bluuebunny/crossref_metadata_2025 huggingface dataset:
Structurally Tuned Nitrogen Doped Cerium Oxide As a Superior Free Radical Scavenger for Mitigating Polymer Electrolyte Membrane Degradation
Authors: Prabhakaran Venkateshkumar , Ramani Vijay K.
Published: February 2020

Abstract not Available.
Numerical Analysis of PEMFC Unsteady Performance Considering Water and Thermal Transport
Authors: Fukuda Takanori , Sato Akira , Araki Takuto
Published: February 2020

Abstract not Available.
Scale-Up Synthesis of Au Core/Pt Shell Structured Catalysts and Their Electrochemical Properties
Authors: Ikehata Yuta , Aoki Naoya , Inoue Hideo , Daimon Hideo , Inaba Minoru
Published: February 2020

Abstract not Available.
Electrochemical Properties and Durability of Electrocatalysts Supported on SnO
2
Authors: Tsukatsune Takuya , Takabatake Yuma , Noda Zhiyun , Hayashi Akari , Sasaki Kazunari
Published: February 2020

Abstract not Available.
ORR Activity of Pd Core/Pt Shell Structured Catalyst Synthesized With Scale-Up Process
Authors: Aoki Naoya , NIshikawa Takehito , Ikehata Yuta , Daimon Hideo , Inaba Minoru , Inoue Hideo
Published: February 2020

Abstract not Available.
Enhancement of Oxygen Reduction Activity of Zirconium Oxide-Based Cathode for PEFC
Authors: Yin Shihong , Ishihara Akimitsu , Kohno Yuji , Matsuzawa Koichi , Mitsushima Shigenori , Ota Ken-ichiro , Matsumoto Masashi , Imai Hideto
Published: February 2020

Abstract not Available.
Advanced Durability Tests for High Temperature PEM Fuel Cells
Authors: Jeon Yukwon , Jeon So-Me , Park Jeongho , Shul Yong-gun
Published: February 2020

Abstract not Available.
Corrosion Study of Mesoporous Carbon Supports for Use in PEM Fuel Cells
Authors: Forouzandeh Farisa , Banham Dustin , Feng Fangxia , Li Xiaoan , Ye Siyu , Birss Viola
Published: February 2020

Abstract not Available.
Composite Carbon Nanotube and Titania Catalyst Supports for Enhanced Activity and Durability
Authors: Rigdon William A. , Larrabee Diana , Huang Xinyu
Published: February 2020

Abstract not Available.
Influence of Cell Geometry and Operating Parameters On Performance of a Redox Flow Battery With Serpentine and Interdigitated Flow Fields
Authors: Tsushima Shohji , Sasaki Sho , Hirai Shuichiro
Published: February 2020

Abstract not Available.
A Quinone-Based Flow Battery for Large-Scale Electrochemical Energy Storage
Authors: Huskinson Brian , Marshak Michael P. , Gerhardt Michael R. , Aziz Michael J.
Published: February 2020

Abstract not Available.
Covalent Decoration of Reduced Graphene Oxide with Dendrimer-Encapsulated Nanoparticles
Authors: Ju Youngwon , Kim Jun Myung , Kim Joohoon
Published: February 2020

Abstract not Available.
Growth of Carbon Nano-Tubes On Carbon Fiber Textile for Lithium-Air Battery Cathode
Authors: Kim Young-Bok , Kim Il To , Song Myeong Jun , Shin Moo Whan
Published: February 2020

Abstract not Available.
A New Analytical Model for Improving Sub-Threshold Conduction of MOSFETs
Authors: Ahmed Taufiq , Hasan Nazmul
Published: February 2020

Abstract not Available.
Characterisation of Interfaces in a Rechargeable Aqueous Lithium-Air Cell
Authors: Frenck Louise , Stevens Philippe , Toussaint Gwenaëlle , Bouchet Renaud
Published: February 2020

Abstract not Available.
Preparation of Ptsn/C Electrocatalysts By An Alcohol-Reduction Process Using Different Conditions for Ethanol Electro-Oxidation
Authors: Ribeiro Vilmaria Aparecida , Sekol Ryan C. , Taylor André D. , Neto Almir Oliveira , Spinacé Estevam V.
Published: February 2020

Abstract not Available.
Redox-Magnetohydrodynamic (RMHD) Pumping With PEDOT-Modified Electrodes
Authors: Nash Christena Kayl , Fritsch Ingrid
Published: February 2020

Abstract not Available.
Electrochemical Characterization of Nanoparticles With Different Morphologies
Authors: Hu Mengjia , Taylor Eric C. , Jones Benjamin J. , Chen Jingyi , Fritsch Ingrid
Published: February 2020

Abstract not Available.
Simultaneous Measurements of Positive and Negative Electrodes of LIRB By in-situ EIS During Charge-Discharge Cycle
Authors: Honda Keiichiro , Hoshi Yoshinao , Shitanda Isao , Itagaki Masayuki , Okuyama Arata , Kawai Hideki , Aoki Yuichi
Published: February 2020

Abstract not Available.
Preparation and Electrochemical Behavior of Carbonaceous Fiber Sheets Derived From Bamboo
Authors: Kinumoto Taro , Matsumura Takuya , Matsuoka Miki , Tsumura Tomoki , Toyoda Masahiro
Published: February 2020

Abstract not Available.
Demonstration of Enhanced Sensitivity to CO in H2 of an Electrochemical Analyzer
Authors: Quesada Calita , Rockward Tommy , Garzon Fernando H , Mukundan Rangachary
Published: February 2020

Abstract not Available.
Synthesis of Nanostructured Bi2Te3 by Controlling Metal Species in Aqueous Solution
Authors: Yokoyama Shun , Sato Keita , Takahashi Hideyuki , Tohji Kazuyuki
Published: February 2020

Abstract not Available.
Specific Redox Properties of Ferrocenyl-Thiol SAM in Ionic Liquids
Authors: Asai Takahiro , Aoyama Syodai , Kitada Atsushi , Ichii Takashi , Sugimura Hiroyuki , Murase Kuniaki
Published: February 2020

Abstract not Available.
Development of Transition Metal Oxynitride Electrodes for Supercapacitors
Authors: Wu Haoran , Lian Keryn
Published: February 2020

