"slab model" is a correct term and can be used in written English.
It is often used in the fields of geology and structural engineering, referring to a simplified model of the Earth's layers or a building's structure. Example: The geologist used a slab model to explain the different layers of the Earth's crust to the students.
(iii) Overall, the Slab model simulated a relatively cooler surface and a shallower boundary layer.
The dimensions of the base slab model are 150 cm long, 100 cm wide and 5 cm thick.
With slab model, the catalytic properties of overlayer Pt on Cu substrate (Pt/Cu) are analyzed by first-principle calculations.
We consider different turbulence models as examples such as the slab model, noisy slab turbulence, and the two-dimensional model.
These arguments are investigated in a simple slab model of landslip failures in a hillslope hollow subject to stochastic forcing over long periods of time.
(ii) In contrast to the findings over mid-latitudes, the relatively simpler Slab model had a relatively better performance than the modestly complex Noah and Noah-GEM LSMs.
The base slab model is tested for the ground conditions of sand, gravel and clay silt mixture by ambient vibration test.
At the highest level of idealisation, a detailed composite ribbed slab model is considered to represent more accurately membrane action and load distribution at large deflections.
As examples we discuss the field line diffusion coefficient for different prominent turbulence models namely the slab model, the two-dimensional model, and the Goldreich Sridhar model.
The mechanisms of hydrazine decompositions on Ir(1 1 1) have been investigated by using slab model based on periodic density functional theory (DFT).
A simple two-dimensional slab model of the ion-temperature-gradient instability and associated generation of zonal flows is used to compare the interpolation schemes.
