The degradation of pollutants by a non-radical pathway involving singlet oxygen (1 O 2) is
highly relevant in advanced oxidation processes. Photosensitizers, modified photocatalysts …

Ultrasound is an essential technique to improve organic synthesis from the point of view of
green chemistry, as it can promote better yields and selectivities, in addition to shorter …

The action of ClO radical dot is more prominent than HO radical dot and Cl radical dot in the
advanced oxidation degradation of some pollutants. However, studies on the pollutant …

Oxidative reactions of the hydroxyl radical (· OH) with methimazole (MMI), an antithyroid
drug, are crucial for understanding its fate in oxidizing environments. By synergistically …

Two selanyl compounds, 5-(phenylselanyl) pentanoic acid (1) and 5-(benzylselanyl)
pentanoic acid (2), were investigated for their reactivity towards one-electron oxidants …

The field of combination of microwave‐assisted/ultrasound‐irradiated metal‐based catalysts
(heterogeneous catalysis) is the focus of this overview's recent advancements, which mostly …

A numerical modeling approach is presented, predicting the sonochemical efficiency for
water decontamination integrally based on microscale activity of a single bubble, coupled to …

In the present chapter, we highlight on the mechanisms of the methane conversion based on
sonochemistry, ethane, and some cyclic hydrocarbons, based on a literature review. The …

Carbon nanotubes (CNTs) are suited for neurochemistry because of their biological
inertness, ability to withstand biofouling, and superior electron transport kinetics. Dopamine …

The usage of power ultrasound for sonochemical processing of Si wafers and thin layers of
amorphous Si and SiGe alloys is described. Over the last decade different industries have …