Abstract not Available.
Simultaneous Ellipsometric and Potentiostatic Study of Aluminum Oxide Growth and Dissolution in Acetate Buffer
Authors: Giskeødegård Nils-Håvard , Hunderi Ola , Nisancioglu Kemal
Published: February 2020

Abstract not Available.
Physical, Electrical, and Reliability Characteristics of Multi-Step Deposition-Annealed HfO2 Film
Authors: Cheng Yi-Lung , Hsieh Cheng-Yang , Bo Tian-Cih
Published: February 2020

Abstract not Available.
Room Temperature Sensing of O2 and CO By ALD Prepared ZnO Films Coated With Pt Nanoparticles
Authors: Erkens Ivo , Blauw Michiel , Verheijen Marcel , Roozeboom F. , Kessels Erwin
Published: February 2020

Abstract not Available.
Correlation Between Defects and Electrical Characteristics/Reliability Analyzed By Integrated Evaluation Platform for SiC
Authors: Kitabatake Makoto
Published: February 2020

Abstract not Available.
On the Temperature Dependence of the Hall Factor in n-Channel 4H-SiC Mosfets
Authors: Uhnevionak Viktoryia , Burenkov Alex , Strenger Christian , Bauer Anton , Pichler Peter
Published: February 2020

Abstract not Available.
Ultra-Thin Gate Dielectrics for Leakage Current Suppression in Vertically-Scaled GaN MIS-Hemts
Authors: Meyer David J. , Downey Brian P. , Katzer D. Scott , Roussos Jason A. , Storm David F. , Ancona Mario G. , Eddy Charles R. , Binari Steven C. , Pan Ming , Gao Xiang
Published: February 2020

Abstract not Available.
Voltage Switching Limits of Lateral GaN Power Devices
Authors: Shenai Krishna
Published: February 2020

Abstract not Available.
AlGaN/GaN MIS-Hemt Gate Structure Improvement Using Al2O3 Deposited By PEALD and BCl3 Gate Recess Etching
Authors: Meunier Richard
Published: February 2020

Abstract not Available.
Performance, Reliability and YIELD Considerations In The Manufacturing Of POWER Electronics Based On SiC and GaN
Authors: Singh Rajendra , Alapatt Githin F.
Published: February 2020

Abstract not Available.
Elements of GaN-Based Integrated Power Electronics
Authors: Wetzel Christian
Published: February 2020

Abstract not Available.
Materials Issues for Vertical Gallium Nitride Power Devices
Authors: Williams Adrian D. , Moustakas Theodore D.
Published: February 2020

Abstract not Available.
MOCVD Growth of Inaln/GaN Heterostructures On Si Substrate for UV Photodiode Application
Authors: Tran Tinh Binh , Chang Edward Yi , Nguyen Quan Hong , Sahoo Kartika Chandra , Chen Chung Chen , Nguyen Lang Chi , Luc Ho Quang , Do Binh Huy
Published: February 2020

Abstract not Available.
Electrically Controllable Complex Oxide Interfaces
Authors: Chu Ying-Hao
Published: February 2020

Abstract not Available.
FDSOI technology: a power efficient solution down to 10nm
Authors: Faynot Oliver
Published: February 2020

Abstract not Available.
Low Temperature Direct Bonding 3D Stacking Technologies for High Density Device Integration
Authors: Di Cioccio Lea , Radu Ionut , Gaudin Gweltaz , Lacave Thomas , Baudin Floriane , Sadaka Mariam , Signamarcheix Thomas
Published: February 2020

Abstract not Available.
Development of Multifunctional Liner/Barrier Systems for Sub-14nm Metallization
Authors: Eisenbraun Eric
Published: February 2020

Abstract not Available.
Development of Metal Source/Drain Ge-CMOS Using TiN/Ge and HfGe/Ge Contacts
Authors: Nakashima Hiroshi , Yamamoto Keisuke , Wang Dong
Published: February 2020

Abstract not Available.
High-Quality Hybrid-GeSn/Ge Stacked-Structures By Low-Temperature Sn-Induced-Melting Growth
Authors: Kinoshita Yuki , Nishimura Tomoaki , Matsumura Ryo , Sadoh Taizoh , Miyao Masanobu
Published: February 2020

Abstract not Available.
Optimization of Cu damascene electrodeposition process in ULSI for yield and reliability improvement
Authors: Shao Ingrid , Cheng Tien , Kelly James , Findeis Paul , Angyal Matthew , Xu Yiheng , Lustig Naftali , Engbrecht Edward , Ahmed Shafaat , Ahmed Bilal
Published: February 2020

Abstract not Available.
Magneto-Electrodeposition Aupt Paticles On Carbon Paper As Cathodic Catalyst of Lithium Air Battery
Authors: Zhang Jinqiu , Li Da , An Maozhong , Yang Peixia , Wang Peng
Published: February 2020

Abstract not Available.
Effects of Gas Composition Just Before Fuel Pulses On Power Generation Characteristics At Different Fuel Supply Frequency in Pulse Jet-Rechargeable Direct Carbon Fuel Cells
Authors: Sugiyama Shiori , Yabuki Akinori , Tanaka Hiroki , Chen Ying , Ihara Manabu
Published: February 2020

Abstract not Available.
Direct Synthesis of Cu2ZnSnS4 thin Films On Substrates Using Chemical Bath Deposition for Photovoltaic Solar Cells
Authors: Arepalli Vinaya Kumar , Park Nam-Kyu , Kim Eui-Tae
Published: February 2020

Abstract not Available.
Design and Synthesis of Multi-Component Colloidal Nanocrystals for Catalysis and Sensing
Authors: Alivisatos A. Paul
Published: February 2020

Abstract not Available.
Non-Line-of-Sight Deposition of Nanoscale Separator/Electrolytes for 3D All-Solid-State Batteries
Authors: Sassin Megan Bourg , Long Jeffrey W. , Rolison Debra R
Published: February 2020

Abstract not Available.
Ultrafast Laser Spectroscopy of Electrode/Electrolyte Interfaces
Authors: Syzdek Jaroslaw , Zorba Vassilia , Mao Xianglei , Russo Richard , Kostecki Robert
Published: February 2020

Abstract not Available.
TiO2 As Electron-Extraction-Layer in Reverse Type P3HT/Icba Organic Solar Cells
Authors: Loew Noya , Komatsu Shigehiro , Akita Hiroshi , Funayama Katsuya , Yuge Tetsuharu , Fujiwara Takashi , Ihara Manabu
Published: February 2020

