When wtp53 cells were exposed to a low dose X-irradiation, induction of radio- and heat-resistance was observed only in the absence of RITA (an inhibitor of p53-HDM2 interaminoguanidineoguaniNOSe (an inhibitorbitor) and c-PTIO (an NO radical scavenger).
Plasma spraying experiments, using radio frequency induction processing of ZrO2, were designed to test this hypothesis.
A novel proton synchrotron employing induction cells instead of radio frequency cavities is proposed.
Aqueous solutions containing the nanoconjugates exhibited a significant increase in temperature after laser irradiation and/or radio frequency induction compared with controls.
The plasma nano-silicon (<100 nm), which contained amorphous silicon, was synthesized by radio frequency induction plasma system with the high temperatures processing capability and high quench rates.
A chemical vapour deposition process using radio frequency induction heating operating at atmospheric pressure was developed for the deposition of ZrC coatings.
Concerning atmospheric pressure radio frequency induction plasmas, it seems that there are no studies involving schlieren imaging with plate powers higher than a few kW.
In this study we report the fabrication of compositionally graded hydroxyapatite (HA) coatings on Ti by combining laser engineering net shaping (LENS™) and radio frequency induction plasma spraying processes.
Typical sources of these EM emissions include television sets, video display terminals (VDT), electric appliances, fluorescent lights, certain medical devices, walk-through and hand-held detectors, radio stations, induction heating, wireless electricity delivered over distance, hybrid cars and transmission lines.
The transceiver can provide power to the device through electromagnetic induction, detect and process radio frequency signals emitted by the device, and store the data in a computer via USB [53].
