Sentence examples for huge thickness from inspiring English sources

These facies associations represent the lower part of the Tanjero formation range between 600 and 1000 m; such huge thickness may also result from repetition due to a thrust fault, especially in the imbricated and high fold thrust zones which consist of a parasequences that comprised of very thick marl and thin beds of sandstone.

The unusually ultra-deep and ultra-high-pressure gas reservoirs in the Keshen 8 Block on the Kelasu structural belt of the Tarim Basin are also featured by high temperature, well-developed fault fissures, huge thickness, tight matrix, complex oil water distribution, etc., which brings about great difficulties to reserves evaluation and further development.

The major points of contention concerning the efficacy of contour currents are (1) whether or not they are strong enough they flow at a speed of about 20 cm (8 inches) per second to build the huge thicknesses of sediment that make up the rises and (2) how the sediments get into the contour currents in the first place.

The observation suggests that the cathode initially presented a huge irreversible thickness change (60%), and such thickness variation was prone to reduce and remain <20% in the following cycles.

Huge total thickness and continuous hydrocarbon-generating ability of the source rock make up for the deficiency of thin coal layers.

The result is a huge reduction in thickness of sheets without the use of saws.

Applying this idea to the Chinese loess was particularly appropriate because of the huge extent and thickness of the deposits.

As compared with SnO2 bulks, ultrathin SnO2 nanosheets are found to exhibit stronger adsorption capability and better detection performance toward As III), it may be due to the atomic thickness and extremely huge percentage of (110) facet ultrathin nanosheets materials exposed.

Simultaneously, the huge specific surface area and small thickness between graphene and the copper matrix allow interfacial bonding and shear strength transferring [29].

Our results show that in this new series of multilayers, the compressive stress exhibits the same dependence on bilayer thickness as reported before and a huge interface stress of 8.5 N/m is still present in the multilayer.

The FE model revealed that the weight of the disc should be reduced optimally by using a non-uniform thickness because this results in a huge increase in the applied stresses.