Sub-micron particles are rigid and elastic
Article Abstract:
Engineers at Georgia Institute of Technology in Atlanta, GA, is developing a nanobalance to measure sub-micron scale particles that utilize electricity to selectively deflect or induce electrostatic deflection and vibrational resonance in individual carbon nanotubes. The tiny nanotubes, which are very rigid and strong, were severely bended with the application of a charge to a nanotube placed near an oppositely charged probe.
Publication Name: Chemical Engineering Progress
Subject: Engineering and manufacturing industries
ISSN: 0360-7275
Year: 1999
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Use logic diagrams to analyze failure mechanisms
Article Abstract:
Usage and method of creation of logic, network diagram for better representation of system failure mechanisms are discussed.
Publication Name: Chemical Engineering Progress
Subject: Engineering and manufacturing industries
ISSN: 0360-7275
Year: 2005
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