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The discussions collectively demonstrate support and recognition of the research's importance, with examples such as descriptions of the electrolyte as 'nonflammable' and capable of functioning under fire conditions. The tone conveys a positive outlook on the safety advancements, reflecting moderate engagement and anticipated impact on the field.
Most discussions express support for the publication, highlighting its importance and safety benefits, such as 'proposed the first design' and 'can still work under flame abuse test'.
Postings indicate curiosity and recognition of the research's significance, with phrases like '#RecommendedReading' suggesting a positive, interested attitude.
Examples include users sharing the publication's DOI and mentioning its innovative safety features, showing moderate engagement and understanding.
The emphasis on safety improvements and potential applications suggests that the publication could influence future battery development and safety standards.
[Early Career Board] #RecommendedReading - "A Fireproof, Lightweight, Polymer–Polymer Solid-State Electrolyte for Safe Lithium Batteries" https://t.co/R2hC1flzfK https://t.co/WM3H7rsWc4
RT @NanoLetters: [Early Career Board] #RecommendedReading - "A Fireproof, Lightweight, Polymer–Polymer Solid-State Electrolyte for Safe Lit…
This video discusses a fireproof, lightweight polymer solid-state electrolyte designed for safer lithium batteries. It highlights the materials used, performance, and stability under fire testing conditions, offering a…
This video introduces a fireproof, lightweight polymer-solid electrolyte designed for safer lithium batteries, addressing safety concerns caused by flammable liquid electrolytes. The SSE is made from nonflammable…
This video introduces a fireproof, lightweight polymer-solid electrolyte designed for safer lithium batteries, emphasizing safety, stability, and high energy density achieved through nonflammable materials and…
This video demonstrates a fireproof, lightweight polymer solid electrolyte designed for safer lithium batteries, highlighting its performance and fire resistance through pouch cell testing.
This video discusses a fireproof, lightweight polymer solid-state electrolyte designed for enhanced safety in lithium batteries, utilizing nonflammable materials to improve stability and performance.
This video demonstrates the flame abuse test of a pouch cell with our polymer-polymer solid electrolyte, highlighting its safety and fire-resistant properties as part of safer lithium battery development.
This video discusses the development of a fireproof, lightweight polymer-solid electrolyte for safer lithium batteries, highlighting its nonflammable composition, stability, and performance under fire testing conditions.
My paper now online @NanoLetters! （DOI: 10.1021/acs.nanolett.9b04815）We proposed the first design of a nonflammable polymer electrolyte for lithium batteries to improve the safety of batteries. The full-cell battery with our electrolyte can still work under flame abuse test! https://t.co/cBQAWLq1KF
RT @NanoLetters: [Early Career Board] #RecommendedReading - "A Fireproof, Lightweight, Polymer–Polymer Solid-State Electrolyte for Safe Lit…
[Early Career Board] #RecommendedReading - "A Fireproof, Lightweight, Polymer–Polymer Solid-State Electrolyte for Safe Lithium Batteries" https://t.co/R2hC1flzfK https://t.co/WM3H7rsWc4