J. Sid Clements

Education

  • BS - Physics Texas Technical University
  • MS - Physics Florida State University
  • PhD - Physics Florida State University

Research Topics in Applied and Industrial Electrostatics

Materials Science and Energy

  1. Electrostatic precipitation of coal fly ash from electric utility boilers and soot from diesel trucks/busses.
  2. Use of pulsed streamer corona reactor for removal of SOx and NOx from coal effluent released by electric utility boilers and diesel exhaust emitted by trucks/busses. Research should also be conducted on using the reactor to remove CO2 (global warming) as well as convert biomass gases into usable methane, etc.
  3. Ignition hazards due to electrostatic sparks at gasoline stations and also hydrogen stations and vehicles that may be employed in the future (hydrogen is easily ignited by very small sparks). Special static dissipative materials need to be developed to prevent charge accumulation and sparking.

Aerospace

The electromagnetic compatibility of new composite materials used in the aerospace program, including those in the Space Shuttle. Replacing conducting aluminum structures with insulating composites introduces new electrostatic discharge (and ignition) hazards as well as lightning hazards. In collaboration with NASA Kennedy Space Center and Boeing, Clements has performed extensive electrostatic testing of the composite (aluminum, mylar, Teflon) thermal blankets in the Space Shuttle and International Space Station. (There are over 7,000 thermal blankets in the Space Shuttle.) This included using shuttle launch vibration profiles to perform electrostatic discharge ignition tests in hydrogen/air environments at sea level and high altitude. Clements is presently helping test numerous other new composite materials being introduced into the aerospace industry.

Links

Title: Assistant Graduate Program Coordinator, Professor
Department: Department of Physics and Astronomy

Email address: Email me

Phone: (828) 262-2447

Office address
Garwood Hall 225