The last conditions involving system parameters only are very convenient since they do not require any solution of differential equations and are particularly useful since they show the manner in which the operating conditions of the reactor affect the stability of steady state.
Experimentation using Rainbow is very convenient, since its software has been widely available, its structure facilitates access to its internal components, its design is amenable to the injection of faults, and the logs Rainbow produces are suitable for analyzing the effects of the injected faults upon the controller.
This is very convenient since (i) all derived formulas and notions of the Wigner theory can be reused by just exchanging the two constants; (ii) it gives rise to the consistency criteria X → x, P → p, ħ → ϵ allowing to determine the scaling factors P 0 and K 0 of the dimensionless counterparts p and k of momentum and wave vector: (15) p = ϵ x ; P 0 = T 0 V 0 L ; K 0 = 1 L ϵ.
Composite materials can be very convenient for such an application, since it is possible to obtain tissue substitutes with the desired mechanical properties (in particular modulus and strength) by carefully choosing the characteristics of the composite with the help of micromechanics and laminate theory.
Well, that would be very convenient for the Chancellor.
Since passive sampling systems are particularly easy to implement, light, and do not require electricity to operate, it could be very convenient to use them in this case.
"Since it would not be very convenient having to run to the hallway when you want to set a light scene in your living room, for example".
It will be very convenient, very personalised.
Working with abstract basins can be very convenient.
Also: arranged marriages would be very convenient, TBH.
The test was also perceived to be very convenient (91%%).
