| CIG-P6-1 |
CIG-P-49 |
Jin Hyeok Kim |
Effects of pH on the characteristics of poly-crystalline ZnS thin film in acidic medium by CBD method |
| CIG-P6-2 |
CIG-P-54 |
Jin Hyeok Kim |
Effect of complexing agents on the properties of ZnS thin films on glass substrates in acidic medium by CBD technique |
| CIG-P6-3 |
CIG-P-56 |
Jin Hyeok Kim |
Effects of the annealing atmosphere on the characteristics of ZnS thin films prepared using chemical bath deposition |
| CIG-P6-4 |
CIG-P-66 |
Jin Hyeok Kim |
Effects of doping elements on the characteristics of ZnO thin films prepared by RF magnetron sputtering system |
| CIG-P6-5 |
CIG-P-72 |
Jae-Young Leem |
Characteristics of Two Step Growth of Zinc Oxide Nanostructures on Si (100) Substrate Grown by Hydrothermal Process |
| CIG-P6-6 |
CIG-P-73 |
Jae-Young Leem |
Characteristics of ZnO Thin Films on Interrupts Induced ZnO Buffer Layer Grown by Plasma-Assisted Molecular Beam Epitaxy |
| CIG-P6-7 |
CIG-P-74 |
Jae-Young Leem |
Effect of Growth Interruption on Structural and Optical Properties of ZnO Epitaxial Layer Grown by Plasma-Assisted Molecular Beam Epitaxy |
| CIG-P6-8 |
CIG-P-75 |
Jae-Young Leem |
Influence of Solution Concentrations on the Growth of ZnO Nanostructure by Hydrothermal Method |
| CIG-P6-9 |
CIG-P-76 |
Jae-Young Leem |
MBE Growth and Characterization of ZnO Epitaxial Layers with Thermal Annealed ZnO Buffer Layers in Oxygen Plasma |
| CIG-P6-10 |
CIG-P-77 |
Ho Seong Lee |
Microstructural and optical properties of ZnO nanotubes by electro-deposition method |
| CIG-P6-11 |
CIG-P-78 |
Jae-Young Leem |
Influence of ZnO Buffer Layer with Growth Interrupts on Properties of ZnO Epitaxial Layer Grown by PAMBE |
| CIG-P6-12 |
CIG-P-79 |
Jae-Young Leem |
Studies on Properties of ZnO Epitaxial Layers with Annealed Initial Zn Layers Grown by Plasma-Assisted Molecular Beam Epitaxy |
| CIG-P6-13 |
CIG-P-80 |
Woo Kyoung Kim |
Effect of Na on the reaction kinetics of CuInSe2 formation |
| CIG-P6-14 |
CIG-P-81 |
Jeung-hyun Jeong |
Novel method to evaluate interfacial adhesion of molybdenium/sodalime glass in CIGS solar cells |
| CIG-P6-15 |
CIG-P-82 |
Nowshad Amin |
Performance Analysis of CIGS Solar Cells with Various Buffer Layers by SCAPS |
| CIG-P6-16 |
CIG-P-83 |
Bae-Heng Tseng |
Effects of a thin Al interlayer on the selenization process of CuInSe2 |
| CIG-P6-17 |
CIG-P-84 |
Jeung-hyun Jeong |
Optical characterization of the microstructure of Mo back contact and its effect on Na diffusion into Cu(In,Ga)Se2 absorber |
| CIG-P6-18 |
CIG-P-85 |
Jae-Ho Lee |
Electrochemical characterization of CdSe and CdTe thin films from acidic aqueous solution |
| CIG-P6-19 |
CIG-P-86 |
Kyoo Ho Kim |
Cu2ZnSnSe4 Thin Films prepared by RF Sputtering of Ternary Cu-Zn-Sn Alloy Target and Sequential Selenization |
| CIG-P6-20 |
CIG-P-87 |
Jin Hyeok Kim |
Effects of Cu composition ratio on the characteristics of Cu2ZnSnS4 thin films formed by sulfurization of Cu/ZnS/SnS2 multi-stacked precursors deposited by sputtering method |
| CIG-P6-21 |
CIG-P-88 |
SangHo Sohn |
The effect of substrate temperature on CdTe layer in thin film solar cell |
| CIG-P6-22 |
CIG-P-89 |
Jin Hyeok Kim |
Comparison with properties of Cu2ZnSnS4(CZTS) thin films prepared by sulfurization of multi-stacked precursors obtained from Sn and SnS2 target |
| CIG-P6-23 |
CIG-P-90 |
Lei Wang |
