low-temperature plasma

The technique uses a low-temperature plasma to destroy the contaminants.

His focus at the journal was low-temperature plasma physics.

The complexity of skin ceels is what prevents them from breaking apart when hit by the low-temperature plasma.

At the first stage, measurements can be done in low-temperature plasma to compare the results with well-established probe techniques.

The Plasma Module is used to model and simulate low-temperature plasma sources and systems.

Measurements with electric probes, called Langmuir probes, are the oldest and most often used procedures for low-temperature plasmas.

The new understanding of non-linear electron resonance heating provided by Dr Mussenbrock and colleagues provides new insight into the properties of low-temperature plasma.

Different ambient ionization methods, including low-temperature plasma, paper spray, and extraction spray, have been demonstrated to be highly compatible with MMS.

A new study has shown that firing low-temperature plasma beams at dentine - the fibrous tooth structure below the enamel - can reduce bacteria levels by up to 10,000 times.

The present-day major areas of research are physical electronics, radiophysics, micro-, nano- and quantum electronics, low-temperature plasma physics, semiconductor electronics, medical radiophysics.

Huang et al., (2008) have also developed at Purdue University (US) a simpler instrumentation and a faster method by using a low-temperature plasma probe to ionize the samples.

Dr Thomas Mussenbrock and colleagues, in a study published in Physical Review Letters, defined the heating mechanism of electrons in low-temperature plasmas both theoretically and experimentally.

Its facilities for the study of high- and low-temperature plasmas combined with an integrated theoretical program make it a national resource and place it among the premier university-based plasma physics laboratories in the world.

The working of these actuators is based on the formation of a low-temperature plasma between a pair of asymmetric electrodes by application of a high-voltage AC signal across the electrodes.

A brief spark in air produces a low-temperature plasma of partially ionized and dissociated oxygen and nitrogen that will diffuse into nearby liquids or skin, where they can kill microbes by generating reactive chemicals.

Professor Yuri P. Raizer has worked in various fields including gas dynamics, low-temperature plasma, explosion physics, gas discharge physics, the interaction of laser radiation with ionized gas, and the physics of lightning.

The flexible cluster design of the GEMINI FB allows the integration of pre-bonding process modules specific to fusion bonding such as cleaning, low-temperature plasma activation modules, as well as an infrared inspection module for post-bond inspection.

Researchers from Ruhr University Bochum in Germany and the University of California, Berkeley in the US have discovered a mechanism for energy coupling in low-temperature plasmas that radically improves our understanding of how these versatile, manmade plasmas actually work.