The generation of H 2 from protons and electrons by complexes of cobalt has an extensive
history. During the past decade, interest in this subject has increased as a result of …

Acoustic cavitation is responsible for both sonochemistry and sonoluminescence. Bubble
collapse in liquids results in an enormous concentration of energy from the conversion of the …

Acoustic cavitation—the formation and implosive collapse of bubbles—occurs when a liquid
is exposed to intense sound. Cavitation can produce white noise, sonochemical reactions …

The complex [Co (bdt) 2]−(where bdt= 1, 2-benzenedithiolate) is an active catalyst for the
visible light driven reduction of protons from water when employed with Ru (bpy) 32+ as the …

Liquids irradiated with high-intensity ultrasound undergo acoustic cavitationsthe formation,
growth, and implosive collapse of bubbles. The energy stored during the growth of the …

Ein Muster an Ausdauer: Der abgebildete biomimetische Nickelthiolatkomplex zeigt in der
Titelreaktion eine unerreichte Aktivität. Bei Verwendung geringer Konzentrationen des …

Artificial photosynthesis (AP) is a promising method of converting solar energy into fuel (H2).
Harnessing solar energy to generate H2 from H+ is a crucial process in systems for artificial …

Comparisons of the spectral characteristics of sonoluminescence from cavitation in bubble
fields (MBSL) versus cavitation of single bubbles (SBSL) have been made for aqueous …

Ultrasound can drive a single gas bubble in water into violent oscillation; as the bubble is
compressed periodically, extremely short flashes of light (about 100 ps) are generated with …

Nerves enable cancer progression, as cancers have been shown to extend along nerves
through the process of perineural invasion, which carries a poor prognosis. Furthermore, the …