Preparation of CuInSe2 thin films by use of based on metal inks |
| CIG-P6-24 |
CIG-P-91 |
Jin Hyeok Kim |
Investigation on structural, optical and electrical properties of Cu2ZnSnS4 thin films formed by sulfurization of Cu-ZnS-Sn mixed precursors prepared by co-sputtering method. |
| CIG-P6-25 |
CIG-P-92 |
Pung Keun Song |
Characteristics of Al-, Ga-, or In-doped zinc-oxide films as transparent conducting electrodes in organic light-emitting devices |
| CIG-P6-26 |
CIG-P-93 |
Jea-Hwan Park |
Effect of Rapid Thermal Annealing on the Properties of CdS Films Prepared by Chemical Bath Deposition on Gallium-doped Zinc Oxide Substrates |
| CIG-P6-27 |
CIG-P-94 |
Donggun Lim |
The effect of InxSey buffer layers in Cu(In,Ga)Se2 thin-film solar cells |
| CIG-P6-28 |
CIG-P-95 |
Gye-Choon Park |
A Study on the Properties of CuInS2 thin films by sulfurization. |
| CIG-P6-29 |
CIG-P-96 |
Jae-Hyeong Lee |
Thermal stability of aluminum and hydrogen doped ZnO films for thin film solar cell applications |
| CIG-P6-30 |
CIG-P-97 |
Sang-Woo Kim |
Ga-doped ZnO Thin Films Prepared Using Aqueous Solution for CIGS Solar Cells |
| CIG-P6-31 |
CIG-P-98 |
Chia-Hua Huang |
Dependence of Microstructure of Co-evaporated Cu(In,Ga)Se2 Films on Deposition Conditions of Substrate Temperatures and Se/(In+Ga) ratios |
| CIG-P6-32 |
CIG-P-99 |
Hyung Koun Cho |
Electrical and Structural properties of Al-doped ZnO films grown by atomic layer deposition with controlled doping level |
| CIG-P6-33 |
CIG-P-102 |
Yoon Soo Han |
Solvothermal synthesis and characterization of a CuInTe2 compound for chalcogenide-type photovoltaics |
| CIG-P6-34 |
CIG-P-103 |
Dong Chan Shin |
The manufacturing cost analysis of CIGS thin film solar cells |
| CIG-P6-35 |
CIG-P-104 |
Michael H.-C. Jin |
Preparation of CuInS2 Thin-Films by a Non-vacuum, Nanoparticle-based Process for Solar Cells |
| CIG-P6-36 |
CIG-P-105 |
Muhammad Islam |
Determination of Cu(In,Ga)3Se5 defect phase in CIGS material by Rietveld analysis |
| CIG-P6-37 |
CIG-P-106 |
Kyunghoon Yoon |
Effects of substrate temperature on properties of Cu2ZnSnSe4 thin films fabricated by co-evaporation technique |
| CIG-P6-38 |
CIG-P-107 |
K. T. Ramakrishna Reddy |
Characterization of Al-doped ZnS layers Synthesized by Chemical Precipitation Method |
| CIG-P6-39 |
CIG-P-108 |
Ramakrishna Reddy K.T. |
Physical Properties of ZnSxSe1-x Films Grown by Close Spaced Evaporation |
| CIG-P6-40 |
CIG-P-109 |
Pung-Keun SONG |
Characterization of OLED devices using IZO and IZTO films deposited by DC magnetron sputtering |
| CIG-P6-41 |
CIG-P-110 |
Kyung Hoon Yoon |
Fabrication and Characterization of Wide Band-gap Cu(In1-xGax)Se2 Thin Film Solar Cells for Tandem Structure |
| CIG-P6-42 |
CIG-P-111 |
Kenji Yoshino |
Ag-III-Se2 based Solar Cells Grown by Single Source Evaporation Method |
| CIG-P6-43 |
CIG-P-112 |
Kenji Yoshino |
Dependence of Cu/In ratio of CuInTe2 Crystals Grown by Hot-press Method |
| CIG-P6-44 |
CIG-P-113 |
Seiji Yamazoe |
Development of p-type TCO, SrCu2O2, films for thin film solar cells |
| CIG-P6-45 |
CIG-P-114 |
W. J. Lee |
Preparation and characterization of p-type ZnO thin films by pulsed laser deposition |
| CIG-P6-46 |
CIG-P-115 |
Zue-Chin Chang |
Characteristics of the Cd-free CIGS solar cell prepared by RF magnetron sputtering with non-selenization process |
| CIG-P6-47 |
CIG-P-116 |
