At 160 MPa, naringinase entrapped in Ca-alginate beads displayed higher activity, namely in the range of 35 40 °C, whereas the optimum, at atmospheric pressure, was 35 °C.
Successful MAP design is achieved by the mathematical integration of dynamic produce physiological characteristics, properties of packaging material, coupled with optimum equilibrium atmospheric conditions for the given product.
It is psychrotolerant and piezotolerant, growing optimally at 15 20°C and with a broad pressure optimum extending from atmospheric pressure to about 20 MPa.
Two chemical kinetics mechanisms have been used and the results show an almost complete conversion of H2S into hydrogen and sulfur in the plasma reactor at an optimum temperature of about 2400 K at atmospheric pressure.
So, due to the mechanical properties of the porous titanium scaffold, the optimum time of thermal oxidation at 600 °C in atmospheric condition was 240 min for the surface treatment of the porous titanium scaffold.
This paper shows how to predict changes in optimum salinity and solubilization ratio from dead oil at atmospheric pressure to live crude at reservoir pressure.
In this paper, previous research related to the application of optimum values of Sct for engineering flowfields relevant to atmospheric dispersion is reviewed.
Sauter and Venema (2011) identify asymmetric, not rectangular optimum domains that are physically interpretable in terms of atmospheric processes.
Optimum design of cell configuration and polycrystalline silicon growth by atmospheric pressure chemical vapor deposition (APCVD) were demonstrated.
Because the optimum temperature for canopy photosynthesis rises with increasing concentration of atmospheric CO2, this aspect was included in ventilation control.
