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Symposium F.MT01 : Advanced In Situ Characterization of Materials Kinetics

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Symposium Organizers

Yuzi Liu, Argonne National Laboratory
Michael Behr, Dow Chemical
Yu Han, King Abdullah University of Science and Technology
Yugang Sun, Temple University

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Perkin Elmer
F.MT01.01: Advanced In Situ Liquid TEM for Material Science
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Microscopic Kinetics of Crystallization in Graphene Nanocapillaries Revealed by In Situ TEM

Lifen Wang1

Chinese Academy of Sciences1

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F.MT01.02: Advanced In Situ TEM for Material Science
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Plasmonic Nanostructures for Room Temperature Catalysis

Renu Sharma1,Wei-Chang Yang1

National Institute of Standards and Technology1

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F.MT01.03: Advanced Synchrotron X-Ray for Materials Dynamics
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Operando Synchrotron X-Ray Studies of Metal Additive Manufacturing

Tao Sun1,Cang Zhao2,Niranjan Parab3,Sarah Wolff4

University of Virginia1,Tsinghua University2,Argonne National Laboratory3,Texas A&M University4

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F.MT01.04: Emerging Process Study by advanced In Situ Microscopy
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Magnetic Processes at the Nanoscale Observed Using In Situ Transmission Electron Microscopy

Amanda Petford-Long1,2,Frank Barrows2,1,Vuk Brajuskovic1,Charudatta Phatak1,2

Argonne National Laboratory1,Northwestern University2

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F.MT01.05: In Situ Study of Advanced Materials
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Interfacial Self-Assembly and Engineering of Hierarchically Structured Nanocrystals with Photocatalytic Activity

Hongyou Fan1

Sandia National Laboratories1

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F.MT01.06: Noval In Situ Techniques
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Fabrication of Ferroelectric Thin-Film Specimen for In Situ Electrical Biasing S/TEM Studies by Focused Ion Beam

Alexander Vogel1,2,Martin Sarott2,Marco Campanini1,Manfred Fiebig2,Morgan Trassin2,Marta Rossell1

Empa–Swiss Federal Laboratories for Materials Science and Technology1,ETH Zürich2

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F.MT01.07: Ultrafast and Dynamic TEM for Materials Study
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F-MT01

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MeV-UED—A Platform for In Situ Studies of Material

X.J. Wang1

SLAC National Accelerator Laboratory1

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F.MT01.08: Poster Session: Advanced In Situ Characterization of Materials Kinetics
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Probing the Structure of Oil-Water Mixtures in Porous Media Using Dielectric Spectroscopy

Abdullah AlShuaibi1,2,Amen Hammami1,Emmanuel Giannelis1

Cornell University1,King Faisal University2

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Available on demand - F.MT01.08.03
Unraveling Shape Transformation of ZnO Nanostructures in Acid Solution by Correlative In Situ Microscopy

Fangyuan Liu1,Xingxu Lu1,Zichao Bian1,Xiaohui Song1,Guoan Zheng1,Pu-Xian Gao1

University of Connecticut1

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Ferroelectric Domain Switching in BFO/CFO Vertically Aligned Nanocomposites as a Function of Epitaxial Interface Proximity

Luis Ortiz1,Michael Martin1,Jingfeng Song2,Aiping Chen2,Bryan Huey1

University of Connecticut1,Los Alamos National Laboratory2

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Available on demand - F.MT01.08.06
Late News: Effect of pH on the Shear Modulus of Anion Exchange Membranes

Emily Zhang4,Amy Sharin1,Sohan Shetty2,Lindsay Wright3,Aniket Raut5,Miriam Rafailovich5

Lawrence High School1,Half Hollow Hills High School East2,Del Norte High School3,General Douglas MacArthur High School4,Stony Brook University, The State University of New York5

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F.MT01.06: Noval In Situ Techniques
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In Situ White-Light Interferometry for Early-Stage Uranium Oxidation and Hydride Characterization

Yaakov Idell1,Wigbert Siekhaus1,Kerri Blobaum1,William McLean1

Lawrence Livermore National Laboratory1

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F.MT01.01: Advanced In Situ Liquid TEM for Material Science
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Understanding Temperature-Dependent Nanoscale Electrochemistry Using Liquid Cell Transmission Electron Microscopy

