Sentence examples for a range of erosion from inspiring English sources

Erodible matrix tablets, exhibiting a range of erosion rates, were prepared by manipulating the ratios of hydroxypropylmethylcellulose (HPMC) in the matrices.

The hydrogen entrained in basement and derived sediment is available for release by a variety of mechanisms, including solid state diffusion, strain deformation, fault movement and a range of surface erosion processes such as glacial grinding.

These results explain the variability of coating erosion performance described in the literature, and provide guidance in the design of optimal multi-layer coating systems for a range of particle erosion conditions.

A number of devices have been developed to determine the sediment stability in coastal areas: laboratory and field flumes; a range of different erosion devices; shear vanes and fall cone penetrometers.

Prototypes have been used in erosion/sediment movement studies by the Queensland Department of Natural Resources for approximately 6 years, and have shown the value of this technique for a range of soil aggregation and erosion applications.

To investigate the magnitude of runoff and soil loss from road embankment and the effectiveness of a range of engineering and non-engineering erosion control measures, runoff and soil loss were measured along the Qinghai Tibet highway near Tuotuo river in the summers of 2003 and 2004.

A range of different levels of dental erosion was used in the calibration process, which was based on photographic images.

If AC is used, the state of erosion and deposition may switch due to the value of (u_{text{t}}^,) and the range of erosion will widen monotonically with an increase in H; this effect is also directly related to the change of vortex scale.

The particular grade of glass was selected after testing erosion in a range of materials in order to find close resemblance to stainless steel in terms of both the erosion rate angle function and the velocity exponent.

The cosmogenically derived wind erosion rates are within the range of erosion rates determined from glacial and fluvial dominated landscapes worldwide, exemplifying the effectiveness of wind to erode and transport significant quantities of bedrock.

Perzlmaier et al. (2007) presented an overview of empirically-derived critical hydraulic gradients for initiation of backward erosion in a range of soil types based on field experience in several dams and levees (Table 1).