With the new chemicals and the new methods of intensive application, resistance began a meteoric rise, which by 1960 had reached the alarming level of a hundred and thirty-seven species.
They can be converted by heating with zinc oxide to tough, resilient materials used to make hoses and linings for storage tanks and in other applications requiring resistance to chemical and physical attack; they also have been used as solid fuels for rockets.
These kinds of thermosensitive nanocables provide potential applications in resistance sensitive/thermosensitive nanodevices, smart drug delivery and other stimuli-responsive devices.
These include human illness associated with pesticide applications, insect resistance to insecticides, contamination of soil and water, and diminution of biodiversity.
As radiation hardness is mandatory for most applications, the resistance of a MAPS-detector design against irradiation is currently subject to intensive studies.
The underlying problem is well understood and refinements to standard applications, like resistance testing of typical ship hulls, have led to widely accepted methodologies.
In selecting and designing materials for certain engineering applications, the resistance to material damage or removal of material from contacting surfaces in relative motion is an important factor.
These results indicate that WPCs from PP and PS are the best alternatives for applications requiring resistance to natural weathering (exposure to ultraviolet and humidity) or with high mechanical loading (stresses).
Thermostable bacterial lipases occupy a place of prominence among biocatalysts owing to their novel, multifold applications and resistance to high temperature and other operational conditions.
Though convenient in many applications, airway resistance measured under such an approximation does not provide a useful parameter in predicting patient response to He/O2[ 12], as viscous and density-dependent resistances are lumped into the same term.
