We will start off with a paper from @banasori (back when he worked at @DrexelMaterials with @gogotsi1) published in @acsnano. As we discussed in-plane ordered MXenes (i-MXenes) last week, this work established synthesis of ordered #MXenes back in 2015. https://t.co/sUYcemlzT2
Two-Dimensional, Ordered, Double Transition Metals Carbides (MXenes).
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Sep 2015 – Jul 2020Where it's discussed
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The analysis emphasizes the relevance of the publication by referencing its connection to earlier work by notable researchers and highlighting its role in establishing synthesis methods, illustrating a shared understanding of its significance within the scientific community.
The discussion references previous work and confirms the significance of the research, suggesting general agreement.
The mention of synthesis and prior studies indicates a moderate level of curiosity about the topic.
The discussion involves referencing research history and technical details like in-plane ordered MXenes, showing active engagement.
Highlighting foundational work and continued developments implies recognition of the study's importance in advancing the field.
Abstract in brief
- The text discusses the discovery of two new families of 2D materials called MXenes, specifically M2MC2 and M2M2C3, which are made from layers of different early transition metals.
- Using density functional theory (DFT), researchers predicted these structures and then synthesized specific examples like Mo2TiC2Tx, Mo2Ti2C3Tx, and Cr2TiC2Tx to confirm their existence and properties.
- The study shows that the outer metal layers (Mo and Cr) significantly influence the chemical and electrochemical behavior of these materials, broadening the options for designing 2D materials with unique properties.
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Exploring Ordered Double Transition Metals MXenes in 2D Materials
Babak Anasori presents the discovery of new families of ordered MXenes, M2MC2 and M2M2C3, synthesized from layers of different transition metals, expanding the possibilities for 2D material design and applications.
Discovery of Two New Families of MXene 2D Materials for Advanced Applications
Babak Anasori introduces two new families of ordered MXenes, M2MC2 and M2M2C3, made from layers of different early transition metals. Using density functional theory, researchers predicted and synthesized specific…
We will start off with a paper from @banasori (back when he worked at @DrexelMaterials with @gogotsi1) published in @acsnano. As we discussed in-plane ordered MXenes (i-MXenes) last week, this work established synthesis of ordered #MXenes back in 2015. https://t.co/sUYcemlzT2
DM