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Further, the tracer retention potential R, which is a combination of the concentration of retaining cells and the kinetic constants of the reaction.
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Concentration of retained metal (mg/L).
The concentration growth of retained deuterium at a rate of ~2%% of the implantation dose continues up to the maximum dose studied here (2.7 × 1018 D/cm2).
The concentration growth of retained deuterium in this extended region of deuterium desorption continues up at a rate of 2%% of the implantation dose (see Fig. 9, curve 3 and Fig. 10).
This analysis delivers patient specific values for perfusion, kinetic constants and the concentration of tracer retaining cells.
With an increase in the implanted deuterium dose, the concentration of the retained deuterium increases.
Carbon concentration of the retained austenite was estimated from the following equation (Dyson & Holmes 1970).
WSUCF1 β-xylosidase exhibited tolerance to high concentrations of xylose, retaining 80% of initial activity at 100 mM xylose i.e. higher tolerance than β-xylosidase from Paecilomyces thermophila which retained only 54% activity in the presence of 100 mM xylose.
After quenching at −65°C, a linear relationship between the hydrogen concentration and the amount of retained austenite was determined.
Basing on the analysis on the sizes and number densities of bubbles as well as the concentrations of He retained in the nanochannel CrN films and the compact CrN film under different experimental conditions, potential mechanism for the enhanced radiation tolerance are discussed.
Implants of bone matrix with proteins cross-linked by high concentrations of formaldehyde retain a low level of biologic activity, demonstrable only after long periods of time in muscle.
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