Sentence examples for defect handling from inspiring English sources

Herein, we present a highly controllable defect handling approach, i.e. defect creation followed by their elimination in carbon nanotubes (CNTs).

Furthermore, this defect handling technique has the potential as a general route for reversible tuning of other defect-dependent properties of sp2 carbon nanosystems.

The SD card includes an on-card intelligent controller to manage the interface protocol, security algorithms, data storage and retrieval, error handling and corresponding error correction code (ECC) algorithms, defect handling and diagnostics, power management, and clock control [1].

Again, MG132 caused toxic stress to control and Atg7 −/− cells, but cell death was only markedly elevated in the latter, thereby demonstrating a defect in handling misfolded proteins upon autophagy deficiency.

In regards to the defect of respectively handling three conditions, this paper puts forward a new unified expression fitting for different boundary conditions.

In addition, Resnick ionic hypothesis suggested that the intracellular Mg2+ level is generally suppressed, which summarizes the primacy of a common cellular defect in ion handling in various clinical manifestations of metabolic disorders [ 37].

The variations in treatment relate primarily to how defects are handled.

The patellas and condyles with no defects were handled in the same manner as the experimental specimens.

Various murine models of cardiac arrhythmia have been developed, such as those with Na+ channel defects and autonomically driven arrhythmias associated with engineered defects in Ca2+ handling.

According to a systematic review on empirical studies of agile software development [1], benefits were reported in customer collaboration, work processes for handling defects, learning in pair programming, thinking ahead for management, focusing on current work for engineers, and estimation.

The defective insulin secretion is multi-factorial and appears to be due to simultaneous, independent impairments in key exocytosis pathways including glucose-dependent mitochondrial membrane hyperpolarization, as well as glucose-independent defects in Ca2+ handling.