Ingo Riedel |
Defect Spectroscopy on CuInS2 Photovoltaic Devices with Varying Ga-Content |
| CIG-P6-48 |
CIG-P-117 |
Ingo Riedel |
Voltage Bias Dependent Quantum Efficiency Measurements on CIGS Solar Cells |
| CIG-P6-49 |
CIG-P-118 |
Shinho Cho |
Properties of Nitrogen and Aluminium Codoped ZnO Thin Films Grown with Different Nitrogen Flow Ratios |
| CIG-P6-50 |
CIG-P-119 |
Won Mok Kim |
An optical simulation algorithm based on ray tracing technique for light absorption in thin film solar cells |
| CIG-P6-51 |
CIG-P-120 |
Liudmila Larina |
Band Discontinuities at Zn-Compound/CdS/CIGS Heterojunction |
| CIG-P6-52 |
CIG-P-121 |
Kyung Hwan Kim |
Effect of substrate temperature on the properties of ZnO:Al window layer for CIGS thin film solar cells |
| CIG-P6-53 |
CIG-P-122 |
Inyoung Kim |
Fabrication and Characterization of Printed Cu2ZnSnS4 thin films |
| CIG-P6-54 |
CIG-P-123 |
Chul-Hwan Choi |
The Effect of Post Electron Beam Treatments on Electronic and Optical Properties of Al doped ZnO Films |
| CIG-P6-55 |
CIG-P-124 |
Sang-Woo Kim |
Enhancement of photo-conversion efficiency in inverted structure hybrid solar cells by and electron blocking layer |
| CIG-P6-56 |
CIG-P-125 |
Takahiro Mise, Tokio Nakada |
Improved Open-Circuit-Voltage by Addition of Non-Doped ZnMgO Layers for Cd-Free CIGS Solar Cells |
| CIG-P6-57 |
CIG-P-126 |
Chinwoo Lim |
The Sodium Effect of CIGS Thin Film Solar Cells |
| CIG-P6-58 |
CIG-P-127 |
Seung-Yup Lee |
Structural and Electrical Properties of CIGS Thin Films: Composition Effect |
| CIG-P6-59 |
CIG-P-128 |
Jae Hak Jung |
Inverse Modeling of Cu(InGa)Se2 Solar Cell |
| CIG-P6-60 |
CIG-P-129 |
Chan-Wook Jeon |
Initial stage of selenization of CuInGa/Se stacked layer |
| CIG-P6-61 |
CIG-P-130 |
Chia-Hua Huang |
Preparation and characterization of chemical bath-deposited Mg(OH)2 films as buffer layers for Cu(In,Ga)Se2 solar cells |
| CIG-P6-62 |
CIG-P-131 |
Jeongdai Jo |
Fabrication of Thin-Film Layer of CIGS Solar Cell using Printing Processes |
| CIG-P6-63 |
CIG-P-132 |
Hee Kyung Yoon |
Structural properties of CdS buffer layer : CIGS composition effect |
| CIG-P6-64 |
CIG-P-133 |
Woo-Gwang Jung |
Comparison of characteristics of CdS/CdTe hetero junction solar cell fabricated in different methods |
| CIG-P6-65 |
CIG-P-134 |
Zhang Li |
The effect of sodium on the structural and electrical properties of Cu(In,Ga)Se2 film on polyimide substrate |
| CIG-P6-66 |
CIG-P-135 |
Nam-Hee Cho |
Effect of Substrate Bias and Temperature on the Structural and Physical Characteristics of nc-Si:H Films Prepared by PECVD |
| CIG-P6-67 |
CIG-P-136 |
Yong Soo Cho |
Influence of Precursor Ratios on the Properties of Chalcopyrite Thin Films Prepared by spin coating technique |
| CIG-P6-68 |
CIG-P-137 |
Yong Soo Cho |
Optical and Electrical Properties of Cu-deficient Cu(In,Ga)Se2 Thin Films Prepared by Pulsed Laser Deposition |
| CIG-P6-69 |
CIG-P-138 |
A.V. Moholkar |
Synthesis and characterization of sprayed CZTS thin films for solar cell applications |
| PMS-P6-1 |
PMS-P-02 |
Naoyasu Katsumata |
ESTIMATION OF IRRADIANCE AND OUTDOOR PEFORMANCE OF PHOTOVOLTAIC MODULES BY METEOROLOGICAL DATA |
| PMS-P6-2 |
PMS-P-03 |
Seung-Ho Yoo |
Available Remodeling Simulation for a BIPV as a shading device |
| PMS-P6-3 |
PMS-P-04 |
Rattanasuda Naewngerndee |
