sonoluminescence

Fresh experimental results will highlight two major meetings on sonoluminescence scheduled for 1997.

The snap can also produce sonoluminescence from the collapsing bubble.

No differences in sonoluminescence were detected between the experiments.

The sonoluminescence effect is discovered at the University of Cologne.

Two somewhat different forms of sonoluminescence are known.

The magnetic aspects of sonoluminescence are very well documented.

If true, sonoluminescence may be the first observable example of quantum vacuum radiation.

Experimental data suggest that only volume emission occurs in the case of sonoluminescence.

Sonoluminescence is typically regarded as a special case of homogeneous sonochemistry.

Any discussion of sonoluminescence must include a detailed analysis of metastability.

Moreover, sonoluminescence is beginning to find practical applications.

Single-bubble sonoluminescence pulses can have very stable periods and positions.

Larger bubbles can be stabilized to show sonoluminescence when not too high forcing pressures are applied.

Certain features of sonoluminescence are clear.

The mechanism of the phenomenon of sonoluminescence remains unsettled.

The light emitted from cavitation bubbles is termed sonoluminescence.

The sonoluminescence effect was first discovered at the University of Cologne in 1934 as a result of work on sonar.

The light is of lower intensity than the light produced by typical sonoluminescence and is not visible to the naked eye.

Their first album, Sonoluminescence, was released on Small Stone in November 2009.

Gravity therefore has no evident influence on sonoluminescence, the scientists concluded, and the existence of a jet therefore seems unlikely.

Sonoluminescence is the emission of short bursts of light from imploding bubbles in a liquid when excited by sound.

This is demonstrated in phenomena such as ultrasound, sonication, sonoluminescence, and sonic cavitation.

Previously, many scientists had believed that sonoluminescence was an electrical effect or was caused by the recombination of split water molecules.

Their mathematical model, which is partly based on the behavior of thermonuclear explosions, suggests that shock waves are the likely cause of sonoluminescence.

It has been detected in single bubble sonoluminescence of concentrated sulfuric acid containing some dissolved noble gas.