Serin Lee1,Nicholas Schneider2,Kate Reidy1,Shu Fen Tan1,Frances Ross1

Massachusetts Institute of Technology1,Nicholas Schneider2

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F.MT01.02: Advanced In Situ TEM for Material Science
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Probing Interfaces in Heterogeneous Catalysts via In Situ and 4D STEM

Miaofang Chi1

Oak Ridge National Laboratory1

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F.MT01.03: Advanced Synchrotron X-Ray for Materials Dynamics
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Multi-Scale and Multimodal X-Ray Microscopy and Applications

Xianghui Xiao1,Xiaojing Huang1

Brookhaven National Laboratory1

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F.MT01.04: Emerging Process Study by advanced In Situ Microscopy
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Observation of Topological Transformations of Ferroelectric Vortices

He Tian1,Kai Du1

Zhejiang University1

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F.MT01.05: In Situ Study of Advanced Materials
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Amorphous Thin-Film Growth—Exploring Nanoscale Local Dynamics versus Average Kinetics

Chenyu Wang1,Christa Wagenbach1,Jeffrey Ulbrandt2,Meliha Rainville1,Suresh Narayanan3,Hua Zhou3,Randall Headrick2,Karl Ludwig1

Boston University1,The University of Vermont2,Argonne National Laboratory3

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F.MT01.07: Ultrafast and Dynamic TEM for Materials Study
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Advances in In Situ and Ultrafast Electron Microscopy for Materials Characterization

Ilke Arslan1

Argonne National Laboratory1

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F.MT01.06: Noval In Situ Techniques
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Streamlining the Study of Materials Dynamics with an Integrated In Situ SEM Experimental Platform

William Harris1,Fang Zhou2,Luyang Han2,Hrishikesh Bale1

Carl Zeiss Microscopy1,Carl Zeiss Microscopy GmbH2

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F.MT01.01: Advanced In Situ Liquid TEM for Material Science
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Visualizing Ligand-Mediated Bimetallic Nanocrystal Formation Pathways with In Situ Liquid Phase Transmission Electron Microscopy Synthesis

Taylor Woehl1,Mei Wang1

University of Maryland1

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F.MT01.05: In Situ Study of Advanced Materials
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Accelerated Solid-State Diffusion During Cation Exchange in Nanocrystals

Richard Robinson1

Cornell University1

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F.MT01.02: Advanced In Situ TEM for Material Science
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In Situ, Site Specific and High Spatial Precision Electron Microscopy Studies for Correlation of Atomic Structure to Properties

Eva Olsson1

Chalmers Univ of Technology1

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F.MT01.03: Advanced Synchrotron X-Ray for Materials Dynamics
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Dynamic and In Situ Characterization Using X-Ray Synchrotron Sources

Michelle Mejía1,Michael Behr1

Dow1

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F.MT01.04: Emerging Process Study by advanced In Situ Microscopy
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Voltage-Induced Periodic Domain Pattern in La-Doped BiFeO3

Marvin Müller1,Yen-Lin Huang2,Eric Parsonnet2,Ramamoorthy Ramesh2,Morgan Trassin1,Manfred Fiebig1

ETH Zurich1,University of California, Berkeley2

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F.MT01.06: Noval In Situ Techniques
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Structures of Point Defects in Ceramic Oxides During Microwave Radiation-Assisted Synthesis

Shuyan Zhang1,Shikhar Jha2,Jie Gong1,Nathan Nakamura1,Alan McGaughey1,B. Reeja Jayan1

Carnegie Mellon University1,Indian Institute of Technology Kanpur2

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F.MT01.07: Ultrafast and Dynamic TEM for Materials Study
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Liquid-Liquid Phase Transitions and Dynamic Crystallization Phenomena in Phase-Change Materials Probed by Single Shot Femtosecond Electron Diffraction

Marc Zajac1,Thies Albert2,Aditya Sood3,Mianzhen Mo3,Peter Zalden4,Marius Milnikel2,Michael Kozina3,Xiaozhe Shen3,Daniel Krieg5,Duan Luo3,Anna Ziefuß2,Shuai Wei6,Peihao Sun3,Martin Jerman2,Antonowicz Jerzy7,Ryszard Sobierajski8,Jerome Hastings3,Matthias Wuttig6,Stephen Weathersby3,X.J. Wang3,Aaron Lindenberg1,Klaus Sokolowski-Tinten2

