#Nv:	9E18 cm^-3	effective valence band density
#me:	20 cm^2/Vs	effective electron mobility
#mh:	20 cm^2/Vs	effective hole mobility
#Na:	0 cm^-3	doping concentration acceptors
#Nd:	4E15 cm^-3	doping concentration donators
#ve:	10000000 cm/s	electron thermal velocity
#vh:	10000000 cm/s	hole thermal velocity
#rho:	2,328 g*cm^-3	layer density
#rae:	0 cm^6/s	auger electron recombination coefficient
#rah:	0 cm^6/s	auger hole recombination coefficient
#rbb:	0 cm^3/s	band to band recombination coefficient
#nk-file:	CdS_Orgassa.nk	lambda[nm],n[-],k[-]
#incoherent:	false	incoherent calculation
#
#/defect
#name:	Defect_1
#text:	Defect_1
#type:	single
#charge:	acceptor
#cn:	1E-15 cm^2	electron thermal cross section
#cno:	0 cm^2	electron optical cross section
#cp:	1E-12 cm^2	hole thermal cross section
#cpo:	0 cm^2	hole optical cross section
#Ntr:	3E15 cm^-3	trap density
#E:	1,2 eV	characteristic energy
#Ntr specific:	3E15 cm^-3/eV	specific trap density
#Taun:	3,33333333333333E-8 s	mean electron lifetime
#Taup:	3,33333333333333E-11 s	mean hole lifetime
#Ln:	0,000131248619040354 cm	mean electron diffusion length
#Lp:	4,15044575919262E-6 cm	mean hole diffusion length
#/end of defect
#/end of layer
#
#/interface
#interfacename:	Interface 4
#numeric-model:	2	Interface (thermionic emission)
#Ae:	9,56186 As/cm^2sK^2	richardson constant for electrons
#Ah:	9,56186 As/cm^2sK^2	richardson constant for holes
#Qif:	0 cm^-3	Interface Charge
#
#no defects
#/end of interface
#
#/layer
#name:	OVC
#width:	3E-6 cm	layer thickness
#numeric-model:	0	standard
#gradient:	no
#dk:	13,6 	dielectric constant
#chi:	4,3 eV	electron affinity
#Eg:	1,35 eV	bandgap
#Egopt:	1,35 eV	optical bandgap
#Nc:	7E17 cm^-3	effective conduction band density
#Nv:	1,5E19 cm^-3	effective valence band density
#me:	20 cm^2/Vs	effective electron mobility
#mh:	20 cm^2/Vs	effective hole mobility
#Na:	1,1E16 cm^-3	doping concentration acceptors
#Nd:	0 cm^-3	doping concentration donators
#ve:	10000000 cm/s	electron thermal velocity
#vh:	10000000 cm/s	hole thermal velocity
#rho:	2,328 g*cm^-3	layer density
#rae:	0 cm^6/s	auger electron recombination coefficient
#rah:	0 cm^6/s	auger hole recombination coefficient
#rbb:	0 cm^3/s	band to band recombination coefficient
#nk-file:	CuIn0.75Ga0.25Se2.nk	lambda[nm],n[-],k[-]
#incoherent:	false	incoherent calculation
#
#/defect
#name:	Defect_1
#text:	Defect_1
#type:	single
#charge:	donor
#cn:	1E-12 cm^2	electron thermal cross section
#cno:	0 cm^2	electron optical cross section
#cp:	1E-15 cm^2	hole thermal cross section
#cpo:	0 cm^2	hole optical cross section
#Ntr:	1E16 cm^-3	trap density
#E:	0,6 eV	characteristic energy
#Ntr specific:	1E16 cm^-3/eV	specific trap density
#Taun:	1E-11 s	mean electron lifetime
#Taup:	1E-8 s	mean hole lifetime
#Ln:	2,27329276601145E-6 cm	mean electron diffusion length
#Lp:	7,1887829289804E-5 cm	mean hole diffusion length
#/end of defect
#/end of layer
#
#/interface
#interfacename:	Interface 5
#numeric-model:	0	No Interface
#Ae:	9,56186 As/cm^2sK^2	richardson constant for electrons
#Ah:	9,56186 As/cm^2sK^2	richardson constant for holes
#Qif:	0 cm^-3	Interface Charge
#
#no defects
#/end of interface
#
#/layer
#name:	CuIn0.75Ga0.25Se2
#width:	0,0001 cm	layer thickness
#numeric-model:	0	standard
#gradient:	no
#dk:	13,6 	dielectric constant
