It has been substantiated that a rational combination of reliability, informativeness and technical effectiveness of experimental evaluation of IC resistance to the SEE (heavy charged particles and high-energy cosmic protons, as well as single neutrons) is provided by a complex joint application of heavy ion cyclotrons, focused laser sources, protons accelerators and neutron generators, which do not compete, but complement each other.

sitemap
Наш сайт использует cookies. Продолжая просмотр, вы даёте согласие на обработку персональных данных и соглашаетесь с нашей Политикой Конфиденциальности
Согласен
Search:

Sign in
Nanoindustry
Editorial policy
Editorial collegium
Editorial board
Articles annotations
For authors
For reviewers
Publisher
TECHNOSPHERA
TS_pub
technospheramag
technospheramag
ТЕХНОСФЕРА_РИЦ
© 2001-2025
РИЦ Техносфера
Все права защищены
Тел. +7 (495) 234-0110
Оферта

Яндекс.Метрика
R&W
 
 
Sign in:

Your e-mail:
Password:
 
Create your account
Forgot your password?
FOR AUTHORS:

Instruction to authors
FOR REVIEWERS:

Книги по нанотехнологиям
Другие серии книг:
Мир материалов и технологий
Библиотека Института стратегий развития
Мир квантовых технологий
Мир математики
Мир физики и техники
Мир биологии и медицины
Мир химии
Мир наук о Земле
Мир электроники
Мир программирования
Мир связи
Мир строительства
Мир цифровой обработки
Мир экономики
Мир дизайна
Мир увлечений
Мир робототехники и мехатроники
Для кофейников
Мир радиоэлектроники
Библиотечка «КВАНТ»
Умный дом
Мировые бренды
Вне серий
Библиотека климатехника
Мир транспорта
Мир фотоники
Мир станкостроения
Мир метрологии
Мир энергетики
Книги, изданные при поддержке РФФИ
Special Issue/2019
A. B. Boruzdina, A. A. Pechenkin, A. V. Yanenko, A. I. Chumakov, A. N. Egorov
Rational composition and features of practical application of test methods and installations for estimating microelectronic devices resistance to SEE
It has been substantiated that a rational combination of reliability, informativeness and technical effectiveness of experimental evaluation of IC resistance to the SEE (heavy charged particles and high-energy cosmic protons, as well as single neutrons) is provided by a complex joint application of heavy ion cyclotrons, focused laser sources, protons accelerators and neutron generators, which do not compete, but complement each other.
It has been substantiated that a rational combination of reliability, informativeness and technical effectiveness of experimental evaluation of IC resistance to the SEE (heavy charged particles and high-energy cosmic protons, as well as single neutrons) is provided by a complex joint application of heavy ion cyclotrons, focused laser sources, protons accelerators and neutron generators, which do not compete, but complement each other.
 
 Readers feedback
Разработка: студия Green Art