Chemical yields have been determined experimentally as well as calculated from polarisation curves for a plane electrode.
The yield stress has been determined as a function of the concentration of sorbent molecules.
To the best of our knowledge, this report describes the first time since 2006 that the experimental yield strength has been determined to agree with the theoretical prediction.
The optimum polymerization temperature to give a polymer with the highest yield and molecular weight has been determined, and solution state 13C n.m.r.
In this way, the temperature- and strain rate dependence of the yield stress τy of GaAs has been determined.
Taking into consideration these factors, an optimum fin shape that yields the highest average heat transfer coefficient has been determined.
In particular, their effect on the yield strength and work hardening behaviour of the alloy has been determined.
The NMR structure of [AibB8,LysB28,ProB29]-insulin has been determined as none of the Aib analogues yielded any suitable crystals.
No motive has been determined.
The default gateway address has been determined.
