No. 1:
Influence of reducing environment on charge storage behavior of two-dimensional Mo_1.33C MXene
Bilal Ahmed / Linköping University

No. 2:
In situ X-ray absorption spectroscopy electrochemical study of intercalated Ti₃C₂T_x MXene: towards high capacitance performance
Ameer Al-Temimy / Helmholtz-Zentrum Berlin

No. 3:
Multifunctional polymer composites doped with MXenes nanoparticles for advanced applications
Andrey Aniskevich / University of Latvia

No. 4:
Wet chemical based synthesis and exfoliation of MAX phase Cr₂GaC
Christina S. Birkel / Arizona State University

No. 5:
Multilayered 2D sheets of Ti₂NT_x MXene: anticancer, selective and stable after delamination
Magdalena Birowska / University of Warsaw

No. 6:
Implication of the interstratification process at stake in MXene on physical properties
Stéphane Célérier / University of Poitiers

No. 7:
Insights into the elastic properties of 3D RE-containing MAX phases and their potential exfoliation to 2D MXenes
Aurelie Champagne / University of Louvain

No. 8:
Chemiresistors based on Ti₃C₂ MXene
Sergii Chertopalov / Czech Academy of Sciences

No. 9:
Flexible MXene devices for plasmonic photodetection
Jehad K. El-Demellawi / KAUST

No. 10:
Large-scale synthesis of titanium-based MAX and MXenes
Oleksiy Gogotsi / Materials Research Centre, Kiev

No. 11:
pH-dependent distribution of functional groups on titanium-based MXene
Rina Ibragimova / Aalto University

No. 12:
Human-like collagen protein coated 2D multilayered Ti₃C₂ and Ti₂C MXenes for improved biocompatibility
Agnieszka M. Jastrzębska / Warsaw University of Technology

No. 13:
Quality of MXene dispersion in various polymeric systems
Kateřina Kopecká / SYNPO, Pardubice

No. 14:
A MXene-based wearable biosensor system for high-performance in-vitro perspiration analysis
Yongjiu Lei / KAUST

No. 15:
Surface structure of MXene nanosheets investigated by scanning tunneling microscopy
Zhongpeng Lyu / Aalto University

No. 16:
Superfast high-energy storage hybrid device composed of MXene and Chevrel-phase electrodes operated in saturated LiCl electrolyte solution
Fyodor Malchik / Bar-Ilan University

No. 17:
Polymeric composites with 2D nanoparticles MXenes
Mária Omastová / Polymer Institute SAS, Bratislava

No. 18:
Study of MXene nanoparticles aging
Michal Procházka / Polymer Institute SAS, Bratislava

No. 19:
Silanization as an efficient way of protecting MXenes against oxidation Błażej Scheibe / Palacký University Olomouc

No. 20:
Mo₄VC₄: a two-dimensional MXene with five atomic layers of transition metals
Christopher E. Shuck / Drexel University

No. 21:
Stability of MXenes dispersions – oxidation and use for air purification
Nadia Todorova / NSCR Demokritos, Athens

No. 22:
Synthesis of a thermoresponsive hybrid MXene with switchable conductivity
Minh Hai Tran / TU Darmstadt

No. 23:
MXene-derived ferroelectric crystals
Shaobo Tu / KAUST

No. 24:
Two-dimensional titanium carbide (MXene) in accommodating lens design
Emma Ward / University of Brighton

No. 25:
3D printing of freestanding MXene architectures for current collector-free supercapacitors
Wenji Yang / University of Manchester

No. 26:
Strategies for enhancing the electrochemical activities of MXenes via chemical doping with nonmetallic electron donors
Yeoheung Yoon / Korea Research Institute of Chemical Technology

No. 27:
Simulation on mechanical behaviour of polymer/MXene nanocomposites
Daiva Zeleniakiene / Kaunas University of Technology

No. 28:
Synthesis and characterization of scandium and lutetium containing two dimensional carbides
Jie Zhou / Linköping University

No. 29:
Atomic defects in monolayer ordered double transition metals carbide (Mo₂TiC₂T_x) MXene
Rasoul Khaledialusti / NTNU, Trondheim