Finite Element Method for Computational Fluid Dynamic to design Photovoltaic Thermal (PV/T) system configuration |
| PMS-P6-4 |
PMS-P-06 |
Nowshad Amin |
Development of Cost Efficient Automated Charge Controller with Real-Time Monitoring Features for Standalone Solar PV Systems |
| PMS-P6-5 |
PMS-P-07 |
Christopher John Hibberd |
Voltage-dependent quantum efficiency measurements of amorphous silicon multi-junction mini-modules |
| PMS-P6-6 |
PMS-P-09 |
Kohei Yamasaki |
EFFECT OF SERIES RESISTANCE ON SILICON-BASED PHOTOVOLTAIC MODULES ANALYZED BY DEVICE SIMULATION |
| PMS-P6-7 |
PMS-P-10 |
Yunho Hong |
Development of thin film solar cell integration using oblique deposition |
| PMS-P6-8 |
PMS-P-13 |
Prof Edison Meyer |
Photovoltaic Thermo- Siphon System in South Africa |
| PMS-P6-9 |
PMS-P-14 |
Heon Lee |
Enhanced performance of solar cells with anti-reflection layer fabricated by nano-imprint lithography |
| PMS-P6-10 |
PMS-P-15 |
Heon Lee |
Fabrications of protective cover-glasses on photovoltaic systems with high transmittance and self-cleaning property |
| PMS-P6-11 |
PMS-P-16 |
Charles Lawrence Waithiru |
A theoretical study of corrosion and SiO2 growth near contact metals and its effect PV module series resistance and power output. |
| PMS-P6-12 |
PMS-P-18 |
Takumi TAKASHIMA |
Experimental Studies of Fault Location in PV Strings by Time Domain Reflectometry |
| PMS-P6-13 |
PMS-P-19 |
Chung-Hwan Jeon |
Numeracal Analysis on the Thermal Characteristics of a Photovoltaic Module with Ambient Temperature Variation |
| PMS-P6-14 |
PMS-P-20 |
Kyung-Eun Park |
Analysis of Seasonal Energy Performance of Vertical PV Module |
| PMS-P6-15 |
PMS-P-21 |
Khanchai Tunlasakun |
NI SPEEDY 33 – Based Islanding Detection for Photovoltaic Grid Connected Inverter |
| PMS-P6-16 |
PMS-P-22 |
Junichi Akita |
Controlling flash power to save the energy consumption and to extend the lifetime of the flash components at photovoltaic module tester |
| PMS-P6-17 |
PMS-P-23 |
Charathip Chunkul |
Solar Powered Carbon Monoxide Alarm for Indoor Parking Car |
| PMS-P6-18 |
PMS-P-24 |
Khanchai Tunlasakun |
Design and Implementation of Solar Integrator Based on Personal Digital Assistant |
| PMS-P6-19 |
PMS-P-25 |
Kyung Soo Kim |
Certificate Test and Related Test Method for Crystalline Silicon PV Module |
| PMS-P6-20 |
PMS-P-26 |
Narongrit Pimkumwong |
A Solar-Powered Battery Charger with Three Point Current Comparison Method Maximum Power Point Tracking |
| PMS-P6-21 |
PMS-P-27 |
Narongrit Pimkumwong |
A Photovoltaic Battery Charger with Three Perturbation Points Comparison Algorithm Maximum Power Point Tracking |
| PMS-P6-22 |
PMS-P-29 |
Cheng-Yu Peng |
THE ELECTROLUMINESCENCE IMAGING TO MODULE PERFORMANCE OF COVER GLASS COMPARISON BY FOCUS SEARCH METHOD |
| PMS-P6-23 |
PMS-P-30 |
Youn Ok Choi |
The Operating Performance Analysis of PV Array for Arch Type |
| PMS-P6-24 |
PMS-P-31 |
Youn Ok Choi |
A Study on the Stand-Alone PV System apply to Ni-MH Battery |
| PMS-P6-25 |
PMS-P-33 |
Cheng-Yu Peng |
THE MODULE PERFORMANCE OPTIMIZATION BY CELL SORTING DETERMINATION |
| PMS-P6-26 |
PMS-P-34 |
Michal Krawczynski |
Influence of spectral measurements on estimated reference yield uncertainty |
| PMS-P6-27 |
PMS-P-36 |
Takashi Minemoto |
CLEARNESS INDEX AND AIR MASS IMPACTS ON ENVIRONMENTAL FACTORS AND OUTDOOR PERFORMANCE OF THIN-FILM SILICON PHOTOVOLTAIC MODULES |