Sentences with phrase «cyclotron resonance»
Especially from GX301 - 2, the cyclotron resonance feature is detected at about 37 keV, and width of 3 — 4 keV.
https://arxiv.org/
Abstract: We present an INTEGRAL observation of the Cen - Crux region in order to search the electron cyclotron resonance scattering features from the X-ray binary pulsars.
Cen X-3 was very dim during the observation and poor statistics disable us to detect the resonance features.These are first INTEGRAL results of searching for the cyclotron resonance feature.
Especially from GX301 - 2, the cyclotron resonance feature is detected at about 37 keV, and width of 3... ▽ More We present an INTEGRAL observation of the Cen - Crux region in order to search the electron cyclotron resonance scattering features from the X-ray binary pulsars.
The cyclotron resonance feature is marginally detected from 1E1145.1 - 6141.
We use a combination of experimental studies of collisional activation and dissociation of complex molecules in a Fourier transform ion cyclotron resonance mass spectrometer with RRKM modeling to determine the internal energy distribution of excited ions and the energetics and dynamics of dissociation for the ion of interest.
Cyclotron resonance scattering creates telltale signatures in a star's spectrum of light and the presence of these patterns, called cyclotron lines, can provide information about the strength of the star's magnetic field — but only if the cause of the lines, whether it be protons or electrons, is known.
After ruling out all other possibilities, they figured out that the dip was from a phenomenon called cyclotron resonance scattering, which occurs when charged particles — either positively charged protons or negatively charged electrons — circle around in a magnetic field.
We used Fourier - transform ion cyclotron resonance mass spectrometry and nuclear magnetic resonance spectroscopy to show that a sulfilimine bond -LRB-- S = N --RRB- crosslinks hydroxylysine - 211 and methionine - 93 of adjoining protomers, a bond not previously found in biomolecules.