ABOUT THE COURSE:This course starts with a lucid introduction to basic concepts & applications of vacuum technology. This is followed by production, measurement, system design, process applications along with trouble shooting and maintenance of vacuum systems. This course is quite relevant to the modern process technologies like mobile/TV/Computer manufacturing, semiconductor processing, solar energy, metallurgical processing and steel degassing, drying of pharmaceutical intermediates and processed packed food. This course also serves Indian space and nuclear sectors as vacuum is essential for space simulation, thermovac chambers for satellite testing, particle accelerators and nuclear fusion for future clean energy.INTENDED AUDIENCE:UG, PG, Research Scholar, Industry Personnel and college teachersINDUSTRY SUPPORT:Electronic/Electrical/Pharma/Chemical/Metallurgical/food processing/nuclear/space sectors; BHEL/Crompton Greaves/Applied Materials/Defence laboratories/ Reddy Labs/ISRO/DAE/Aurobindo Pharma/BARC/NFC & vacuum industries. I have offered this course 30 times as self-sponsored under CEP programme of IIT Kharagpur
Vacuum Technology & Process Application
Indian Institute of Technology, Kharagpur and NPTEL via Swayam
This course may be unavailable.
Overview
Syllabus
Week 1: Introduction to the course, Basic concepts of Vacuum Technology, Physical Principles behind various Vacuum process applications
Week 2:Action & Construction of Rotary Vane pump, Rotary piston pump, Diffusion pump and Roots Blower
Week 3:Screw/Diaphragm/Claw/Scroll pumps for dry vacuum production
Week 4:Turbomolecular, Ion & Cryopumps for ultra-high vacuum production, Selection criteria of vacuum pumps for different applications.
Week 5:Measurement of Vacuum using Primary & Secondary gauges (U Tube/McLeod/Bourdon/Pirani/Penning/Ionization/Capacitance)
Week 6:Vacuum Materials, Valves & Components, Mechanical design of Vacuum vessels, Fabrication and testing of Vacuum chambers, Degassing procedures.
Week 7:Fluid flow in Vacuum systems, flow conductance, Effective pumping speed and pump down time calculations for molecular and viscous regions.
Week 8:Design aspects of Vacuum systems for different applications, Complete design of Vacuum furnace for Metallurgical processing as an example tutorial
Week 9:Leak detection, troubleshooting of vacuum systems, mass spectrometric leak detectors, residual gas analyzers, Outgassing in UHV systems
Week 10:Application of Vacuum Technology in Chemical/Pharmaceutical/Food processing and packing/Medical/Solar thermal/Wood processing/Precise lifting applications
Week 11:Application of Vacuum Technology in Electrical/coating/Electronics/semiconductor and Metallurgical processes. Vacuum aspects of IC chip/Solar PV cell/Mobile/TV/Computer manufacturing
Week 12:Application of Vacuum in Space (ISRO) and Nuclear (DAE) applications, Nuclear fusion for future clean energy, Space simulation chambers for satellite and space shuttle testing
Taught by
Prof. V. Vasudeva Rao
