Poster session 2

• 01_1335 • 01_1335-Scalable Fabrication of High-performance Perovskite Solar Modules and their Application to Photo-rechargeable Batteries > Y. Young Yun KIM (Daejeon) • 02_1207 • 02_1207-Sodium titanates with controlled morphology as effective anode materials for lithium- and sodium-ion batteries > S. Silva STANCHOVSKA (Sofia) • 03_1307 • 03_1307-Electrochemical Suzuki-Miyaura cross-coupling using peptide bolaamphiphile hydrogel supported Pd NPs as heterogeneous electrocatalyst > D. Deepak K. K. KORI (Indore) • 04_1274 • 04_1274-The effect of Sn doping on the optical properties of polycrystalline Sb2Se3 > M. Mehmet Ender USLU (Tallinn) • 05_1256 • 05_1256-A water-based flowless energy-dense Zinc-ion Bromine Battery > J. Jiaxiong ZHU (Hongkong) • 06_1184 • 06_1184-Studying the Membrane Electrode Assembly (MEA) for a Hydrogen-Manganese Redox Flow Battery (RFB) > H. Haoyu ZHANG (London) • 07_1195 • 07_1195-Heat Activated Nb-Doped Vanadium Dioxide Cathodes for Zinc Ion Batteries > S. Selay AYDIN (Eskisehir) • 08_1194 • 08_1194-Molybdenum Doped Vanadium Dioxide as High-Performance Aqueous Zinc-Ion Battery > B. Busra AYDOGDU (Eskisehir) • 09_1050 • 09_1050-RF Energy Harvesting with Vertical Pt/MoSe2 Schottky Diode-Based Crystal Radio > S. Sungjae HONG (Seoul) • 10_987 • 10_987-Fabrication, photovoltaic characterization, and study of degradation mechanisms of a dye-sensitized solar cell based on sustainable tetrapyrrole-dyes extracted from Baltic microalgae > L. Liv SIEBERT (Lübeck) • 11_1067 • 11_1067-Synthesis of PdRhalloy@ZnO-CeO2 core-shell nanoparticles with different shell composition for photocatalyst > G-J. Geun-Jae OH (Jeonju) • 12_1006 • 12_1006-Development of Si-organic-based Binder for High-performance Li-ion batteries > J. Jihee YOON (Changwon) • 13_1002 • 13_1002-Improvement of the physical properties of nanostructured AgxO thin films grown by Glancing Angle Deposition (GLAD) method > F. Ferid CHAFFAR AKKARI (Tunis) • 14_997 • 14_997-Materials for the conversion of solar energy with photovoltaic applications > I. Irinela CHILIBON (Magurele) • 15_274 • 15_274-Electrochemical Influence of Aqueous Binders on LiFePO4 Cathodes > R. Ryan PARMENTER (Canterbury) • 16_973 • 16_973-Constructing MWCNT/ZIS nanocomposite to enhance photoelectrochemical water splitting performance > M. Mohit MOHIT (New Delhi) • 17_942 • 17_942-Computational analysis of the enhancement of photoelectrolysis using transition metal dichalcogenide heterostructures > E. Edward BAKER (Exeter) • 18_554 • 18_554-Modification of Aluminum Alloy Anode using Iron for Enhancing Rechargable Aluminum Battery Operation > G. Ghadir RAZAZ (Sundsvall) • 19_787 • 19_787-The Investigation of Carbon Coating on Iron-Oxide Actives for Lithium-ion Batteries > W-C. Wei-Chun SU (Hsinchu City) • 20_857 • 20_857-Investigation of the order-disorder transition in (Cu,Ag)2ZnSn(S,Se)4 monograin powders > I. Idil MENGÜ (Tallinn) • 21_841 • 21_841-Transition metal dichalcogenides for photovoltaics > F. Farabi BOZHEYEV (Geesthacht) • 22_403 • 22_403-The Effect of Zinc-based-oxide Coating on Iron-oxide Actives for Lithium-Ion Batteries > W-C. Wei-Chen LIU (Hsinchu) • 23_800 • 23_800-Porous network carbon structure on Si-C composite for lithium ion battery > H-S. Hee-Suk CHUNG (Jeonju-Si) • 25_792 • 25_792-Evaluation of characteristics according to cathode material particle size in PEO/LLZO-based all-solid-state battery > Y. Youngwoong SONG (Gwangju) • 26_764 • 26_764-Lithium-ion battery with the carbon nanofibers applied carbon nanowalls > K. Kangmin KIM (Daejeon) • 27_738 • 27_738-Enhanced Proton-conducting Nanohybride Membranes with Graphene Oxide and (3-mercaptopropyl)trimethoxysilane for PEMFCs > M. Md Shahjahan Kabir CHOWDURY (Gumi) • 28_576 • 28_576-Manganese-Based Tunnel & Layered oxide Cathode Materials for Secondary Metal-Ion Batteries > J. Jaya YADAV (Bengaluru) • 29_718 • 29_718-The Impact of Different Spin Coating speed on the Properties of Cu2ZnSnS4 Nanocrystal Thin Films > A. Asaad ALLUHAYBI (Durham) • 30_673 • 30_673-Design of conductive and ultrathin iridium catalyst layers for highly efficient and stable PEM-water electrolysis > A. Ahyoun LIM (Mülheim An Der Ruhr) • 31_251 • 31_251-Reconstruction of Cobalt Molybdenum Oxide Pre-catalyst for Boosted Hydrogen Production: Structure Evolution and Performance Enhancement Mechanism Insight > A. Anquan ZHU (Kowloon) • 32_613 • 32_613-Interface engineering for organic and perovskite solar cells introducing simple non-conjugated polymer > S. Soonil HONG (Daejeon) • 33_612 • 33_612-Fabrication of Hydrogen Permeation Leak Element using Atomic Layer Deposition on Anodic Aluminum Oxide > N-K. Nak-Kwan CHUNG (Daejeon) • 34_598 • 34_598-N-doped carbon framework encapsulated Pt-Ni dual-site single atoms and alloy nanoparticles for ORR/HER bifunctional electrocatalyst > T. Thanh Duc LE (Jeonju) • 36_569 • 36_569-Self-activated porous carbon template for lithium ion battery anode > H-S. Hee-Suk CHUNG (Jeonju-Si) • 38_423 • 38_423-Fabrication of Nickel Antimony Oxide-Carbon Black Composite Anode for Alkali-ion Batteries by Electrophoretic Deposition Technique > U. Unmesha RAY (Kharagpur) • 39_505 • 39_505-Investigations on Na-doped Cu2ZnSnS4 thin films as a critical raw material-free for photovoltaic applications > N. Naoufel KHEMIRI (Tunis) • 40_371 • 40_371-A novel synthesis method of sulfide-based solid electrolytes for the high energy density all-solid-state batteries. > J. Jun Woo PARK (Changwon) • 41_420 • 41_420-Microwave-Induced Surface Defects in Lithium Titanate Oxide over the Wide Voltage Window for High Energy Li-Ion Hybrid Capacitors > S. Segi BYUN (Daejeon) • 42_415 • 42_415-Synthesis of garnet LLZO by aliovalent co-doping, and electrochemical behavior of composite solid electrolyte for all-solid lithium batteries > M-Y. Min-Young KIM (Gwangju) • 43_392 • 43_392-Effect of Charge Transport Layers and applied potential on the impedance spectra in CH3NH3PbI3 perovskite solar cells > M. Marouan KHALIFA (Hammam Lif) • 44_331 • 44_331-Practical Solid-State Synthesis of Supported Pt-Co Nanoparticles for Proton Exchange Membrane Fuel Cells > T. Tae Yong YOO (Seoul) • 45_335 • 45_335-The solution-based synthesis of Li6PS5Cl solid electrolyte for effective lithium ion conduction in the cathode electrode of all-solid-state batteries > J-H. Jun-Ho PARK (Changwon-Si) • 46_303 • 46_303-TiO2 nanograss tubes as hybrid membrane in Li-S Battery > K. Kim DOOHUN (Changwon) • 47_301 • 47_301-Electroplated Nickel-phosphorous HER catalysts with the enhanced performance and stability via electrochemical surface-treatment > K. Kwangsup EOM (Gwangju) • 48_299 • 48_299-Plasma-induced Heterojunction Material as Cathode Additive to Adjust Polysulfides Conversion of Lithium-sulfur Battery > Y. Yechen LEI (Hong Kong, China) • 49_279 • 49_279-Characteristics of VOx thin films fabricated by closed-field unbalanced magnetron sputtering system for thermochromic devices > J. Jaehyeong LEE (Suwon-Si) • 50_264 • 50_264-An interfacial wetting water based hydrogel electrolyte for high-voltage flexible quasi solid-state supercapacitors > T-C. Ta-Chung LIU (Taipei City) • 51_245 • 51_245-Interface chemistry engineering for advanced aqueous Zn metal batteries > W. Weiwei HAN (Seoul) • 53_182 • 53_182-Hydrogen Spillover and Storage on Graphene with Single-Site Ti Catalysts > C-L. Chung-Lin WU (Tainan) • 54_203 • 54_203-Unassisted Solar water splitting via Organometal Halide Perovskite-Based dual Photoelectrodes > S. Sanghan LEE (Gwangju) • 55_183 • 55_183-Electrolyte Engineering Enables Stable Zn-Ion Deposition for Long-Cycling Life Aqueous Zn-ion Batteries > Y. Yan WU (Hong Kong) • 57_154 • 57_154-Enhanced performances of lithium metal batteries by synergistic effect of low concentration bisalt electrolyte > T. Thuy Duong PHAM (Seoul) • 58_133 • 58_133-Direct and in situ growth of 1T’ TMDs on electrochemically synthesized MXene as an electrocatalyst for hydrogen generation > S. Sin Yi PANG (Hong Kong) • 59_117 • 59_117-Modified MXene for Regulating Sulfur Evolution Reactions in High-Volumetric-Energy-Density Lithium-Sulfur Batteries > V. Viet Phuong NGUYEN (Daejeon) • 60_1648 • 60_1648-The important role of thermal stability for the design of Cu3N films by RF sputtering as solar absorbers > M. Maria Isabel RODRIGUEZ (Madrid)