Abstract 3D printing (additive manufacturing (AM)) has enormous potential for rapid tooling
and mass production due to its design flexibility and significant reduction of the timeline from …

Carbon nanomaterials have been shown to rapidly evolve heat in response to
electromagnetic fields. Initial studies focused on the use of microwaves, but more recently, it …

Here we report for the first time that Ti3C2Tx/polymer composite films rapidly heat when
exposed to low-power radio frequency fields. Ti3C2Tx MXenes possess a high dielectric …

Here we report the Joule heating of graphite-based pixel arrays using direct current (DC)
power and alternating current (AC) power. We show performance of a DC applicator for …

Graphene oxide (GO) is one of the most frequently-used graphene-family materials, but it
must often be reduced in order to restore electrical conductivity for the target applications …

Here we report radio frequency (RF) heating patterns that may be generalized across a wide
range of nanomaterial-loaded materials. We used experiments and simulation to show that …

Recently, thermal manipulation in carbon materials has drawn much interest in multiple
domains. Compared with existing conductive heating techniques, microwave heating has …

In hazardous or microscale environments, it is valuable to have actuators that can be
triggered without a direct connection to a power source and can exhibit site‐specific …

Recent studies have demonstrated that a range of carbon nanomaterials can act as
susceptors for radio frequency (RF) fields, allowing for rapid and targeted heating. However …

In this paper, we have demonstrated radio frequency (RF) heating of susceptor
nanomaterials coupled with conventional catalysts to enable a new class of heterogeneous …