Sentence examples for decrease in penetration from inspiring English sources

The primary remaining problem is improving performance of drill heads in 'warm' ice close to its pressure melting point where drilling becomes complicated by icing of the cutters and drill head, packing of drill clearances, and a decrease in penetration rate.

Further, when SrF2 3Dy is covered with CaF2, there is decrease in penetration depth of x-ray passing through core (SrF2).

At the same time, due to an increase in turbidity of the suspension with high dose of photocatalyst, there will be decrease in penetration of UV light and hence photoactivated volume of suspension decreases [17].

Transcriptional silencing of CYP96B22 using Barley stripe mosaic virus led to a decrease in penetration resistance of barley plants to Magnaporthe host and nonhost isolates.

Upon strain in the elastic regime, the compression surface resistance decreases reversibly (due to increase in the current penetration), while the tension surface resistance increases reversibly (due to decrease in the current penetration), and the oblique resistance increases reversibly.

However, the benefits do not decrease in linear relation to penetration rate, as in multi-vehicle accidents it is not necessary to have the system in each vehicle.

Accordingly, this patient's data were provisionally removed, resulting in miniscule changes to the median rate of femoral head penetration (a decrease in proximal penetration of 0.006 mm/year and a decrease in MTPM penetration of 0.007 mm/year).

Studies using multilayered cell cultures show that increased P-glycoprotein (PgP) is associated with better penetration of doxorubicin, while PgP inhibitors decrease drug penetration in tumor tissue.

The mechanical property enhancements provided by the coating have been quantitatively estimated including the fractional support of the contact load by the coating which contributes to a decrease in contact penetration at a given load.

Worldwide and at different times during Earth history, in-depth studies of drowning unconformities revealed that changes in nutrient input, clastic delivery, temperature, or a combination of them may be responsible for a decrease in light penetration in the water column and the progressive suffocation and poisoning of photosynthetic carbonate producers.

Results indicate that the inclusion of cavitation and turbulence enhances primary breakup, leading to smaller droplet sizes, decrease in liquid penetration, and increase in the radial dispersion of spray.