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MXenes

In materials science, MXenes (pronounced "max-enes") are a class of two-dimensional inorganic compounds along with MBorenes, that consist of atomically thin layers of transition metal carbides, nitrides, or carbonitrides. MXenes accept a variety of hydrophilic terminations. The first MXene was reported in 2011 at Drexel University's College of…

Applications & Science

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Overview

Structure

Synthesis

Covalent surface modification

Intercalation and delamination

MXene clay

Material processing

Properties

Potential applications

Advanced semantic analysis

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Map overview Semantic statistics

MXenes

Nodes103
Edges102
Triples269
Avg. degree1.98
Density0.019417
Components1

How this topic connects Entity context

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MXenes

Top relations

related to Synthesis · 30
MXenes → AgCl, Al, CdCl2, Cl, CoCl2, CuCl2, FeCl2, For, Ga, HCl, HF, Lewis, LiF, MAX, MAX-phase, MXene, NH4HF2, NiCl2, OH, Producing
related to Properties · 28
MXenes → Al, Cr2C, Cr2N, Dirac-like, EF, Experimentally, Fermi, In MAX, MAX, MXene, No, Only MXenes, Removing, Significant, Sub-band, Ta3C2, The, Ti, Ti-Al, Ti-C
related to Biological properties · 22
MXenes → A375, A549, Compared, Cytotoxicity, Damage, Further, Gram-negative, Gram-positive, HaCaT, However, In, More, MRC-5, MXene, Potential, ROS, Studies, The, Ti2C MXene, Ti3C2
related to Double transition · 19
MXenes → C2, C3, C4, Cr, Cr2TiC2, Double, In, M'2, M'2M, M'3, M'4, M'5, Mo, Mo2Ti2C3, Mo2TiC2, Mo4VC4, MXene, Ordered, Solid-solution MXenes
related to Covalent surface modification · 18
MXenes → An, Br, Cl, CO2, Covalent, H2O, Li, Moreover, MXene, Na, NH, Se, Te, The, Ti, Ti-Ti, Ti3C2Tx, Ti3C2Tx-surface
related to Supercapacitors · 17
MXenes → Composite Ti3C2Tx-based, F/cm3, For, HF, Improvements, In, Increasing, Li, Notably, Polyaniline, PPy, The, Ti3C2Tx, Ti3C2Tx MXenes, Ti3C2Tx/Fe2O3, Ti3C2Tx/polymer, TiO2
related to Composites · 16
MXenes → Alternative, By, C-dot, CNT, F/cm3, FL-Ti3C2, Free-standing MXene/graphene, MXene, MXene-carbon, MXene-PVA, MXene/C-dot, MXene/graphene, PVA, S/cm, The, These
related to Lithium-ion batteries · 16
MXenes → Although Ti3C2Tx, By, Generally, In, LIBs, M2X, M2X MXenes, M3X2, M4X3, Moreover, Multi-layer Nb2CTx, MXene, Nb2CTx, Ti2CTx, Ti3C2Tx, V2CTx
related to Intercalation and delamination · 14
MXenes → Al3, DMSO, For, Guest, Intercalaction, Ions, Li, MX, MXene, N2H4, OH, Pb2, Since MXenes, Ti3C2
related to Material processing · 13
MXenes → For, HF, However, Lateral, LiF, MAX, MILD, Minimally Intensive Layer Delamination, Several, Studies, The, This, Ti3C2Tx

Important terminology Word statistics

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Important terminology

mxene ti3c2tx etching ti3c2 layers max surface electrodes density properties storage capacity applications materials high flakes charge hf size show

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
Oinstance ofMo2Ti2C3 Covalent surface modification2D transition-metal carbides surfaces can be chemically transformed with a variety of functional groups0.80text
NHinstance ofMo2Ti2C3 Covalent surface modification2D transition-metal carbides surfaces can be chemically transformed with a variety of functional groups0.80text
Sinstance ofMo2Ti2C3 Covalent surface modification2D transition-metal carbides surfaces can be chemically transformed with a variety of functional groups0.80text
Clinstance ofMo2Ti2C3 Covalent surface modification2D transition-metal carbides surfaces can be chemically transformed with a variety of functional groups0.80text
Seinstance ofMo2Ti2C3 Covalent surface modification2D transition-metal carbides surfaces can be chemically transformed with a variety of functional groups0.80text
Brinstance ofMo2Ti2C3 Covalent surface modification2D transition-metal carbides surfaces can be chemically transformed with a variety of functional groups0.80text
and Te surface terminations as well as bare MXenesinstance ofMo2Ti2C3 Covalent surface modification2D transition-metal carbides surfaces can be chemically transformed with a variety of functional groups0.80text
catalysisinstance ofThis is beneficial for applications0.80text
specific biomedicalinstance ofThis is beneficial for applications0.80text
electrochemical applicationsinstance ofThis is beneficial for applications0.80text
Ti3C2instance ofThe optical properties of MXenes0.80text
Ti2C in the IR region differ from those in the visible wavelengthsinstance ofThe optical properties of MXenes0.80text

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