Оптимизация параметров эталонного источника синхротронного излучения с сильным магнитным полем для калибровки ультрафиолетовых плазменных излучателей и интегральных радиометров-дозиметров

The ability to accurate the reproducibility and transmission of standard spectroradiometry units for the synchrotron radiation source by using of optimal magnetic field index for betatron oscillations excitation was investigated. The comparative analysis of spectroradiometry units reproduction and transmission methods on the SURF-III NIST electronic storage ring and VNIIOFI synchrotron demonstrates the need to take into account the electron emittanceof synchrotron radiation sources to ensure the high level of national standardsaccuracy.

синхротронное и ультрафиолетовое излучения, эталонные плазменные излучатели, электронный эмиттанс, показатель спада магнитного поля, интегральные многоканальные радиометры-дозиметры, synchrotron and UV radiations, standard plasma sources, electron emittance, magnetic field index, integral multichannel radiometers-dosimeters

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