#chi:	4,3 eV	electron affinity
#Eg:	1,15 eV	bandgap
#Egopt:	1,15 eV	optical bandgap
#Nc:	7E17 cm^-3	effective conduction band density
#Nv:	1,5E19 cm^-3	effective valence band density
#me:	20 cm^2/Vs	effective electron mobility
#mh:	20 cm^2/Vs	effective hole mobility
#Na:	1E16 cm^-3	doping concentration acceptors
#Nd:	0 cm^-3	doping concentration donators
#ve:	10000000 cm/s	electron thermal velocity
#vh:	10000000 cm/s	hole thermal velocity
#rho:	2,328 g*cm^-3	layer density
#rae:	0 cm^6/s	auger electron recombination coefficient
#rah:	0 cm^6/s	auger hole recombination coefficient
#rbb:	0 cm^3/s	band to band recombination coefficient
#nk-file:	CuIn0.75Ga0.25Se2.nk	lambda[nm],n[-],k[-]
#incoherent:	false	incoherent calculation
#
#/defect
#name:	Defect_1
#text:	Defect_1
#type:	single
#charge:	donor
#cn:	1E-13 cm^2	electron thermal cross section
#cno:	0 cm^2	electron optical cross section
#cp:	1E-15 cm^2	hole thermal cross section
#cpo:	0 cm^2	hole optical cross section
#Ntr:	100000000000000 cm^-3	trap density
#E:	0,6 eV	characteristic energy
#Ntr specific:	100000000000000 cm^-3/eV	specific trap density
#Taun:	1E-8 s	mean electron lifetime
#Taup:	1E-6 s	mean hole lifetime
#Ln:	7,1887829289804E-5 cm	mean electron diffusion length
#Lp:	0,00071887829289804 cm	mean hole diffusion length
#/end of defect
#/end of layer
#
#/interface
#interfacename:	Interface 6
#numeric-model:	0	No Interface
#Ae:	9,56186 As/cm^2sK^2	richardson constant for electrons
#Ah:	9,56186 As/cm^2sK^2	richardson constant for holes
#Qif:	0 cm^-3	Interface Charge
#
#no defects
#/end of interface
#
#/layer
#name:	Gradient
#width:	0,0002 cm	layer thickness
#numeric-model:	0	standard
#gradient:	yes
#dks:	13,6 	dielectric constant at layer start
#dkf:	13,6 	dielectric constant at end of layer
#chis:	4,3 eV	electron affinity at layer start
#chif:	4,3 eV	electron affinity at end of layer
#Egs:	1,15 eV	bandgap at layer start
#Egf:	1,05 eV	bandgap at end of layer
#Egopts:	1,15 eV	optical bandgap at layer start
#Egoptf:	1,05 eV	optical bandgap at end of layer
#Ncs:	7E17 cm^-3	effective conduction band density at layer start
#Ncf:	7E17 cm^-3	effective conduction band density at end of layer
#Nvs:	1,5E19 cm^-3	effective valence band density at layer start
#Nvf:	1,5E19 cm^-3	effective valence band density at end of layer
#mes:	20 cm^2/Vs	effective electron mobility at layer start
#mef:	20 cm^2/Vs	effective electron mobility at end of layer
#mhs:	20 cm^2/Vs	effective hole mobility at layer start
#mhf:	20 cm^2/Vs	effective hole mobility at end of layer
#Nas:	1E16 cm^-3	doping concentration acceptors at layer start
#Naf:	1E16 cm^-3	doping concentration acceptors at end of layer
#Nds:	0 cm^-3	doping concentration donators at layer start
#Ndf:	0 cm^-3	doping concentration donators at end of layer
#ves:	10000000 cm/s	electron thermal velocity at layer start
#vef:	10000000 cm/s	electron thermal velocity at end of layer
#vhs:	10000000 cm/s	hole thermal velocity at layer start
#vhf:	10000000 cm/s	hole thermal velocity at end of layer
#rhos:	2,328 g*cm^-3	layer density at layer start
#rhof:	2,328 g*cm^-3	layer density at end of layer
#raes:	0 cm^6/s	auger electron recombination coefficient at layer start
#raef:	0 cm^6/s	auger electron recombination coefficient at end of layer
#rahs:	0 cm^6/s	auger hole recombination coefficient at layer start