Abstract not Available.
Graphene Oxide and Carbon Nanotubes As Gelators for Gel Electrolytes
Authors: Ouyang Jianyong , Neo Chin Yong
Published: February 2020

Abstract not Available.
Electrochemical Liquid-Liquid-Solid Crystal Growth of Semiconductors
Authors: Maldonado Stephen
Published: February 2020

Abstract not Available.
Electrochemical Reduction Behavior of Granular SiO2 in Molten CaCl2
Authors: Yang Xiao , Yasuda Kouji , Nohira Toshiyuki , Hagiwara Rika , Ichitsubo Koki , Masuda Kenta , Homma Takayuki
Published: February 2020

Abstract not Available.
Nano Structuring for Efficient Energy Conversion
Authors: Bent S. F. , Gur Turgut M. , Prinz Fritz B.
Published: February 2020

Abstract not Available.
Dynamic Response Characteristics of Distribution Network Including Distributed Generators and Power System Stability
Authors: Shirai Yasuyuki
Published: February 2020

Abstract not Available.
Electrophoretic Deposition of Polymerically Stabilized Silica Nanoparticles for Anti-Wetting Fabrics
Authors: Joung Young Soo , Buie Cullen R.
Published: February 2020

Abstract not Available.
Hydrogen Sensing With Metal Nanoparticles Electrophoretically Deposited Onto Epitaxial Layers of III-V Semiconductors
Authors: Grym Jan , Yatskiv Roman , Lorincik Jan , Cernohorsky Ondrej
Published: February 2020

Abstract not Available.
Recent Advances in the Theory and Simulation of Underpotential Deposition
Authors: Leiva Ezequiel Pedro Marcos , Villarreal Marcos , Oviedo Oscar Alejandro , Velez Patricio , Farigliano Lucas , Pinto Alejandro , Reinaudi Luis
Published: February 2020

Abstract not Available.
Lead Underpotential Deposition On Ru Sub-Monolayer Modified Au(111) Surface
Authors: Brankovic Stanko , Yuan Qiuyi
Published: February 2020

Abstract not Available.
Study of Pt Dissolution During Formic Acid Oxidation On Thin Films Deposited Via Surface Limited Redox Replacements
Authors: Vasiljevic Natasa , Fayette Matthew , Nutariya Jeerapat , Dimitrov Nikolay
Published: February 2020

Abstract not Available.
Effect of Organic Additives On Electrochemical Reduction Assessment Using SERS Analysis
Authors: Saito Mikiko
Published: February 2020

Abstract not Available.
In Situ X-Ray Characterizations of Bismuth Electrodeposition Under Different Nucleation Mechanisms
Authors: Huang Xin , Plaza Manuel Dominguez , Ko Jun Young Peter , Brock Joel Donald
Published: February 2020

Abstract not Available.
Structural Accelerating Effect of Chloride On Copper Electrodeposition
Authors: Yanson Yuriy I. , Rost Marcel J.
Published: February 2020

Abstract not Available.
Design of Nanostructured ZnO Films By Electrochemical Deposition
Authors: Pauporté Thierry
Published: February 2020

Abstract not Available.
Electrodeposition of Continuous Ultrathin Layers of Functionalized Nanoporus Catalyst On Glassy Carbon Electrodes
Authors: Dimitrov Nikolay , Bromberg Loriana , Kamundi Martha , Xia Jiaxin , Rooney Ryan , Fayette Matthew
Published: February 2020

Abstract not Available.
Electrochemical Metal Chalcogenides for Electrocatalysis and Energy Storage
Authors: Stevenson Keith J. , Redman Daniel William
Published: February 2020

Abstract not Available.
Nonvolatile Resistance Switching in Electrodeposited Metal Oxide Thin Films
Authors: Switzer Jay A. , Koza Jakub A. , Schroen Ian
Published: February 2020

Abstract not Available.
Superconformal Film Growth: Challenges and Opportunities
Authors: Moffat Thomas P. , Liu Guokun , Zou Shouzhong , Richter Lee , Ou Yang Liang-Yueh , Wheeler Daniel , Josell Daniel
Published: February 2020

Abstract not Available.
Electrochemical Synthesis of Soft Ferromagnetic Thin Films and Nanostructures for Magnetic Recording and MEMS Application
Authors: Brankovic Stanko
Published: February 2020

Abstract not Available.
Enhanced Oxygen Evolution At ‘Aged’ Hydrous Nickel Oxide Electrodes in Alkaline Solution: Kinetics and Mechanism
Authors: Godwin Ian , Lyons Micheal E.G
Published: February 2020

Abstract not Available.
Mixed Metal Mixed Oxides Electrocatalyst for Water Electrolysis
Authors: Kamaraj R , Jonas Davidson D , Vasudevan S , Sozhan G , Ravichandran S
Published: February 2020

Abstract not Available.
Hybrid Anaerobic Digester-Microbial Fuel Cell for Waste Water Treatment
Authors: Gregoire Kyla , Tatinclaux Maia , Biffinger Justin , Tender Leonard , Lansing Stephanie
Published: February 2020

Abstract not Available.
The Application of Anion and Cation Exchange Membranes in Microbial Electrochemical Systems
Authors: Howes Lucy Sarah , Avignone-Rossa Claudio , Varcoe John
Published: February 2020

Abstract not Available.
Three-Dimensional Mesoscale Conducting Networks For Clean Water and Energy Generation
Authors: Cui Yi
Published: February 2020

Abstract not Available.
Modification of Carbon Xerogels for Negative Electrode in a Capacitive Deionization Cell
Authors: Gao Xin , Landon James , Neathery James K. , Liu Kunlei
Published: February 2020

Abstract not Available.
Applied Photosynthesis: Photoelectrochemistry of Photosystems
Authors: Cliffel David E. , LeBlanc Gabriel , Gizzie Evan Alexander , Chen Gongping , Gunther Darlene , Jennings G. Kane
Published: February 2020

Abstract not Available.
Integrated Ozone Microreactor Technology for Water Treatment
Authors: Shirke Amol G , Li Suiqiong , Ebeling Daniel D , Carter Michael T , Stetter Joseph R
Published: February 2020

Abstract not Available.
Performance Analysis of Syngas Fueled Solid Oxide Electrolysis Cells
Authors: Kazempoor Pejman , Braun Robert J.
Published: February 2020

