Sentence examples for small throat from inspiring English sources

Results of a cluster analysis reveal two distinct blowout types, in which the relatively small blowouts of Cluster 1 are characterized by a small throat and limited expansion beyond the foredune.

An exhaust port is formed in one of the flattened sides of the casing wall, and a spark plug is located in a pocket communicating with the chambers through a small throat in the opposite side of the casing wall.

Ms. Battle was wearing only her underwear, and the police told Ms. James she was probably strangled, but they could not be sure because animals had dragged away a small throat bone that typically breaks when someone is killed that way.

The contribution of small throat to the permeability will be decreased with the increasing permeability.

By means of CT scan profiles of the macro-plug, thin section, and Hg injection technique we also get knowledge of the fact that abundant invisible microfractures are embodied in core samples from the formation, and though the pore radius of the formation rock is relatively large (25 30 μm), its connectivity is constrained by small throat radius (3 5 μm).

These findings agree with previous findings based on 3D X-ray CMT imaging, observing decreased porosity, clogging of small throats, and little change in large throats.

A larger pore throat ratio means that the large pores are controlled by small throats.

So the distinguished feature of tight oil reservoirs from other conventional reservoirs is the large pore spaces and small throats (Zhao et al. 2015).

During the initial period of increasing pore pressure, the small throats and microfractures, which control the seepage capability of ultra-low permeability rocks, are enlarged first and this makes a great contribution to core permeability.

The cross-linking agent cannot only form the cross-linking polymer with the residual polymer in large throats but also penetrate into small throats with low permeability which blocks the flow path to force the water flow into throats with lower permeability.

A further discussion was conducted for the over-measurement of critical mass flow rate under lower sub-cooling temperatures, which was found in smaller throat diameters of the orifices, and the slip ratio between two-phases at the choking location was proposed as one of reasons for the over-measurement.