J Am Chem Soc May 2023 PMID 37120859

High-Efficiency Lithium-Ion Transport in a Porous Coordination Chain-Based Hydrogen-Bonded Framework.

Zongsu Han, Runhao Zhang, Jialong Jiang, Zhonghang Chen, Youxuan Ni, Weiwei Xie, Jun Xu, Zhen Zhou, Jun Chen, Peng Cheng, Wei Shi

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Peak: 7 in May 2023

across 3 sources since Apr 2023

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905,056

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272

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Apr 2023 – May 2023

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AI synopsis

What people are saying

Several discussions express approval of the research’s potential, with phrases like 'high-efficiency' and 'breakthrough' showing a positive outlook. The tone is generally informative and enthusiastic, emphasizing the potential for improved battery stability and performance, which reflects a moderate yet interested engagement with the publication's significance.

AgreementModerate agreement

Most discussions acknowledge the significance of the research, highlighting its contribution to lithium-ion transport improvements.

InterestModerate interest

Participants show a moderate level of curiosity, mentioning keywords like 'high efficiency' and 'new framework' but without deep technical discussion.

EngagementModerate engagement

Posts include references to the publication and general praise, indicating some level of engagement but limited detailed analysis.

ImpactModerate impact

The discussions suggest that the research could influence future battery technology, though the tone remains cautious and optimistic rather than provocative.

Abstract in brief

This study presents a new porous framework called NKU1000, designed to improve lithium-ion transport in solid electrolytes for lithium batteries, achieving high conductivity, stability, and compatibility.
NKU1000 demonstrates excellent performance with a lithium conductivity of 113 x 10^(-6) S/cm, a high lithium transfer number of 0.87, and a wide electrochemical window of 5.0 V, enabling efficient and stable battery operation.
When used in a solid-state battery, NKU1000 provides a high discharge capacity, maintains 94.4% after 500 cycles, and functions effectively over a broad temperature range without forming lithium dendrites, thanks to its unique structure supporting uniform lithium flow.]

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Enhanced Lithium-Ion Transport in Porous Frameworks for Better Batteries

This video explores a novel porous framework called NKU1000 that significantly improves lithium-ion transport in solid electrolytes, offering high conductivity and stability for advanced battery performance.

Son Bilimsel Gelişmeler · May 15, 2023 233 views

Enhanced Lithium-Ion Transport in Advanced Solid Electrolytes

This video discusses recent advances in lithium-ion transport within solid electrolytes, highlighting the NKU1000 framework that offers high conductivity, stability, and efficient battery performance, enabling safer and…

LSB I latest scientific breakthroughs · May 15, 2023 39 views

Rahul Banerjee

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RT @J_A_C_S: The latest issue of JACS is live!

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RT @J_A_C_S: The latest issue of JACS is live!

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J. Am. Chem. Soc.

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The latest issue of JACS is live!

May 10, 2023 · 22 likes · 4 shares · 185,453 followers View post →

Yoel Ohayon

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High-Efficiency Lithium-Ion Transport in a Porous Coordination Chain-Based Hydrogen-Bonded Framework https://t.co/xynbmrxB8q https://t.co/kld8BGaAbj

Apr 26, 2023 · 3,445 followers View post →

Aneke Franklin

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RT @ChemistryNews: Just Published: High-Efficiency Lithium-Ion Transport in a Porous Coordination Chain-Based Hydrogen-Bonded Framework htt…

Apr 26, 2023 · 1 share · 99 followers View post →

J. Am. Chem. Soc.

@J_A_C_S · X

High-Efficiency Lithium-Ion Transport in a Porous Coordination Chain-Based Hydrogen-Bonded Framework @NanKaiUniv @CHNSci #Lithium #Transport #Porous #HbondingFramework https://t.co/BweT36HGpZ

Apr 25, 2023 · 3 likes · 185,453 followers View post →

Chemistry News

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Just Published: High-Efficiency Lithium-Ion Transport in a Porous Coordination Chain-Based Hydrogen-Bonded Framework https://t.co/XYJbT7fTGT

Apr 25, 2023 · 8 likes · 1 share · 517,816 followers View post →

High-Efficiency Lithium-Ion Transport in a Porous Coordination Chain-Based Hydrogen-Bonded Framework.

Mentions per month

Where it's discussed

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Abstract in brief

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Enhanced Lithium-Ion Transport in Porous Frameworks for Better Batteries

Enhanced Lithium-Ion Transport in Advanced Solid Electrolytes