Sentence examples for masses using a from inspiring English sources

Kim et al.[87] showed how to find optimal weight factors for fragment masses using a reference library.

The proposed system was assessed on our database of 112 DCE-MRI studies including solid breast masses, using a wide range of classification measures.

This paper revisits a methodology for block identification in rock masses using a mesh gridding technique recently published by the authors (Zhang et al., 2010.

The features were tested for characterization (i.e. discrimination between circumscribed and spiculated masses) and diagnosis (i.e. discrimination between benign and malignant masses) of breast masses using a set of 319 masses and three different classifiers.

The efficacy of the proposed method for determining the transmissivity of fracture sets in fractured rock masses is thus verified, so the method can be used to effectively describe the hydraulic conductivity of fractured rock masses using a DFN model.

This paper proposes new nonlinear prediction models for the ultimate bearing capacity of shallow foundations resting on non-fractured rock masses using a novel evolutionary computational approach, called linear genetic programming.

Nadal et al. [ 12] reported a complication rate of 12% in biopsy of renal masses using an 18 G biopsy needle.

Three 90-mL stainless steel containers were then tared, filled to two third full, and massed using a 0.01-g digital balance to determine wet mass.

Results show a doubling in water holding capacity by mass using a 9% mixture of biochar (equivalent to 195 metric ton/ha), which is an agriculturally relevant concentration.

The rheological characteristics of nanofluids are studied with pressures up to 100 MPa and particle concentrations up to 8% by mass using a high-pressure viscometer.

We first estimate the cumulative distribution functions (CDFs) of the CO2 breakthrough time and the total CO2 mass using a computationally expensive Monte Carlo (MC) simulation.