Sentence examples for Steady degradation from inspiring English sources

Senchenko, sensing the steady degradation of Hatton's work more readily than the fans, boxed patiently on the retreat to take rounds seven and eight going away.

The problem today is that the House of Saud is suffering from a steady degradation of support rather than widespread opposition to its rule.

With popularity, however, came growth; and the impact of so many people caused a steady degradation of the Alpine environment beginning in the mid-20th century.

But 10 years without a major attack, the death of Osama bin Laden and the steady degradation of Al Qaeda and its affiliates are not achievements to be taken lightly.

Furthermore, thermal stability and silica network dissolution were studied and a clear conclusion was drawn as to improved thermal stability and a steady degradation is achieved by incorporation of silica phase and a coupling agent.

THE most up-to-date survey of the world's forests, to be released on December 31st by the United Nations Food and Agriculture Organisation FAOO), will once again draw attention to the steady degradation of timberlands, from the tundra to the tropics.

However, unless the structure can be stabilized in some way, the instability due to the loss of structural water results in a tendency to steady performance degradation with cycling.

This occurrence limits the theoretical capacity (150 mAh g−1 for HTB-FeF3·0.33H2O instead of 712 mAh g−1 for FeF3 at 1.5 V vs. Li+/Li) but permits faster Li+ diffusion with good capacities retained even at 1C rates; These water molecules can be highly mobile so it is not uncommon to observe loss of structural water resulting in a tendency to steady performance degradation with cycling.

A mathematical model for the non-steady photocatalytic degradation process is developed by incorporating these mechanisms in a plane plate air purification physical model.

A mathematical model consisting of mass balance equations and accounting for bioreaction and mass transfer is presented to describe both unsteady and steady-state degradation of phenol in a biofilter.

A mathematical model consisting of mass balance equations and accounting for reaction, mass transfer and axial dispersion is presented to describe the steady-state degradation of phenol in a biofilter.