0 the science and technology involved in the making and using of very small electronic parts
1 the study, manufacture, and use of very small electronic parts:
The book provides an excellent, detailed insight into the beautiful and intriguing environment that has enabled the microelectronics revolution.
The first is essentially silicon-based and is largely derived from methods originally developed for microelectronics.
Because of these characteristics, its use in microelectronics, bio-technology and medicine is steadily increasing.
Meanwhile, the developed countries have started to specialize in new technology-based industries, such as biotechnology, information processing, and microelectronics.
The distinction between physical and nonphysical had been further eroded by modern microelectronics.
Microelectronics devices made by planar technology may be approximated as coplanar space containing a cer tain number of parallel parametrical planes.
However, the technology for either development or reproduction in microelectronics is not yet known.
Steam engines, electricity and microelectronics are offered as examples.