Abstract not Available.
Charge Selective Ion Transport Through Graphene Oxide Based Membranes
Authors: Nham Jeasun , Ha Sung Hoon , Jeong Yo Sub , Kim Ju Ho , Lee Yun Jung
Published: February 2020

Abstract not Available.
Nitric OXIDE Reduction and Oxidation ON Polycrystalline Platinum: Differential Reflectance Spectroscopic Studies
Authors: Scherson Daniel A , Jebaraj Adriel
Published: February 2020

Abstract not Available.
Magnetron Sputtered Ptnp/MWCNT Composite Electrocatalysts for Oxygen Reduction Reaction
Authors: Tammeveski Kaido , Jukk Kristel , Kozlova Jekaterina , Ritslaid Peeter , Sammelselg Väino , Alexeyeva Nadezda
Published: February 2020

Abstract not Available.
Physico-Chemical Properties of Ionic Liquid Analogous Based On Magnesium Chloride Hexahydrate and Dimethylformamide
Authors: Jing Yan , Wang Huaiyou , Jia Yongzhong , Yue Duyuan , Yao Ying , Wang Xiaohua , Ma Jun
Published: February 2020

Abstract not Available.
Mechanism of the Anodic Oxidation of Platinum
Authors: Macdonald Digby D , Mao Feixiong
Published: February 2020

Abstract not Available.
Series Circuit of Organic Thin-Film Solar Cells for Electrochemical Conversion of Water Into Hydrogen
Authors: Aoki Atsushi , Hori Tomoaki , Naruse Mitsuru , Abe Takayuki
Published: February 2020

Abstract not Available.
(Invited) Mechanisms of (Photo)Electrochemical Reduction of Carbon Dioxide From First Principles
Authors: Carter Emily A.
Published: February 2020

Abstract not Available.
(Invited) P-(In,Ga)N Nanowire Photocathodes For Solar Hydrogen Evolution
Authors: Bogdanoff Peter , Kamimura Jumpei , Lähnemann Jonas , Hauswald Christian , Geelhaar Lutz , Fiechter Sebastian , Riechert Henning
Published: February 2020

Abstract not Available.
(Invited) Investigation Of Plasmonic Ag@Ag3(PO4)1-X/ZnO Nanoarchitectures For Solar-Hydrogen Application
Authors: Lin Yan-Gu , Hsu Yu-Kuei , Chen Li-Chyong , Chen Kuei-Hsien
Published: February 2020

Abstract not Available.
Electrochemical Characterization of CFx Material for An Internally Funded Project
Authors: Nagasubramanian Ganesan , Fenton Kyle R
Published: February 2020

Abstract not Available.
The Use of Polypyrrole As a Platform for Different Mediators in Glucose/O2 biofuel Cell
Authors: Crepaldi Laís Boracini , Aquino Neto Sidney , Cardoso Franciane Pinheiro , De Andrade Adalgisa Rodrigues
Published: February 2020

Abstract not Available.
Effect of Physicochemical Properties of Electrolyte Systems On Behavior of Lithium Sulfur Cells
Authors: Kolosnitsyn Vladimir , Kuzmina Elena , Karaseva Elena , Sheina Ludmila
Published: February 2020

Abstract not Available.
Cathode Material for Advanced High-Energy and Safty Rechargeable Lithium Batteries
Authors: Youn S.-J. , Lee E.-J. , Noh H.-J. , Sun Y.-K.
Published: February 2020

Abstract not Available.
Distinguished Invited Speaker--Spectroelectrochemistry in Low-Dimensional Nanooptofluidic Devices for Chemical and Biochemical Sensing
Authors: Zhao Jing , Contento Nicholas M. , Grismer Dane A. , Zaino Lawrence P. , Polisetti Sneha , Bohn Paul W.
Published: February 2020

Abstract not Available.
Electrochemical Characterization of DNA Attachment On Graphitic Carbon Microelectrodes for Bionanoelectroics Platforms
Authors: Hirabayashi Mieko , Mehta Beejal , Kassegne Sam , Khosla Ajit
Published: February 2020

Abstract not Available.
Probing the Three Phase Interface to Understand Electrochemical Screening of Gas Phase Pollutants
Authors: Sekhar Praveen K. , Subramanian Kumar
Published: February 2020

Abstract not Available.
Determination of Liquid Viscosity With Microfabricated Diaphragm Resonating Sensors for the Biomedical Application
Authors: Hwang Kyo Seon , Kim Hye Jin , Chae Myung-Sic , Yoo Yong Kyoung , Lee Jeong Hoon
Published: February 2020

Abstract not Available.
Microfabricated Coil Detector for Bacteria Detection With Magnetoelastic Biosensors
Authors: Chai Yating
Published: February 2020

Abstract not Available.
High Efficiency Lithium Sulfur Batteries
Authors: Xu Rui , Belharouak Ilias , Li James C.M. , Zhang Xiaofeng
Published: February 2020

Abstract not Available.
Preparation and Characterization of Pure P2 and O3-Phase NaxMnxFe2/3-XO2 compounds
Authors: Gonzalo Elena Candida , Han Man Huon , Casas-Cabanas Montserrat , Roddatis Vladimir , Acebedo Begoña , Rojo Teofilo
Published: February 2020

Abstract not Available.
Elucidating the Origins of Limited Rechargeability in Li-O2 Batteries
Authors: McCloskey Bryan D , Luntz Alan C , Valery Alexia
Published: February 2020

Abstract not Available.
New Insights Into the Kinetics of Na Insertion and Extraction Into the FePO4/NaFePO4 System
Authors: Saurel Damien , Lepoitevin Mathilde , Casas-Cabanas Montserrat , Galceran Montserrat , Acebedo Begoña , Rojo Teófilo
Published: February 2020

Abstract not Available.
Characterization of the Discharge Reaction Products in the Aqueous Li / O2 Cell
Authors: Matsui Masaki , Wada Ayumi , Maeda Yuya , Ohkuma Hirokazu , Yamamoto Osamu , Imanishi Nobuyuki
Published: February 2020

Abstract not Available.
Development of Catalytic Systems for Rechargeable Li-O2 Batteries
Authors: Nasybulin Eduard N , Xu Wu , Engelhard Mark H , Zheng Jianming , Bhattacharya Priyanka , Shao Yuyan , Nie Zimin , Zhang Ji-Guang
Published: February 2020

