The catalytic coupled hydrogenation and ring-opening performance are studied on a continuous fixed-bed reactor using tetralin as the model compound.
The effectiveness of SRP is evaluated on existing structures (i.e. slab strips of a parking garage) while SRG performance is studied on laboratory-prepared large-scale reinforced concrete beams.
Seakeeping performance was studied firstly based on the STF (Salvesen, N., Tuck, E. O. and Faltinsen, O. M. (1970).
Catalytic lean NOx reduction performance was studied over Rh supported on ZrP2O7 and ZrO2 under steady-state and perturbation conditions.
The influence of heat carrier fluid and salted water film flow rates on performance was studied.
The effect of operating pressure on cell performance was studied using the present model.
The influence of several design, environmental and operating parameters on MPBR performance was studied.
In [35], neither different service types nor the individual and joint effect of each strategy on system performance was studied.
The effect of LHSV on catalytic performance was studied at T = 260 °C, H2/THN = 500 and hydrogen pressure of 4 MPa.
Firstly, the impact of messenger wire galloping on identification performance was studied and found such influence can be ignored.
