November 2014
Intermediate to advanced
392 pages
12h 6m
English
book
Nano- and Microtechnology from A - Z: From Nanosystems to Colloids and Interfaces
by Laurier L. Schramm
Content preview from Nano- and Microtechnology from A - Z: From Nanosystems to Colloids and Interfaces
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E
EACN
See Equivalent Alkane Carbon Number.
EAI
See Emulsifying Activity Index.
EBDS Reactor
Electron-Beam Dry Scrubbing Reactor. See Aerosol Reactor.
EC
See Emulsifying Capacity.
Eddy Kinematic Viscosity
In turbulent flow applications, the effective viscosity is increased because of increased shear stresses (internal friction) due to the increased momentum transfer caused by eddies. The eddy viscosity is a function of the flow, not of the fluid, and increases with increasing turbulence. In turbulent flow applications, the kinematic viscosity is usually simply replaced by the eddy kinematic viscosity because the eddy viscosity is typically of the order of one hundred thousand times the kinematic viscosity. Also termed Kinematic Eddy Viscosity.
Eddy Viscosity
See Eddy Kinematic Viscosity.
Edge Filter
See Shortpass Filter.
EDL
See Electric Double Layer.
EDXS
See Energy-Dispersive X-ray Spectroscopy.
EELS
Electron energy loss spectroscopy. See Characteristic Energy-Loss Spectroscopy.
Effective Particle Size
A measure or estimate of particle size based on the properties or behavior of the particles in a particular system.
Effective Porosity
See Porosity.
Effective Viscosity
For foams or emulsions flowing in porous media, the foam's effective viscosity is that calculated from Darcy's law. This calculation is an approximation because foams are compressible, and foams and emulsions are usually non-Newtonian.
EIA
Energetic Ion Analysis. See Ion-Scattering ...
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