ИСТИНА |
Войти в систему Регистрация |
|
ИСТИНА ПсковГУ |
||
Electrostatic storage devices such as rings and traps are well-established tools for studying molecular and cluster dynamics in a wide range of environments and time scales. Recent years have seen great progress that makes use of the advantages of using stored ion beams to perform experiments with molecules at controlled and very low internal energies, without mass limitation and with a precise velocity of the ion beam. Furthermore, new opportunities arise for employing laser sources or synchrotron radiation light in a wide spectral range, for merged-beam collision experiments and advanced particle detection techniques. These techniques have given access to new and precise experiments on internal rearrangements in complex atomic-scale systems, dynamics of complex biomolecules, processes in interstellar spaces, plasma, and atmospheric science as well as developments in mass spectrometry. Following these developments, a special International Workshops series on Electrostatic Storage Devices were held in Eilat, Israel (2005), Stockholm, Sweden (2007), Aarhus, Denmark (2009), Gatlinburg, USA (2011), Heidelberg Germany (2013), Tokyo Japan (2015), Lyon, France (2017) and Tianjin, China (2019).