Estimation of Crystal Sample Structure by Means of Fast Electron Radiation

An analysis is made of the dependence of the characteristics of X-ray radiation arising during the passage of fast electrons through the crystal on the quality of the internal structure of the sampleyesBS

Calculation of the X-ray reflectivity of b-class mosaic crystals via the Monte Carlo method

b-class mosaic crystals, including pyrolytic graphite, are widely used as neutron and X-ray monochromators in experimental physics and ensure a more intense yield of monochromatic radiation than do perfect crystalsye

Influence of crystal mosaicity on the X-radiation characteristics observed at a small angle to the particle velocity direction

The experimentally measured yields of X-rays generated by 500-MeV electrons in oriented tungsten single crystals are analyzedye

Influence of crystals mosaicity on observed characteristics of X-ray emission along the propagation velocity of fast electrons in thick tungsten crystals

The results of a set of experiments on X-ray emission yield of ω ∼ γωp energy, generated by 500MeV energy electrons in oriented tungsten single crystals are presented. The experiments were performed at Tomsk synchrotron using Crystal grating spectrometers based on mosaic crystals of pyrolytic graphite. It is shown that the measurement results are caused by the competition of two mechanisms: parametric X-ray emission along the particle velocity and bremsstrahlung diffraction in mosaic crystals of aα group. A method for determining the characteristic bulk dimensions in mosaic crystals of aα group is suggested

Calculation of class-b mosaic crystals reflactivity by Monte Carlo techniqye

The technique is proposed and implemented to calculate the reflectivity of such crystals by Monte Carlo modeling, corrently considering the multiple reflections of photons inside the crystal and the geometry of experiment for random distribution of the mosaicyesBelgorod State Universit

Calculation of class-b mosaic crystals reflectivity by Monte Carlo technique

Mosaic crystals of b-type, for example, pyrolytic graphite, is widely used in experimental physics as neutron and X-ray monochromators and provide a higher yield of monochromatic radiation than perfect ones. The technique is proposed and implemented to calculate the reflectivity of such crystals by Monte Carlo modeling, correctly considering the multiple reflections of photons inside the crystal and the geometry of experiment for random distribution of the mosaic

X-Ray source with variable photons energy for medicine applications=Источник рентгеновского излучения с перестраиваемой энергией для медицинских целей

Анализ перспектив создания источника рентгеновского излучения с перестраиваемой энергией на основе электронного ускорителя средних энергий и мозаичных кристалловyesBS

X-Ray source with variable photons energy for medicine applications=Источник рентгеновского излучения с перестраиваемой энергией для медицинских целей

yesBSUАнализ перспектив создания источника рентгеновского излучения с перестраиваемой энергией на основе электронного ускорителя средних энергий и мозаичных кристалло

Estimation of Crystal Sample Structure by Means of Fast Electron Radiation

yesBSUАнализируется зависимость характеристик рентгеновского излучения, возникающего при прохождении через кристалл быстрых электронов, от качества внутренней структуры образц

Tunable X-ray source based on mosaic cristals using for practical applications = Перестраиваемый источник рентгеновского излучения на основе использования мозаичных кристаллов для практических приложений

yesBSUVIII International Symposium on Radiation from Relativistic Electrons in Periodic Structures, Russian Federation, Moscow Region, Zvenigorod, 7-11 September, 2009Анализ перспектив создания источника рентгеновского излучения с перестраиваемой энергией на основе электронного ускорителя средних энергий и ориентированных кристалло