Sentence examples for decrease the fault from inspiring English sources

This deficiency may decrease the fault detection and diagnosis capability.

Our key contributions in this article include three points: (1) A simple DM plus checking module based on residue code (DM-CRC) structure is proposed to reduce the heavy cost of traditional TMR method;   (2) The fault missing problem of general residue code based checking module is revealed;   (3) Finally, we propose a multi-sample checking (MSC) solution to decrease the fault missing rate.  .

A simple DM plus checking module based on residue code (DM-CRC) structure is proposed to reduce the heavy cost of traditional TMR method; The fault missing problem of general residue code based checking module is revealed; Finally, we propose a multi-sample checking (MSC) solution to decrease the fault missing rate.

The main findings of the paper were that effectiveness in decision aspect prioritization will bring improvement in a requirement prioritization process, which reduces the number of regression test cases, without decreasing the fault detection capability.

Additions of Re and Co substantially decrease the stacking fault energy of the γ matrix.

It is found that the elements can decrease the stacking fault energy of Ni and raise the migration activation energy of vacancy.

Different types of SFCL can be used to decrease the amplitude of fault current in a power system.

To decrease the number of fault parameters, we fixed the strike, dip and rake angles of the plate interface to 308°, 20° and 146°, respectively, for the PHS and 192°, 23° and 85°, respectively, for the PAC based on the kinematic model of Nishimura et al. (2007).

The sealing capacity is highly dependent on the clay content: high concentrations of clay minerals in fault rocks are likely to form continuous clay smears or micro- clay smears between framework silicates, which can significantly decrease the porosity of the fault rocks.

Values clearly decrease toward the fault core, even in the transition zone and are in average lower than effective Young's moduli in the damage zone.

The solid solution elements strengthen primarily the γ phase, by increasing the solidus temperatures and decreasing the stacking fault energy, which in turn influences the thermal stability of the phases and the resistance of dislocation movement.