Ti3C2Tx MXene as a novel functional photo blocker for stereolithographic 3D printing of multifunctional gels via Continuous Liquid Interface Production

Ti3C2Tx MXene-Based Flexible Piezoresistive Physical Sensors

“…The 3D printing method constructs 3D objects with complex geometric structures by connecting or curing prefabricated ink materials. For example, direct ink writing , and stereolithography have been successfully used to produce 3D structure MXenes. Direct ink writing is shown in Figure d, which involves squeezing and curing of high-viscosity ink containing MXene.…”

MXene reinforced organohydrogels with ultra-stability, high sensitivity and anti-freezing ability for flexible strain sensors

“…S1c (ESI †) indicates that the content of oxygen and fluorine on the MXene was greatly increased. Moreover, in the FTIR spectrum of MXene, two characteristic peaks were displayed at 3436 cm À1 and 548 cm À1 , which were assigned to -OH and Ti-O bonds, 50 respectively. The above results demonstrated that MAX was exfoliated successfully and MXene was successfully obtained.…”

Controlled local orientation of 2D nanomaterials in 3D devices: methods and prospects for multifunctional designs and enhanced performance

“…275 Moreover, SLA has also been used with 2D nanomaterials. 276,277 In SLA, a liquid suspension containing 2D nanosheets and a UV-curable liquid is locally cured using UV light. Using local, sequential curing, SLA has been successfully applied in conjunction with magnetic elds to locally orient 2D nanosheets.…”