Abstract not Available.
The Rate Capability of Li-O2 Batteries With Ether-Based Electrolyte
Authors: Marinaro Mario , Moorthy Santhana K. Eswara , Riek Ute , Kaiser Ute , Wohlfahrt-Mehrens Margret , Jörissen Ludwig
Published: February 2020

Abstract not Available.
Aliovalent Doping of Tetra Lithium Ortho-Sulfidostannate Li4SnS4 As Air Stable Solid Electrolyte With High Ionic Conductivity
Authors: Sahu Gayatri , Lin Zhan , Rondinone Adam J , Dudney Nancy J , Liang Chengdu
Published: February 2020

Abstract not Available.
Nuclear Magnetic Resonance Studies of Sodium Titanate Cathode Materials for Na-Ion Batteries
Authors: Gobet Mallory , Nosach Tetiana , Greenbaum Steven , Shirpour Mona , Doeff Marca
Published: February 2020

Abstract not Available.
Electrochemical Deposition and Dissolution of Magnesium Metal in Various Ether-Based Electrolytes
Authors: Yasui Ryohei , Asaka Keisuke , Miyazaki Kohei , Fukutsuka Tomokazu , Abe Takeshi , Nishio Koji , Uchimoto Yoshiharu
Published: February 2020

Abstract not Available.
Improving Lithium-Air Batteries By Correlated Modeling and Experiment
Authors: Kane Marie , Ward Donald , Reyes Karla , Templeton Jeremy , Jones Reese , Lee Jonathan
Published: February 2020

Abstract not Available.
Analysis of Aqueous Rechargeable Li-Air Batteries
Authors: Xing Yangchuan , Salomon Mark , Crowther Owen
Published: February 2020

Abstract not Available.
PEO18 LiTFSI- Pyr14TFSI Ternary Polymer As An Interlayer for Lithium Protected Electrode in Li-Air Battery
Authors: Kim Yong-Han , Jadhav Harsharaj S. , Kalubarme Ramchandra S. , Park Chan-Jin
Published: February 2020

Abstract not Available.
23na NMR Mobility Studies On New Electrolytes for Sodium-Ion Batteries
Authors: Berman Marc Brian , Bogle Xavier , Greenbaum Steven
Published: February 2020

Abstract not Available.
Thermal Runaway Behavior of Commercial 18650 Li-Ion Batteries
Authors: Golubkov Andrey , Fuchs David , Wagner Julian , Wiltsche Helmar , Stangl Christoph , Fauler Gisela , Voitic Gernot , Thaler Alexander , Hacker Viktor
Published: February 2020

Abstract not Available.
The Origins of An Unsafe Li Battery: the Fundamentals of Oxygen Evolution From Cathodes Interrogated With In Operando Soft X-Ray Absorption Studies
Authors: Alamgir Faisal M
Published: February 2020

Abstract not Available.
Comparison of Phase Stability in Layered NaCrO2 and LiCrO2 Oxides By First-Principles DFT Calculations
Authors: Shiiba Hiromasa , Hotta Shota , Nakamura Tomoaki , Chizawa Suguru , Nakayama Masanobu , Yabuuchi Naoaki , Komaba Shinichi
Published: February 2020

Abstract not Available.
Computational Modeling of the Layer-Spinel Interface Properties for Cathode Materials in Lithium Ion Batteries
Authors: Qian Danna , Meng Shirley
Published: February 2020

Abstract not Available.
Application of the Reaxff Reactive Force Field in Li-Based Rechargeable Batteries
Authors: Islam Md Mahbubul , van Duin Adri C. T.
Published: February 2020

Abstract not Available.
Analysis of Long-Range Interaction in Lithium-Ion Battery Electrodes
Authors: Stein Malcolm , Cho Seongkoo , Wiegmann Andreas , Mukherjee Partha P.
Published: February 2020

Abstract not Available.
Optimization of Tab Placement in Li-Ion Battery Using Multi-Physics Simulations
Authors: Allu Srikanth , Elwasif Wael , Pannala Sreekanth , Kalnaus Sergiy , Simunovic Srdjan , Turner John A
Published: February 2020

Abstract not Available.
Computational Investigation and Design of Solid Lithium-Ion Electrolytes Based On the Li10GeP2S12 Superionic Conductor
Authors: Ong Shyue Ping , Mo Yifei , Richards William Davidson , Miara Lincoln J. , Lee Hyo Sug , Ceder Gerbrand
Published: February 2020

Abstract not Available.
Phase-Field Modeling of Li Deposits Growth in Li-Ion Batteries
Authors: Liang Linyun , Qi Yue , Harris Stephen J , Chen Long-Qing
Published: February 2020

Abstract not Available.
Predicting the Electrochemical Behavior of Lithium Nitrite in Aprotic Solvents
Authors: Bryantsev Vyacheslav S , Uddin Jasim , Giordani Vincent , Walker Wesley Thomas , Chase Gregory V , Addison Dan
Published: February 2020

Abstract not Available.
DFT-MD Study of Additive Effects On Reductive Decomposition of Carbonate-Based Solvent Toward Solid Electrolyte Interphase Formation
Authors: Sodeyama Keitaro , Ushirogata Keisuke , Okuno Yukihiro , Tateyama Yoshitaka
Published: February 2020

Abstract not Available.
CDCs From Silicon Carbide With Tunable Ordered Meso and Macroporosity for High-Power Supercapacitor
Authors: GAO Pengcheng , Tsai Wan Yu , Simon Patrice , Daffos Barbara , Perez Carlos R , Gogotsi Yury , Taberna Pierre-Louis , Favier Frederic
Published: February 2020

Abstract not Available.
Electrochemically Deposited Phosphotungstic Acid – Manganese Dioxide Hybrid Materials for Application in Electrochemical Capacitors
Authors: Donne Scott W , Gibson Andrew J
Published: February 2020

Abstract not Available.
Electrochemical Performance of Carbon / MnO2 Nanocomposites Prepared Via Molecular Bridging
Authors: Ramirez-Castro Claudia , Crosnier Olivier , Athouël Laurence , Retoux Richard , Bélanger Daniel , Brousse Thierry
Published: February 2020

Abstract not Available.
A Novel Mediator All-Solid-State Supercapacitor for Low-Temperature Application
Authors: Zhou Xiangyang
Published: February 2020

Abstract not Available.
Reduced Graphene Oxide Decorated With V2O5 Nanowires As An Efficient Electrode Material for Supercapacitor Applications
Authors: Lee Minoh , Balasingam Suresh Kannan , Kim Byung Hoon , Jun Yongseok
Published: February 2020