Stanford University1,Universitat Duisburg-Essen2,SLAC National Accelerator Laboratory3,European XFEL4,Technische Universitat Dormund5,RWTH Aachen University6,Polish Academy of Sciences7,Warsaw University of Technology8

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F.MT01.01: Advanced In Situ Liquid TEM for Material Science
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Graphene—A Promising Electrode Material in Liquid Cell Electrochemistry

Shu Fen Tan1,Kate Reidy1,Serin Lee1,Julian Klein1,Nicholas Schneider2,Haeyeon Lee1,Frances Ross1

Massachusetts Institute of Technology1,Renata Global2

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F.MT01.05: In Situ Study of Advanced Materials
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Suppressing Co-Crystallization of Halogenated Non-Fullerene Acceptors for Thermally Stable Ternary Solar Cells

Sandra Hultmark1

Chalmers University of Technology1

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F.MT01.06: Noval In Situ Techniques
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High-Throughput In Situ Tracking of Millisecond-Scale Metastable Phase Formation in Thin-Film Oxides

Aine Connolly1,Duncan Sutherland1,Katie Gann1,Max Amsler1,2,R. Van Dover1,Michael Thompson1

Cornell University1,University of Bern2

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F.MT01.07: Ultrafast and Dynamic TEM for Materials Study
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Monitoring Energy Conversion in Photoexcited Gold Nanocrystals via Ultrafast Electron Diffraction

Burak Guzelturk1,James Utterback2,Igor Coropceanu3,Vladislav Kamysbayev3,Marc Zajac4,Nuri Yazdani5,Ben Cotts4,Suji Park4,Aditya Sood4,Ming-Fu Lin6,Alex Reid6,Xiaozhe Shen6,Stephen Weathersby6,Vanessa Wood5,Alberto Salleo4,X.J. Wang6,Dmitri Talapin3,Naomi Ginsberg2,Aaron Lindenberg4

Argonne National Laboratory1,University of California, Berkeley2,The University of Chicago3,Stanford University4,ETH Zürich5,SLAC National Accelerator Laboratory6

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F.MT01.01: Advanced In Situ Liquid TEM for Material Science
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Graphene Liquid Cell for High-Resolution In Situ S/TEM Imaging to Study Nucleation and Growth of Nanomaterials

Walid Dachraoui1,Trond Henninen1,Rolf Erni1

Empa–Swiss Federal Laboratories for Materials Science and Technology1

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F.MT01.02: Advanced In Situ TEM for Material Science
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Nanoscale Crystal Growth on van der Waals-Bonded Materials as Seen with In Situ Microscopy Techniques

Frances Ross1

Massachusetts Institute of Technology1

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F.MT01.03: Advanced Synchrotron X-Ray for Materials Dynamics
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Elucidating the Factors Governing the Cyclic Performance of MgO-Based Sorbents of CO2 Using Time-Resolved In Situ XRD/PDF Techniques

Margarita Rekhtina1,Maximilian Krödel1,Paula Abdala1,Christoph Müller1

ETH Zürich1

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F.MT01.05: In Situ Study of Advanced Materials
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Grain Growth Suppression in Nanocrystalline Metal Oxides at High Temperatures via Excess Oxygen Content and Dimension Control

Gyu Rac Lee1,Hyeuk Jin Han2,Eugene Cho1,Judy Cha2,Yeon Sik Jung1

Korea Advanced Institute of Science and Technology1,Yale university2

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F.MT01.06: Noval In Situ Techniques
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A Machine Learning Approach to Materials Characterization

Xing Liu1,Christos Athanasiou1,Nitin Padture1,Brian Sheldon1,Huajian Gao1,2

Brown University1,Nanyang Technological University2

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F.MT01.07: Ultrafast and Dynamic TEM for Materials Study
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In Situ Dynamics During Heating of Copper-Intercalated Bismuth Telluride Using Electron Microscopy

Pralav Shetty1,Matthew McDowell1

Georgia Institute of Technology1

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F.MT01.01: Advanced In Situ Liquid TEM for Material Science
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From Atoms to Particles—Hetero- and Homogeneous Nucleation of Sub-nm Pt Clusters Observed at the Atomic Scale in Liquid

Trond Henninen1,Debora Keller1,Rolf Erni1

Empa–Swiss Federal Laboratories for Materials Science and Technology1

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F.MT01.03: Advanced Synchrotron X-Ray for Materials Dynamics
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Real-Time Coherent X-Ray Study of the Relationship Between Structure and Dynamics in Self-Organized Ion Beam Nanopatterning

