Sentence examples for core bulk from inspiring English sources

The result implies that the fast photoresponse originates from the core bulk region, which is different from the slower one.

The cores are removed from the reservoir environment, with subsequent changes in the core bulk volume, pore volume, reservoir fluid saturations, and, sometimes, formation wettability.

The difference is well explained by the larger amount of Chls in Bulk relative to the "Core Bulk" compartment used in the target model for higher plants (≈ 100 Chls a): the average population of C.r. RC is ≈ 1.63 times lower than in higher plants, which (in a simple trapping limited approach, [60]) leads to a ≈ 1.63 times slower trapping from Bulk as observed here.

The main control over whether it arises in Mars is the core's bulk sulfur content: the higher it is, the less extensive stratification will be, but the more likely an inner core will be.

It contains the downtown core, the bulk of retail and hospitality establishments, and the Lethbridge College.

We have shown that the deviated atoms, in the core of bulk polyethylene, were not distributed in a "disordered" manner but each carbon atom with bond length, l = 1.48 Å, was surrounded by four atoms at corners of regular tetrahedron, θ = 109° and four atoms with a bond length shorter, l' = 1.10 Å, formed a non-regular tetrahedron, θ' = 125°27'.

The extra gravitational energy from this heavier dust allowed the rocky core of HD 149026b to bulk up to its extraordinary size, even while it was drawing in the surrounding gas.

Due to the different shapes of the experimental (cylindrical) and simulator (rectangular) core sample, the bulk and pore volume of the simulator sample (80.59 cm3) are bigger than the experimental core sample (63.3 cm3).

At a bulk core composition of 15 wt% sulfur, the inner core size is 490 km.

Assuming a linear interpolation between the iron liquidus and the Fe Fes eutectic temperature, they found that Fe snow can occur for bulk core sulfur concentrations greater than 6 wt.% and FeS flotation for bulk core sulfur contents above 22.5 wt.%.

Models that consider the combined thermal, magmatic, and tectonic evolution of Mercury (Hauck et al. 2004) suggest a bulk core sulfur content between 6.5 and 7.5 wt.% and a late formation of the inner core since 1 Ga.