Abstract not Available.
Mesoporous Graphene-Based Bulk Materials With Hierarchical Morphologies for Energy Applications
Authors: Campbell Patick G , Montalvo Elizabeth , Biener Juergen , Baumann Theodore F. , Merrill Mathew
Published: February 2020

Abstract not Available.
Mass Transport Properties of Manganese Dioxide Phases for Use in Electrochemical Capacitors: Structural Effects On Solid State Diffusion
Authors: Donne Scott W , Dupont Madeleine F
Published: February 2020

Abstract not Available.
Surface Area and Morphology of Electrodeposited Manganese Dioxides for Electrochemical Capacitor Applications
Authors: Donne Scott W , Dupont Madeleine F
Published: February 2020

Abstract not Available.
Fabrication of Metal Oxide/Graphene Nanocomposites for Electrochemical Capacitors
Authors: Lee Hae-Min , Jeong Gyoung Hwa , Kim Sang-Wook , Kim Chang-Koo
Published: February 2020

Abstract not Available.
Pseudocapacitive Mn3O4 octahedral Nanoparticles: Synthesis, Characterizations and Study of Charge-Transfer Using in Situ XANES and XRD
Authors: Teng Xiaowei , Yeager Matthew P
Published: February 2020

Abstract not Available.
Application of Electrochemical Impedance Spectroscopy to Manganese-Modified Polypyrrole Thin Films for Electrochemical Capacitors
Authors: Donne Scott W , Ningsih Purnama
Published: February 2020

Abstract not Available.
Sizing Calculations for Substrate-Integrated Lead-Carbon Hybrid Ultracapacitors and Their Experimental Validation
Authors: Banerjee Anjan , Shukla Ashok Kumar
Published: February 2020

Abstract not Available.
Nitride Supercapacitors: Contribution of Surface Oxide to Charge Storage
Authors: Jampani Hanumantha Prashanth , Patel Prasad Prakash , Datta Moni Kanchan , Kumta Prashant N
Published: February 2020

With the growing interest in alternative energy sources and the cognitive recognition of the benefits of green energy, there is clearly a pressing need for the development of sustainable and clean energy storage systems (1-3). The scope of electrochemical charge storage devices extends beyond mobile devices into large scale grid level charge storage(4). Load leveling and power quality management applications would be perfectly served by storage of excess charge generated from renewable energy sources in supercapacitors. Supercapacitors are unique electrochemical energy storage devices with high power density and long cyclability. State of the art materials such as high surface area carbons, hydrated ruthenium oxide (5-7) and MnO2 (3, 8-10) suffer from either poor capacity or rate capability.

We have previously demonstrated excellent charge storage behavior of nanoparticulate vanadium nitride on account of the surface reactions occurring on the surface of the oxide exo-shell. However, there is limited understanding into the exact nature of the charge storage behavior and its dependence on the synthesis and processing route. In the present work, we explore the effect of materials processing and electrode properties on the capacitive charge storage in VN based supercapacitors. Dependence of capacitance on particle and electrode properties are evaluated and reported here-in. Tailoring the particle size, crystallinity and porosity are of paramount importance to achieve high capacitances at high scan rates. To gain a fundamental understanding into the charge storage mechanism of nitride materials shown in Figure 1, slurries of the nitride were cast on nickel current collectors and characterized used various materials and electrochemical characterization techniques including X-ray photo-electron spectroscopy (XPS), cyclic voltammetry and electrochemical impedance spectroscopy. Results of these studies will be presented and discussed.

References

1. P. Simon and Y. Gogotsi, Nature Materials, 7, 845 (2008).

2. J. R. Miller, Science, 335, 1312 (2012).

3. R. Kötz and M. Carlen, Electrochimica Acta, 45, 2483 (2000).

4. M. Conte, Fuel Cells, 10, 806 (2010).

5. J. W. Long, K. E. Swider, C. I. Merzbacher and D. R. Rolison, Langmuir, 15, 780 (1999).

6. B. E. Conway, Journal of the Electrochemical Society, 138, 1539 (1991).

7. B. E. Conway, Electrochemical Supercapacitors: Scientific Fundamentals and Technological Applications, Kluwer Academic/Plenum Publishers, New York (1999).

8. C. C. Hu and T. W. Tsou, Electrochemistry Communications, 4, 105 (2002).

9. J. M. Miller, B. Dunn, T. D. Tran and R. W. Pekala, J. Electrochem. Soc., 144, L309 (1997).

10. M. Toupin, T. Brousse and D. Belanger, Chemistry of Materials, 14, 3946 (2002).

Figure 1 caption: TEM image of nanoparticulate VN evaluated extensively using various electrochemical methods
Fine-Tuned Nanoporous Supercapacitor Electrode Materials from Renewable Natural Precursors
Authors: Redondo Edurne , Goikolea Eider , Carretero-González Javier , Ségalini Julie , Navarro-Suárez Adriana , Mysyk Roman
Published: February 2020

Reducing the cost and maximizing the volumetric capacitance are the most critical attributes of current market demand in materials for electrochemical capacitors. The better affordability of electrode materials can be provided by an increased use of renewable biomass precursors instead of traditional fossil precursors of nanoporous carbons such as coals and pitches. The volumetric capacitance can be maximized by fine-tuning synthetic methodology, enabling control over the density of electrode materials through textural properties such as pore size distribution. Renewable natural precursors are generated in abundance, often being industrial waste materials, and are already known to be a source of nanoporous carbons with well-developed microporosity and low admixture content. This has stimulated the present work on alternative carbon precursors with a focus on the optimization of synthetic parameters, primarily targeting high volumetric capacitance and cost-related parameters such as an amount of activating agents and temperature.