Peco Myint1,Xiaozhi Zhang2,Yugang Zhang3,Lutz Wiegart3,Andrei Fluerasu3,Randall Headrick2,Karl Ludwig1

Boston University1,The University of Vermont2,Brookhaven National Laboratory3

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F.MT01.05: In Situ Study of Advanced Materials
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The Nucleation and Crystallisation of Calcium Sulphate Phases

Stephen Yeandel1,Helen Freeman2,Rik Drummond-Brydson2,Colin Freeman1,John Harding1

University of Sheffield1,University of Leeds2

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F.MT01.02: Advanced In Situ TEM for Material Science
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Investigating the Effects of Additives on Particle Nucleation and Assembly by Liquid Phase TEM

James De Yoreo1,2,Guomin Zhu2,1,Zhaoming Liu3,1,Maria Sushko1,Zhisen Zhang4,Benjamin Legg2,1,Ruikang Tang3

Pacific Northwest National Laboratory1,University of Washington2,Zhejiang University3,Xiamen University4

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F.MT01.06: Noval In Situ Techniques
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In Situ Observation Thermoelastic Material Property Evolution in Ni-Based Concentrated Solid Solution Alloys Under Extreme Conditions

Cody Dennett1

Idaho National Laboratory1

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F.MT01.03: Advanced Synchrotron X-Ray for Materials Dynamics
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Theory-Guided In Situ X-Ray Absorption Spectroscopy Reveals Backbonding Contributions to Small Molecule Adsorption in a CuI-Containing Metal-Organic Framework

Gregory Su1,Han Wang1,Brandon Barnett2,1,Jeffrey Long2,1,David Prendergast1,Walter Drisdell1

Lawrence Berkeley National Laboratory1,University of California, Berkeley2

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F.MT01.05: In Situ Study of Advanced Materials
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In Situ High Temperature Dynamics of Surface Residues and Monolayer MoS2 on Graphene Surface

Heena Inani1,Dong Hoon Shin2,Jun Hee Choi2,Kimmo Mustonen1,Min Hee Kwon2,Clemens Mangler1,Hyunjeong Jeong2,Niall McEvoy3,Sang Wook Lee2,Jani Kotakoski1

University of Vienna1,Ewha Womans University2,Trinity College3

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F.MT01.06: Noval In Situ Techniques
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In Situ Reflection High Energy Electron Diffraction in Atomic Layer Deposition for Monitoring Epitaxial Transformations

Alexandra Howzen1,Nick Strandwitz1

Lehigh University1

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F.MT01.02: Advanced In Situ TEM for Material Science
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2D Nanostructure Formation and Defects Evolution Revealed by In Situ Liquid Cell Transmission Electron Microscopy

Haimei Zheng1,2

Lawrence Berkeley National Laboratory1,University of California, Berkeley2

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F.MT01.03: Advanced Synchrotron X-Ray for Materials Dynamics
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In Situ Synchrotron Pair Distribution Function (PDF) Analysis to Monitor Synthetic Pathways Under Electromagnetic Excitation

B. Reeja Jayan1,Nathan Nakamura1,Laisuo Su1,Jianming Bai2,Sanjit Ghose2

Carnegie Mellon University1,Brookhaven National Laboratory2

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F.MT01.05: In Situ Study of Advanced Materials
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Phase Transition-Driven Multiphysical Transformation of Vanadium Dioxide for Aerospace Applications

Latha Nataraj1

Air Force Research Laboratory1

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F.MT01.06: Noval In Situ Techniques
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Beyond the Thin-Film Limit, Extraction of Both Thickness and Optical Properties (n,k) with In Situ Ellipsometry to Monitor ALD Growth

Florian Maudet1,Soursih Banerjee1,Hanno Kroencke1,Veeresh Deshpande1,Catherine Dubourdieu1,2

Helmholtz-Zentrum Berlin für Materialien und Energie1,Freie Universität Berlin2

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F.MT01.03: Advanced Synchrotron X-Ray for Materials Dynamics
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Liquid-Solid and Vapor-Liquid Phase Transformations in Laser-Melted Ti- and Ni- Alloys—A Multi-Modal, In Situ Synchrotron Study

Rakesh Kamath1,Ryan Heldt1,Logan White1,David Garcia2,Rongxuan Wang2,Zhenyu Kong2,Kamel Fezzaa3,Tao Sun4,3,Hahn Choo1

