Real-Time, High-Performance Technologic Material Loss Measurement Real-Time, High-Performance Technologic Material Loss Measurement

Real-Time, High-Performance Technologic Material Loss Measurement

    • 9,99 $
    • 9,99 $

От издателя

This book is presenting some results of research conducted by the author between the years 1982-2000, and although the action started more than 30 years ago, the performances and results are still significant for the “advanced”1 US industry, which might benefit more if these methods will be reconsidered, free of the old scary forethoughts of radioactive labeling, based on nuclear physics discoveries, and effectively apply these ultra high sensitivity technologies into the development of the actual products, in order to make US regain the terrain lost in manufacturing in the favor of new rising economies like China and India. This cannot be done by competing with them at the regular mass production, which requires intensive labor cheaper than in US, but may be achieved in producing high-tech products and preserving the capability for mass production due to strategic reasons.

  • ЖАНР
    Наука и природа
    РЕЛИЗ
    2016
    1 июля
    ЯЗЫК
    EN
    английский
    ОБЪЕМ
    478
    стр.
    ИЗДАТЕЛЬ
    NXTGB llc
    ПРОДАВЕЦ
    NXTGB LLC
    РАЗМЕР
    121,1
    МБ
    Fusion Technology 1996 Fusion Technology 1996
    2012
    Sensors and Their Applications XI Sensors and Their Applications XI
    2018
    Metal Additive Manufacturing Metal Additive Manufacturing
    2021
    Fracture and Fatigue, Volume 7 Fracture and Fatigue, Volume 7
    2013
    Instruments and Measurements Instruments and Measurements
    2012
    Evolution of Silicon Sensor Technology in Particle Physics Evolution of Silicon Sensor Technology in Particle Physics
    2008
    Strategic space applications of nano-engineered nuclear-materials Strategic space applications of nano-engineered nuclear-materials
    2015
    Limits of the Advanced Nuclear Power Systems for Space Exploration Limits of the Advanced Nuclear Power Systems for Space Exploration
    2015