Optimum synthesis conditions were defined by thoroughly varying synthesis parameters such as temperature, amounts of an activating agent, etc. Good control over textural properties was enabled through small variations in the synthesis procedures, resulting in a series of microporous carbons displaying gradual changes in pore size distribution within narrow limits. A range of prepared electrode materials exhibited the ion-sieving effect, which is detrimental to supercapacitor operation. Consequently, cost-effective synthesis conditions (the minimum loading of an activating agent and the lowest synthesis temperature) were defined to avoid the ion-sieving effect and provide a volumetric capacitance as high as 150 F.cm-3 per electrode in aqueous electrolyte and 60 F.cm-3 in organic electrolyte with good rate capability (e.g. 90% capacitance retention at a current density of 9 A.g-1 in organic electrolyte) and cycling characteristics. The whole data set generated in the course of refining the synthesis conditions can be used as a guide for adjusting the porosity of the materials to novel electrolytes.
Recovery and Morphological Control of LiCoO2 from Spent Lithium Ion Batteries
Authors: Lim Hana , Jung Ji Hea , Kim Hyun-Jong , Lee Ho Nyun , Son Seong Ho
Published: February 2020

Nowadays, lithium ion batterys (LIBs) are commonly used electrochemical power source in mobile devices, such as smart phone and lap-top computer, and electric vehicles. As increasing the utilization of LIBs, it must be noted that equal amounts of spent LIBs are produced after lifetime failure. The massive amount of lithium ion battery waste will cause the environmental pollution, increasing energy demand for treatment, and rapid decrease in primary resources, since it contains lots of chemical substances such as Co, Cu, Li, organic electrolytes, and plastics. So, the recycling of major components from LIBs is considered to be a beneficial way to prevent environmental pollution and improve the utilization of the world’s metal resources. Cobalt showed the highest concentration and cost among the recovered materials from LIBs.

In this study, we suggest environmentally benign leaching and separation process of cobalt by using the mild organic acid. And, it was directly used for synthesis and morphological control of Co3O4 and LiCoO2 active materials.

Many organic acids successfully dissolved the cobalt from the spent cathode material. While the leaching efficiency was a little lower than that of sulfuric acid, citric and malic acid showed more than 85% leaching efficiency among the various acids. The difference between citric and malic acids and the others is only that they have one hydroxyl group with 2- or 3- carboxylic acid groups.

After the leaching experiment, the obtained cobalt ion solution was transferred to autoclave vessel with appropriate additives. Under the autogenic pressurized condition, some cobalt compounds were precipitated with the various nanostructures, such as sphere, rod, plate, and fiber. Then, the cobalt compounds were thermally treated in Air environment from 300oC to 900oC to produce nanostructured Co3O4. Also, the Co3O4 and cobalt compounds were respectively mixed with Li2CO3 powder and calcined to re-synthesize the nanostructured LiCoO2. With the appropriate thermal treatment, the nanostructures could be almost passed down from the cobalt compounds to Co3O4 and LiCoO2. XRD results revealed that Co3O4-mediated LiCoO2 had almost same crystallinity and cationic ordering with commercial one. In the case of cobalt compounds-mediated one, however, the cationic ordering that is the ratio of (003) reflection and (104) reflection was lower than commercial LiCoO2. And, the re-synthesized LiCoO2 was also applied to lithium-ion battery and showed very promising performance. More detailed experimental and results will be discussed in our presentation.
Effects of 3% Steam in Air on Lscf-6428 Cathodes during 1000 h SOFC Tests
Authors: Hardy John S , Templeton Jared W , Canfield Nathan L , Stevenson Jeffry W
Published: February 2020

Cells with LSCF-6428 cathodes were tested at 650, 700, 750, and 800°C in dry and humid cathode air. At each temperature, six cells were operated at a constant current approximating an operating voltage of 800 mV. Of the six cells, two were tested in dry cathode air during the entire 1000 hour test, two were tested in humid cathode air during the entire test, and two were tested in cathode air in which the humidity level was alternated between dry and humid air every ~250 hours. The dry air had a dew point of -80°C and the moist (~3% water) condition was achieved by bubbling the dry air through water at room temperature. This experiment was repeated a second time, providing a total of four 1000 h cell tests under each combination of atmosphere and temperature exposure. It was found that the effect of humidity on cell degradation changes from detrimental at lower temperature to beneficial at higher temperature somewhere between 700°C and 750°C. Triple exponential decay equations were fit to the operating voltage as a function of time over each continuous segment of data. This made it possible to calculate the instantaneous degradation rate as a function of time over the entire test duration based on the derivatives of the best fit curves. Nano-sized nodules were found on the surfaces of the LSCF cathode grains in lower temperature tests whereas they were not present in the cells tested at higher temperatures.
Multi-Physics Modeling of Thermal Runaway Propagation in a Li-Ion Battery Module
Authors: Yang Chuanbo , Kim Gi-Heon , Santhanagopalan Shriram , Pesaran Ahmad
Published: February 2020

Thermal runaway failure of a li-ion battery can be induced for unavoidable reasons, e.g. external heat exposure or mechanical impact. After the initial single cell failure, propagation of such a failure within a battery module or pack shall be prevented to lessening the severity of its consequences. To implement appropriate level of safety and obtain sufficient resistance to thermal runaway cascade, understanding the propagation mechanisms within cells configured electrically in series/parallel is crucial.

For complexity of the propagation phenomena, numerical modeling becomes an effective approach to capture cell and module instant response, identify propagation scenarios, and separate the impact of design factors. A 3-D electrochemical-electrical-thermal model has been developed utilizing NREL’s Multi-Scale Multi-Dimensional (MSMD) modeling approach. This CAE tool integrates electrochemical-thermal performance model, abuse reaction kinetics model of cell components, and electrical-thermal network models at module level. It is designed to be used for addressing the influence of cell or module design factors and evaluating functionality of safety devices on preventing thermal runaway propagation. This model is capable of capturing cell and module response to thermal, mechanical and electrical abuse, e.g. instant electric potential field after nail penetration shown in figure 1 (Figure 1 : Instant eletric potential field after a nail penetration test).

This paper presents our progress on identifying the characterization of thermal runaway propagation in a li-ion battery module. Modeling studies of design factors are carried out to provide design suggestion of improving module resistances to failure propagation. At module level, responses of battery modules with varied electrical configurations are predicted. At cell level, parametric and case studies are carried out to investigate and isolate the impact of other design factors, including cell capacity, chemistry, and type of assembly.
A Novel Aluminium Semi-Fuel Cell with Bipolar Membrane for Water Treatment
Authors: Nikoleishvili Paata , Kveselava Valentina , Tsutsumia Gigla , Gorelishvili Giorgi , Sharabidze Daviti , Kurtanidze Rusudan , Gelashvili Lela
Published: February 2020

Water is a unique resource that cannot be substituted by alternatives, it requires care and conservation. Unsafe water is a substantial cause of human diseases and death. Effective methods of wastewater treatment from biologically non-degradable harmful pollutants is the application of hydroxyl radicals OH* which are strong oxidants (oxidation potential is E0 = 2,8 V). Formation of OH* in the AOPs is based on chemical, photochemical and photo catalyzed decomposition of hydrogen peroxide in acidic media at pH 3

Fe2+ + H2O2 → Fe3+ + OH* + OH- (1)

O3+ H2O2 → 2OH* + 3/2O2 (2)

H2O2 2OH* (3)

One of the effective ways for solving the problem is development of the electrochemical method for the on-site generation of H2O2 by means of cathodic reduction of oxygen in the fuel cells system and for the carry out of water treatment process directly in catholyte of a fuel cell, which is the main goal of the presented work.

