Sentence examples for deep cutoff from inspiring English sources

The inferred low-temperature conditions in the crust northeast of Biwa Lake are supported by deep cutoff depths of crustal earthquakes (Omuralieva et al. 2012).

In contrast, high attenuation in the lower crust of the non-volcanic areas cannot be due to a high-temperature effect, as this area has the lowest heat flow values (e.g., Tanaka et al. 2004) and the deepest cutoff depth (>25 km) of crustal earthquakes in the Japanese Islands (Omuralieva et al. 2012).

The estimated locking depth is significantly deeper than a cutoff depth of crustal seismicity (~10 km) (Omuralieva et al. 2012), but it must be affected by ignoring variations of the locking depth and fault geometry along the SSZ.

In order to obtain a qualitative prediction from the ultra-deep data, two cutoffs have to be defined.

The initial high cutoff stringency and relatively deep genome coverage that we used likely contributed to the lower fraction of Q-clones in this assembly.

The relationship between the GOS and the regional ADC values of the cortex and deep grey nuclei was observed, and cutoffs of ADC values discriminated between an unfavourable and a favourable outcome.

In addition, the beams were not overly deep and were only slightly above the cutoff for when to consider top bar effects.

The boundary between the shallow seismic zone and the deep aseismic zone is known as the cutoff depth (Sibson 1984; Ito 1990) and is interpreted as the brittle ductile transition in the crust (Brace and Kohlstedt 1980; Sibson 1982).

The cutoff of 300 feet was chosen for deep wells because wells ≥ 300 feet deep require different and more expensive technology that is typically used only to install community wells paid for by the Government of Bangladesh or non-governmental organizations (NGOs) for arsenic mitigation.

On the deeper plate interface, slip-weakening behavior with cutoff velocity is sometimes assumed to reproduce SSE in the simulation study (e.g., Shibazaki et al. [2012]), which is based on the experimental study of Shimamoto ([1986], [1989]).

This material produced by Deep Soil Mixing is used as foundations or cutoff walls and therefore must have appropriate mechanical properties and hydraulic conductivity.