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Multifunctional Materials Assembled from 2D MXenes and other Nanoscale Building Blocks
About 50 stoichiometric MXene compositions and dozens of solid solutions and highentropy structures with up to 9 different elements with various terminations have been made since our first report on T
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Presentation
Multifunctional Materials Assembled from 2D MXenes and other Nanoscale Building Blocks00:00
Multifunctional Materials Assembled from 2D MXenes and other Nanoscale Building Blocks01:19
Fritz Pregl02:53
MY ODYSSEY04:01
MY ODYSSEY05:45
Materials drive the progress of the humankind08:09
How the First MXene Paper Was Published13:10
How the First MXene Paper Was Published15:20
2D Materials15:58
Diversity in the Two-Dimensional World19:08
2D Heterostructures for Energy Storage20:02
MXenes: A Variety of Chemistries20:13
MXenes: A Variety of Chemistries20:38
Role of Surface Terminations in MXene Thermodynamic Stability22:42
MXenes23:43
Synthesis Methods and MXene Surface Chemistry26:13
Synthesis Methods and MXene Surface Chemistry28:09
Prediction of MXene Synthesis and Their Precursors with Machine Learning29:33
MXenes and Beyond – Predicting the Future30:41
Fabrication of Ti3C2 and Ti3CN MXenes by Electrochemical Etching31:29
Synthesis of MXenes by Dry Selective Extraction31:41
Lewis Acid Molten Salt (LAMS) Synthesis32:30
Editing MAX and MXene using Chemical Scissors32:46
Synthesis of Chalcogen-Terminated MXenes33:28
Gas-phase Synthesis of Ti2CCl234:24
Availability of Chemical Elements36:28
Think Different, Think MXene37:17
Chemically Controlled Properties of MXenes39:20
Chemically Controlled Properties of MXenes41:44
Vertically Aligned MoS2 on Ti3C2 MXene42:05
preglov_kolokvij_gogotsi_mxenes_blocks_slide_6042:14
From Basic Science to Applications42:47
In situ XRD: solvent effects on interlayer spacing44:54
MXenes in Non-Aqueous Electrolytes46:05
Electrochemical Energy Storage Confinement46:55
Ti3C2 can be processed into freestanding films with thicknesses as low as 1 micron47:13
MXene-rGO Hybrids48:47
Ultra-Strong MXene-rGO Hybrids48:58
Ultra-Strong MXene-rGO Hybrids50:11
Ultra-Strong MXene-rGO Hybrids50:23
Theoretical and experimental study of MXenes as electrocatalysts for the HER50:41
Vacancies on the Surface of MXenes51:14
Single Pt atoms immobilized on Mo2TiC2O2 for HER 51:25
Transparent Conductor for Flexible OLEDs and Solar Cells52:00
Versatility of Infrared Properties of MXenes53:29
Versatility of Infrared Properties of MXenes54:47
Versatility of Infrared Properties of MXenes55:45
The Rise of MXenes in Biomedical Research and Healthcare56:14
Wearable Sensing Technologies56:26
MXetronics– the future of electronics57:27
MXenes in the Quantum Realm57:31
Trends in Applications of MXenes57:48
MXene Development in the US Is in Troubling Waters59:32
MXene Commercialization01:00:03
Where do we go next?01:00:22
To PhD students and other junior researchers:01:01:47
Acknowledgements01:02:13