University of Tennessee Knoxville1,Virginia Polytechnic Institute and State University2,Argonne National Laboratory3,University of Virginia4

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F.MT01.05: In Situ Study of Advanced Materials
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TEM In Situ Investigation of Size Effects on the Mechanical Properties in Aerospace-Grade Epoxy

Raz Samira1,Noa Lachman1

Tel Aviv University1

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F.MT01.02: Advanced In Situ TEM for Material Science
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Machine-Learning Revealed Nanoparticle Dynamics from Liquid-Phase TEM Videos

Qian Chen1

University of Illinois at Urbana-Champaign1

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F.MT01.06: Noval In Situ Techniques
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Late News: In Situ Characterization of the Thermal and Elastic Behavior of Rectifier Diodes Under Working Conditions

Sara Román-Sánchez1,Aida Serrano1,Adolfo del Campo1,Israel Lorite2,José Francisco Fernández1,Alberto Moure1

Institute of Ceramics and Glass1,SEG Automotive Germany GmbH2

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F.MT01.03: Advanced Synchrotron X-Ray for Materials Dynamics
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Mapping of Elastic Stress and Density of Domain Variants in Bulk Twinned Materials by Dark-Field X-Ray Microscopy

Jan Schultheiß1,2,Lukas Porz2,Lalitha Kodumudi Venkataraman2,Marion Höfling2,Can Yildirim3,Philip Cook3,Carsten Detlefs3,Semen Gorfman4,Juergen Roedel2,Hugh Simons5

NTNU Norwegian University of Science and Technology1,Technical University of Darmstadt2,European Synchrotron Radiation Facility3,Tel Aviv University4,Technical University of Denmark5

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F.MT01.05: In Situ Study of Advanced Materials
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Sequential Interfacial Reactions Govern Phase Evolution in Solid-State Ceramic Synthesis

Wenhao Sun1

University of Michigan1

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F.MT01.06: Noval In Situ Techniques
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Late News: How Planar Nanowires Grow—Kinetic and In Situ Studies

Amnon Rothman1,Vladimir Dubrovskii2,Anna Kossoy1,Ifat Kaplan-Ashiri1,Ernesto Joselevich1

Weizmann Institute of Science1,St. Petersburg State University2

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F.MT01.02: Advanced In Situ TEM for Material Science
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In Situ Imaging of Carbon-Coated Aluminum Nanoparticles via Low Energy Laser-Induced Heating in TEM

Chi-Chin Wu1,Trevor Clark2,Lily Giri1,Rose Pesce-Rodriguez1,Khalid Hattar2

U.S. Army Research Laboratory1,Sandia National Laboratories2

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F.MT01.03: Advanced Synchrotron X-Ray for Materials Dynamics
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In Situ X-Ray Investigation Underpins Roles of Water on Improving Crystallinity and Stability of Organohalide Perovskite

Hua Zhou1,Zhiyuan Ma1,2,Hsin-Hsiang Huang1,3,Wei Chen1,3,Zhang Jiang1

Argonne National Laboratory1,China University of Petroleum2,The University of Chicago3

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F.MT01.05: In Situ Study of Advanced Materials
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Electrically Driven Phase Changes in the Superionic Conductor Cu16Rb4Cl13I7

Baoming Wang1,Teodor Todorov2,Nicholas Schneider3,John Collins2,John Ott2,John Rozen2,Frances Ross1

Massachusetts Institute of Technology1,IBM T.J. Watson Research Center2,Nicholas Schneider3

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F.MT01.02: Advanced In Situ TEM for Material Science
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Probing Thermal Expansion Coefficient of SrTiO3 Grain Boundaries by In Situ STEM-EELS

Kun-Yen Liao1,Kiyou Shibata1,Teruyasu Mizoguchi1

The University of Tokyo1

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F.MT01.05: In Situ Study of Advanced Materials
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In Situ Microscopy Analysis of Thermodynamic and Kinetic Contributions to Stability in Nanocrystalline Alloys

William Cunningham1,Wenbo Wang1,J. Sebastian Riano2,Sooyeon Hwang3,Andrea Hodge2,Jason Trelewicz1

Stony Brook University1,University of Southern California2,Brookhaven National Laboratory3

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F.MT01.02: Advanced In Situ TEM for Material Science
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F-MT01