In all fuel cells systems with hydrogen peroxide cogeneration, oxygen is reduced in neutral or alkaline media by the reaction (4). I such case we cannot curried out AOPS (1) in cell, because we must have pH 2.5-3.2.

O2 + H2O + 2ē → HO2
‾
+ OH‾
E0
= -0.065 V (4)

In previous work we developed bipolar membrane aluminium-air semi fuel cell. Bipolar membrane gives us opportunity to create aluminium-air semi fuel cell, where catholyte is acidic solution with pH 2.5-3.2 and as an anolyte we can utilize strong alkaline media.

The bipolar membrane consists of two ion exchange layers of opposite charge in intimate contact. In the applied electric field, the hydroxide ions and the protons produced by water splitting (8) in bipolar junction move towards the respective electrode in the electric field. Water is replenished in the interface by diffusion through the gel-like membrane layers. The driving forces for the transport of these ions are both, the electrical potential and the concentration gradients. The water splitting requires energy that is supplied by the applied electrical field. Do to reaction 8 we can maintain stable pH in cathodic and anodic chamber

Electrode reactions in O2( air)–Al semi- fuel cell:

Anode: 2Al + 8OH‾→ 2AlO2‾+ 4H2O + 6ē E0 = -2.35 V (5)

Cathode: 3O2 + 6H+ + 6ē → 3H2O2 E0= 0.69 V (6)

Total: 2Al + 3O2 + 2H2O + 2OH‾ → 2AlO2‾ + 3H2O2 E0= 3.04 V (7)

Bipolar membrane: 4H2O → 4H++ 4OH‾ E0 = 0.83 V (8)

For water dissociation in the bipolar membrane 0.83 V is required, the electromotive force of the power source will be E0= 3.04 - 0.83 = 2.21 V. The electromotive force is absolutly enough for the cell operation

Model solutions polluted with phenol and p-nitrofenol. Initial COD of solution with pollutant were 500 ppm, after 20 min of treatment in the fuel cell COD decreased to 10 ppm.
Modeling of SEI Layer Growth and Electrochemical Impedance Spectroscopy Response using a Thermal-electrochemical Model of Li-ion Batteries
Authors: Liu Lin , Zhu Min
Published: February 2020

Lithium-ion batteries (LIBs) suffer severe performance degradation during their lifetime application because of the undesired chemical reactions, ageing, corrosion, structural integrity compromise, and the threat of thermal runaway. Among those degradation mechanisms, much attention has been focused on LIBs materials decomposition, new components formation and growth due to undesired side reactions. The electrode is covered by a passivation layer named as the solid electrolyte interface (SEI), which is one of dominant LIBs degradation mechanisms. The SEI layer affect the LIBs cyclability, life time, power and rate capability, and even their safety. In order to comprehensively investigate the effects of SEI growth on battery performance, a one-dimensional thermal-electrochemical model is developed (1). This model is equipped with a growth mechanism of the SEI layer coupled with thermal evolution, based on the diffusional process of the solvent through the SEI layer and the kinetic process at the interface between the solid phase and liquid phase. The developed model reveals the effects of diffusivity, kinetics, and temperature on SEI layer growth and cell capacity fade. In our model, the SEI growth is accompanied by both diffusion-limited and kinetics-limited processes. With the layer becoming thicker, its growth rate slows down gradually possibly due to increased diffusion resistance. SEI grows more quickly during charge than discharge due to the difference in electron flux through the SEI layer and the temperature change during cycling. Temperature rise due to reactions and joule heating accelerates the SEI layer growth and causes more capacity loss. This model can also provide insights on position-dependent SEI growth rate and be used to guide the strategic monitoring location. Based on the model developed, one more mathematical model is developed to simulate the impedance response of LIBs with considering the double layer capacitance effect (2). The simulated impedance response is analyzed to reveal LIBs impedance behaviors, which can be used to predict the degradation mechanism of LIBs. With combining the two mathematical models, a more accurate equivalent circuit model can be proposed to illustrate the features of LIBs impedance behaviors and degradation mechanism. This work can provide us the insights of combining LIBs EIS analysis with degradation analysis. Currently, the experimental validation is ongoing.

1. L. Liu, W. Lu and A. M. Sastry, Journal of Power Sources, Submitted and under review

2. I. J. Ong and J. Newman, Journal of The Electrochemical Society, 146, 4360 (1999).
Nanostructured Electrodes Via Electrostatic Spray Deposition for Energy Storage System
Authors: Chen Chunhui , Wang Chunlei
Published: February 2020

Energy storage system (such as Li-ion battery and supercapacitor) is an important technology in today’s society, and has been widely used as the power source for portable electronics, electrical vehicles and hybrid electrical vehicles. Lots of research has focused on improving its performance, however, many crucial challenges need to be addressed to obtain high performance for further applications. Recently, an electrostatic spray deposition (ESD) technique has attracted great interests to satisfy the goals. Due to its many advantages, such as simplicity, cost-effective setup, non-vacuum, low temperature deposition conditions, good control for tailoring film composition and morphology, and high deposition efficiency, the ESD technique shows very promising prospects compared to other conventional deposition techniques. It provides a simple but versatile strategy for generating single or multi-component materials with varied morphologies, such as sponge-like, dense, porous and fractal, etc. It is belived that controling structures is an effective way to optmize electrochemical performance in reagrding volume change buffering, short ion diffusion passway, etc.. In this talk, our recent research outcomes related to the ESD derived anodes for Li-ion batteries and supercapacitors, such as graphene, Li4Ti5O12, Sn, SnO2, NiO, Fe2O3, Co3O4, CoO, and Cu2O, etc. Will be summarized and discussed.