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Schedule / Scientific Program

Detailed Discription of the Sessions

Detailed Discription of the Sessions


Sessions “Lithium|Electrolyte Interface and Interphase”: The focus of these sessions is the investigation of lithium metal|electrolyte interfaces and interphases with solid and/or liquid electrolytes. In the first part the “reactivity view” is focused. Besides the discussion of chemical stability issues, advanced methods for interface and interphase characterisation are presented. In the second part a more “mechanical view” is addressed, including issues like pore formation and contact loss, which are important aspects for solid electrolytes.

 

Sessions “Lithium Surface Modification”: After the introduction of some of the issues for lithium metal interfaces and interphases, these sessions cover surface modifications of lithium metal anodes to improve their performance (e.g. “protected Li anode”). Both parts focus on surface modification strategies for liquid-electrolyte cells and ASSBs, for example through functionalization or morphological modification.

 

Sessions “Design of Lithium Anodes”: In the last part, different concepts for lithium metal anode design to overcome problems in the application are discussed. The talks focus on ideas beyond lithium metal foils, such as alternative lithium shapes, and anodes without pure lithium metal, e.g. host structures or “anode-free” concepts.


Schedule / Scientific Program

Schedule


(all times Central European Time UTC +1)


Wednesday, February 9, 2022

02.00 p.m.

Welcome and Introduction

 

SESSION 1: Design of Lithium Anodes

02.10 p.m.

KEYNOTE LECTURE - Qiang Zhang

Emerging Energy Chemistry at Li metal and Electrolyte Interfaces

02.40 p.m.

INVITED LECTURE – Chen-Zi Zhao

Regulating Li-ion migration in solid-state electrolytes for Li metal anodes

03.00 p.m.

INVITED LECTURE – Tjark Ingber

Challenges of Zero-Excess Lithium Metal Batteries and how to overcome them

03.20 p.m.

Break

 

SESSION 2: Design of Lithium Anodes

03.35 p.m.

KEYNOTE LECTURE - Eric D. Wachsman

Enabling High Rate Lithium Metal Anodes by Tailored Structures and Interfaces

04.05 p.m.

INVITED LECTURE – Kay Schönherr

Efficient processing of thin and tailored Lithium-metal Anodes for next-generation Batteries

04.25 p.m.

Break

 

SESSION 3: Lithium|Electrolyte Interface and Interphase

04.40 p.m.

KEYNOTE LECTURE - Kelsey Hatzell

Detection and interrogation of chemo-mechanics in solid state batteries across length scales

05.10 p.m.

KEYNOTE LECTURE - Venkat Srinivasan

Morphology evolution in Li metal anodes: Insights from math models

05.40 p.m.

INVITED LECTURE - Till Fuchs

Tuning the Electrochemo-mechanical Properties of the Lithium Metal Anode by Mixing with Carbon-Nanotubes for use in Solid-State-Batteries

06.00 p.m.

INVITED LECTURE – Lisette Haarmann

On the Cause of Pore Formation and the Limitation of Pore Annihilation at Lithium Metal/Solid electrolyte Interfaces

06.20 p.m.

Closing Remarks

 

(all times Central European Time UTC +1)


Thursday, February 10, 2022

02.00 p.m.

Welcome and Introduction

 

SESSION 1: Lithium Surface Modification

02.10 p.m.

KEYNOTE LECTURE – Robert Dominko

Reliable characterization of artificial layers on the metallic anodes

02.40 p.m.

INVITED LECTURE - Marian Stan

The role of Li-intermetallic and thickness validation on the electrochemical performance of lithium metal anodes

03.00 p.m.

INVITED LECTURE – Svenja-K. Otto

Lithium Metal Reactivity: The Impact of the Surface Reaction Layer on the Lithium Anode

03.20 p.m.

Break

 

SESSION 2: Lithium Surface Modification

03.35 p.m.

KEYNOTE LECTURE – Linda Nazar

Stabilizing Lithium Anodes with In-Situ Protective Layers for All Solid State Batteries

04.05 p.m.

INVITED LECTURE - Yannik Moryson

Enhancing the performance in Li-ion batteries by plasma polymer coating of Li-metal anodes

04.25 p.m.

INVITED LECTURE - Julia Wellmann

Mechanochemical Modification: A Novel Approach to Form an Effective SEI on Lithium Metal Anodes

04.45 p.m.

Break

 

SESSION 3: Lithium|Electrolyte Interface and Interphase

05.00 p.m.

KEYNOTE LECTURE – Matthew T. McDowell

In Situ Investigation of Lithium Interface Evolution in Solid-State Batteries

05.30 p.m.

INVITED LECTURE - Luise Riegger

Instability of Li7SiPS8 Solid Electrolyte at The Lithium Metal Anode and Interphase Formation

05.50 p.m.

KEYNOTE LECTURE – Shirley Meng

Advanced Characterization for Lithium Metal Batteries and Solid State Batteries

06.20 p.m.

Closing Remarks