#rahf:	0 cm^6/s	auger hole recombination coefficient at end of layer
#rbbs:	0 cm^3/s	band to band recombination coefficient at layer start
#rbbf:	0 cm^3/s	band to band recombination coefficient at end of layer
#nk-file:	CuIn0.75Ga0.25Se2.nk	lambda[nm],n[-],k[-]
#incoherent:	false	incoherent calculation
#
#/defect
#name:	Defect_1
#text:	Defect_1
#type:	single
#charge:	donor
#cn:	1E-13 cm^2	electron thermal cross section
#cno:	0 cm^2	electron optical cross section
#cp:	1E-15 cm^2	hole thermal cross section
#cpo:	0 cm^2	hole optical cross section
#Ntr:	100000000000000 cm^-3	trap density
#E:	0,6 eV	characteristic energy
#Ntr specific:	100000000000000 cm^-3/eV	specific trap density
#Taun:	1E-8 s	mean electron lifetime
#Taup:	1E-6 s	mean hole lifetime
#Ln:	7,1887829289804E-5 cm	mean electron diffusion length
#Lp:	0,00071887829289804 cm	mean hole diffusion length
#/end of defect
#/end of layer
#
#/interface
#interfacename:	Interface 6
#numeric-model:	0	No Interface (MS-Schottky-Contact)
#Ae:	9,56186 As/cm^2sK^2	richardson constant for electrons
#Ah:	9,56186 As/cm^2sK^2	richardson constant for holes
#Qif:	0 cm^-3	Interface Charge
#
#no defects
#/end of interface
#
#/backcontact
#BandBending:	Flat-band
#sn:	3000 cm/s	electron surface recombination velocity
#sp:	10000000 cm/s	hole surface recombination velocity
#ref:	0,6 	constant reflection
#abs:	0,007 	constant absorption
#phiBi:	0 eV	built in potential
#/end of backcontact
#
#/layer
#name:	vacuum/air
#width:	1E-6 cm	layer thickness
#incoherent:	false	incoherent calculation
#n:	1 	optical coefficient n
#k:	0 	optical coefficient k
#/end of layer
#
#/end of all layers
#"voltage"	"current density"	"power density"
#"v"	"current"	"power"
#"v [V]"	"j [A/cm^2]"	"p [W/cm^2]"
0	-9.54889009501674E-17	0
0.01	-2.78465128711552E-10	-2.78465128711552E-12
0.02	-6.25532657461285E-10	-1.25106531492257E-11
0.03	-1.05998466410581E-9	-3.17995399231742E-11
0.04	-1.60495843857003E-9	-6.4198337542801E-11
0.05	-2.28873384406791E-9	-1.14436692203395E-10
0.06	-3.14569785095725E-9	-1.88741871057435E-10
0.07	-4.21757809076626E-9	-2.95230466353638E-10
0.08	-5.5548949447129E-9	-4.44391595577032E-10
0.09	-7.2188599487633E-9	-6.49697395388697E-10
0.1	-9.28379193746173E-9	-9.28379193746173E-10
0.11	-1.18401217721419E-8	-1.30241339493561E-9
0.12	-1.49982702764116E-8	-1.79979243316939E-9
0.13	-1.88933442173951E-8	-2.45613474826137E-9
0.14	-2.3690997141081E-8	-3.31673959975134E-9
0.15	-2.95946666927997E-8	-4.43920000391995E-9
0.16	-3.68544302287821E-8	-5.89670883660513E-9
0.17	-4.57779332047305E-8	-7.78224864480419E-9
0.18	-5.67438734722587E-8	-1.02138972250066E-8
0.19	-7.02186544150621E-8	-1.33415443388618E-8
0.2	-8.67769928782298E-8	-1.7355398575646E-8
0.21	-1.07127512514612E-7	-2.24967776280686E-8
0.22	-1.32144521740878E-7	-2.90717947829931E-8
0.23	-1.62907630626898E-7	-3.74687550441865E-8
0.24	-2.00751071596578E-7	-4.81802571831788E-8
0.25	-2.47325503706708E-7	-6.1831375926677E-8
0.26	-3.04675323978875E-7	-7.92155842345076E-8
0.27	-3.75335941282621E-7	-1.01340704146308E-7
0.28	-4.62456239636967E-7	-1.29487747098351E-7
0.29	-5.69953426651745E-7	-1.65286493729006E-7
0.3	-7.02709501445525E-7	-2.10812850433658E-7
0.31	-8.66821484746173E-7	-2.68714660271314E-7
0.32	-1.06992144612537E-6	-3.42374862760119E-7