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In Situ High-Resolution Transmission Electron Microscope on Atomic Scaled Friction

Xiang Wang1,Yang He1,Scott Mao1

University of Pittsburgh1

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F.MT01.05: In Situ Study of Advanced Materials
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F-MT01

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Late News: In Situ Observation and Modelling of High Temperature Nanoparticle Evaporation

James Horwath1,Peter Voorhees2,Eric Stach1

University of Pennsylvania1,Northwestern University2

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2020-12-01   Show All Abstracts

Symposium Organizers

Yuzi Liu, Argonne National Laboratory
Michael Behr, Dow Chemical
Yu Han, King Abdullah University of Science and Technology
Yugang Sun, Temple University

Symposium Support

Platinum
Perkin Elmer
F.MT01.09: Live Panel Discussion: Advanced In Situ TEM for Material Science
Session Chairs
Yuzi Liu
Yugang Sun
Tuesday AM, December 01, 2020
F.MT01

8:00 AM - F.MT01.09.01
Panel Discussion—Advanced TEM Technology: Eva Olsson, Miaofang Chi and Renu Sharma


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9:00 AM - F.MT01.09.02
Panel Discussion—Liquid TEM and Beyong: Haimei Zheng, James De Yoreo, Qian Chen and Lifen Wang


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2020-12-02   Show All Abstracts

Symposium Organizers

Yuzi Liu, Argonne National Laboratory
Michael Behr, Dow Chemical
Yu Han, King Abdullah University of Science and Technology
Yugang Sun, Temple University

Symposium Support

Platinum
Perkin Elmer
F.MT01.10: Live Keynote I: Ultrafast and Dynamic TEM for Materials/Emerging Process Study by Advanced In Situ Microscopy
Session Chairs
Yuzi Liu
Yugang Sun
Wednesday PM, December 02, 2020
F.MT01

5:15 PM - *F.MT01.02.10
MeV-UED—A Platform for In Situ Studies of Material

X.J. Wang1

SLAC National Accelerator Laboratory1

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5:45 PM - *F.MT01.07.02
Advances in In Situ and Ultrafast Electron Microscopy for Materials Characterization

Ilke Arslan1

Argonne National Laboratory1

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F.MT01.11: Live Keynote II: Emerging Process Study by Advanced In Situ Microscopy
Session Chairs
Yuzi Liu
Yugang Sun
Wednesday PM, December 02, 2020
F.MT01

6:15 PM - *F.MT01.02.04
Nanoscale Crystal Growth on van der Waals-Bonded Materials as Seen with In Situ Microscopy Techniques

Frances Ross1

Massachusetts Institute of Technology1

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6:45 PM - *F.MT01.04.02
Observation of Topological Transformations of Ferroelectric Vortices

He Tian1,Kai Du1

Zhejiang University1

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2020-12-03   Show All Abstracts

Symposium Organizers

Yuzi Liu, Argonne National Laboratory
Michael Behr, Dow Chemical
Yu Han, King Abdullah University of Science and Technology
Yugang Sun, Temple University

Symposium Support

Platinum
Perkin Elmer
F.MT01.12: Live Town Hall: Advanced Synchrotron X-Ray for Materials Dynamics
Session Chairs
Yuzi Liu
Hua Zhou
Thursday PM, December 03, 2020
F.MT01

3:00 PM - F.MT01.11.01
Operando Synchrotron X-Ray Studies of Metal Additive Manufacturing—Tao Sun


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3:15 PM - F.MT01.11.02
Multi-Sale and Multi-Modal X-Ray Microscopy and Applications—Xianghui Xiao


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3:30 PM - F.MT01.11.03
Dynamic and In Situ Characterization Using X-Ray Synchrotron Sources—Michelle Mejia


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3:45 PM - *F.MT01.03.11
Interfacial Self-Assembly and Engineering of Hierarchically Structured Nanocrystals with Photocatalytic Activity

Hongyou Fan1

Sandia National Laboratories1

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4:00 PM - F.MT01.05.01
In Situ X-Ray Investigation Underpins Roles of Water on Improving Crystallinity and Stability of Organohalide Perovskite

Hua Zhou1,Zhiyuan Ma1,2,Hsin-Hsiang Huang1,3,Wei Chen1,3,Zhang Jiang1

Argonne National Laboratory1,China University of Petroleum2,The University of Chicago3

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4:15 PM - F.MT01.12
Town Hall Discussion


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