The unique properties of microwaves make them useful in many diverse applications across
a wide range of fields, spanning much of engineering and science. In the chemical sciences …

This article introduces the design and analysis of a small-size coaxial resonant applicator for
high-speed microwave heating-assisted additive manufacturing of multiple materials, such …

A possibility of fast rapid temperature changing for the studied compound makes it possible
to study related phenomena, such as thermally induced trapping of metastable states in …

Proposed resonator design and measurement technique is a promising solution to estimate
the value of materials surface conductivity. In the developed device, there are no mechanical …

A custom-built dual-mode EPR resonator was used to study the radical chemistry of AIBN
thermal decomposition. This resonator enables both simultaneous in situ heating using …

This paper describes the design considerations for a dual mode X-band continuous wave
(CW) Electron Paramagnetic Resonance (EPR) cavity, for simultaneous EPR measurement …

Microwave resonators can be utilized as precision, fast, selective, and non-invasive sensors
for reagent and material characterisation. The quality factor (Q-factor) of a microwave …

A custom-built dual mode EPR resonator was used to study the radical chemistry of AIBN
thermal decomposition. This resonator enables both simultaneous in situ heating using …

Electron Paramagnetic Resonance (EPR), or electron spin resonance (ESR), spectroscopy
is a technique used to study free radicals or materials containing unpaired electrons …

Electron Paramagnetic Resonance (EPR) spectroscopy is useful for characterising organic
radicals and various metal complexes. At the heart of is the cavity resonator which both …