0.33	-1.32158773307277E-6	-4.36123951914015E-7
0.34	-1.63387616205179E-6	-5.5551789509761E-7
0.35	-2.02200957705829E-6	-7.077033519704E-7
0.36	-2.50527832890209E-6	-9.01900198404753E-7
0.37	-3.10822307456072E-6	-1.15004253758747E-6
0.38	-3.86219788387383E-6	-1.46763519587205E-6
0.39	-4.80744912885083E-6	-1.87490516025182E-6
0.4	-5.99589793425782E-6	-2.39835917370313E-6
0.41	-7.49488803048202E-6	-3.07290409249763E-6
0.42	-9.39226595937391E-6	-3.94475170293704E-6
0.43	-1.18033096602084E-5	-5.0754231538896E-6
0.44	-1.48802342524937E-5	-6.54730307109721E-6
0.45	-1.88253073505157E-5	-8.47138830773206E-6
0.46	-2.39090414616021E-5	-1.0998159072337E-5
0.47	-3.04955539781731E-5	-1.43329103697414E-5
0.48	-3.90780805856928E-5	-1.87574786811326E-5
0.49	-5.03289138063782E-5	-2.46611677651253E-5
0.5	-6.51698879870378E-5	-3.25849439935189E-5
0.51	-8.48721915557375E-5	-4.32848176934261E-5
0.52	-0.000111198112555905	-5.78230185290706E-5
0.53	-0.000146602818435661	-7.76994937709003E-5
0.54	-0.000194522155366351	-0.00010504196389783
0.55	-0.000259783736034353	-0.000142881054818894
0.56	-0.000349194676376727	-0.000195549018770967
0.57	-0.000472382167496106	-0.00026925783547278
0.58	-0.000642995199396162	-0.000372937215649774
0.59	-0.000880420479866527	-0.000519448083121251
0.6	-0.00121222684847485	-0.00072733610908491
0.61	-0.0016776343749015	-0.00102335696868992
0.62	-0.00233240981840043	-0.00144609408740827
0.63	-0.00325571813022601	-0.00205110242204239
0.64	-0.00455959946636986	-0.00291814365847671
0.65	-0.00640186303158995	-0.00416121097053347
0.66	-0.00900323226783089	-0.00594213329676839
0.67	-0.0126694422513422	-0.00848852630839928
0.68	-0.0178185702663348	-0.0121166277811077
0.69	-0.0250131726152103	-0.0172590891044951
0.7	-0.0349962057034466	-0.0244973439924126
0.71	-0.0487305005129725	-0.0345986553642105
0.72	-0.0674461493593037	-0.0485612275386987
0.73	-0.0927111211754524	-0.0676791184580802
0.74	-0.126557118990166	-0.0936522680527225
0.75	-0.171707110924394	-0.128780333193296
0.76	-0.231950037168066	-0.17628202824773
0.77	-0.312691526881064	-0.240772475698419
0.78	-0.421709168705905	-0.328933151590606
0.79	-0.570134924329893	-0.450406590220615
0.8	-0.773436130843352	-0.618748904674681
0.81	-1.05195797319152	-0.852085958285127
0.82	-1.43103859289446	-1.17345164617346
0.83	-1.94092038924719	-1.61096392307517
0.84	-2.6165184961526	-2.19787553676818
0.85	-3.49713878605742	-2.9725679681488
0.86	-4.62632691134433	-3.97864114375612
0.87	-6.05199587473401	-5.26523641101859
0.88	-7.82684583442643	-6.88762433429525
0.89	-10.0089563007322	-8.90797110765162
0.9	-12.6623682171323	-11.3961313954191
0.91	-15.8574850428555	-14.4303113889985
0.92	-19.671170713966	-18.0974770568487
0.93	-24.1864736223728	-22.4934204688067
0.94	-29.4919464029571	-27.7224296187796
0.95	-35.6805642363027	-33.8965360244876
0.96	-42.8482763531653	-41.1343452990387
0.97	-51.0922597294206	-49.559491937538
0.98	-60.5089785441066	-59.2987989732245
0.99	-71.1921818967764	-70.4802600778087
1	-83.2309883153596	-83.2309883153596
1.01	-96.7082030070314	-97.6752850371017
1.02	-111.698990649557	-113.932970462548
1.03	-128.269985666462	-132.118085236456
1.04	-146.478870590695	-152.338025414323
1.05	-166.374400905167	-174.693120950425
1.06	-187.99681098111	-199.276619639976
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