NEMS and nanotechnologies with high aspect ratio (LIGA-like and LIGA) or (high-aspect ratio) (PhD in nano-microelectronics)
Researcher and author: Dr. ( Afshin Rashid)
Note: NEMS and surface-to-body (BULK) micromachining technology, plus LIGA-like and LIGA or high-aspect ratio technologies, are the most developed manufacturing methods.
Silicon is the primary substrate used in the nano- microelectronics industry . A crystal mold ( solid core 300nm diameter and 100nm nanometer long) is crystallized from very high purity silicon and cut to the desired thickness and then polished by mechanical and chemical polishing technologies. The characteristics of electromagnetic and mechanical beads are due to the crystallization of the crystal and its predicted impurities.
NEMS and Nanotechnology - Micro is a technology process based on nanoelectronics that is used to create very small integrated systems and devices that are composed of electrical and mechanical elements . They are classified into smaller sizes from micrometers to millimeters using single-stage operation techniques . These devices or systems have the ability to sense, control and actuate to the micro scale and can even be used on macro scales (very large). The reality of NEMS and micro-nanotechnology for the design, engineering, construction and management of specialized works from a wide range of parts that include IC Is to be used. Making consumer and industrial products (by combining micro-mechanical technology and silicon microelectronics ) The techniques used have an amazing effect on our lives . NEMS and Nano-Micro Technology is a structural technology, exemplified by the design and construction of complex, well-integrated electronic systems and mechanical devices using single-stage fabrication techniques . NEMS manufacturing techniques enable components and devices to be produced with increased efficiency and capability , with common advantages such as size reduction. Physical, volume, weight and cost and providing a basis for the production of non-manufacturing methods, the other is the reality of internal order technology NEMS and techniques of micro-machines it nice variety of applications, which can range from unprecedented implements NEMS in the areas of independence previous It is possible (for example, biology and microelectronics) that these factors make NEMS far more pervasive than IC microchip technology .
Conclusion :
NEMS and surface-to-body (BULK) micromachining technology, plus high-aspect ratio (LIGA-like and LIGA) or high-aspect ratio technologies, are the most developed manufacturing methods.
Researcher and author: Dr. ( Afshin Rashid)
PhD in Nano-Microelectronics