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Experimental I/O ratios as a function of particle size.
Figure 6 Coercivity as a function of particle size.
Figure 6 Pyrite-generated H2O2 as a function of particle loadings.
The process stage depicts the various melt chemistries as a function of particle temperature.
Fig. 2 Absorbance as a function of particle volume concentration day 1 and day 10 [66].
Figure 6 Hydroxyl radical generation as a function of particle loadings.
Figure 3 The relative dynamic viscosity, μ ∞ / μ f, as a function of particle volume concentration.
Conservative estimate of the maximum particle density allowed as a function of particle velocity.
Furthermore, flame speed as a function of particle diameter has been studied.
Electrical conductivity values were calculated as a function of particle size, concentration, location and temperature.
Material loss occurred at these velocities and was correlated as a function of particle properties.
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as a function of output
as a function of depth
as a function of growth
as a function of angle
as a function of energy
as a function of heat
as a function of day
as a function of period
as a function of density
as a function of speed
as a function of pressure
as a function of product
as a function of wavelength
as a function of gender
as a function of word
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