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Designing a Less Toxic Method for MXene Synthesis

AZoNano speaks with researchers from the Talapin Lab, University of Chicago, about a new method to synthesize MXenes that is less toxic than conventional approaches.

Di wangRoyal societyArkhangel skaya oblastDmitri talapinYury gogotsiMegan craigBiwu maJohn corbettChenkun zhouDepartment of chemistryuniversity chicagoDi wangtalapin labRoyal society of chemistryFlorida state universityIbm tj watson research centerJames franck instituteDi wang talapin lab

Scientists discover easy way to make atomically-thin metal layers for new technology: Economic method to create MXene material could enable new electronics or energy storage methods

Scientists discover easy way to make atomically-thin metal layers for new technology: Economic method to create MXene material could enable new electronics or energy storage methods
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United statesUniversity of chicagoMingzhan wangFrancisco lagunasDmitri talapinChenkun zhouAlexander filatovChong liuRobert klieWooje choEnergy frontier research centerEngineering centerArgonne national laboratoryUniversity of illinois chicagoNanoscale materials at argonne national laboratoryUniversity of chicago materials research science

New method for growing flowery MXenes - Materials Today

By taking advantage of ‘atom economy’, researchers have developed a faster, more efficient method for producing the 2D materials known as MXenes.

Chenkun zhouDmitri talapinArgonne national laboratoryUniversity of chicago

Scientists Discover Easy Way to Make Atomically-Thin Metal Layers

Until recently, these materials were as labor-intensive as good croissants made in a French bakery.

University of chicagoUnited statesChenkun zhouWooje choAlexander filatovRobert klieDmitri talapinChong liuFrancisco lagunasMingzhan wangNanoscale materials at argonne national laboratoryUniversity of illinois chicagoEnergy frontier research centerUniversity of chicago materials research scienceArgonne national laboratoryEngineering center

Creating MXene Nanomaterials Is No Longer Labor-Intensive, Could Pave the Way to More Applications in Electronics

MXenes may be used more in the electronics business because it's now easy to create the nanomaterial. Read more.

Chenkun zhouDmitri talapinWikimedia commonsArgonne national laboratoryWay to more applications in electronicsUniversity of chicagoWay to more applications in electronics photoNanomaterials is no longer labor intensiveCould paveMore applicationsNanomaterials are now easyHelix splits dueInvasive natureIntranasal flu vaccineNanoparticles can helpFight against influenza