Sentence examples for drop dimensions from inspiring English sources

Different drop dimensions and geometries have been investigated with regard to their influence on the power consumption, the time response and the mechanical behaviour of the whole sensor.

Existing studies have focused on macrodrops, but electrophoretic charge behavior differs for microdrops due to the increased thickness of diffuse charge layers relative to drop dimensions.

A digital camera was used to picture the drop and fluids densities, and drop dimensions were used to determine the aqueous oleic IFT.

An rray class, which never drops dimensions while subsetting, and consistently retains dimension names where possible.

Yet music goes even further in the direction of expressing the inwardness of subjectivity by dropping the dimensions of space altogether.

As a consequence, we obtain the following classification result: Let A and B be two unital simple inductive limits of generalized dimension drop algebras with no dimension growth.

In this paper, we investigate the KK-theory of (generalized) dimension drop interval algebras (with possibly different dimension drops at the endpoints), with special emphasis on the problem which KK-class is representable by a ⁎-homomorphism between two such C*-algebras (allowing the tensor product with a matrix algebra for the codomain algebra).

Moreover, since a linear retraction is a continuous surjection, according to the well known Banach-Schauder theorem, it is an open mapping which can drop the infinite dimension to a finite dimension.

To validate our formulation, we present results for an equilibrium (static) drop in two and three dimensions having an arbitrary density jump across the interface.

In order to accurately predict the complex non linear relationships between pressure drop and geometrical dimensions, a radial basis neural network (RBFNN) is developed and employed to model the pressure drop for cyclone separators.

In order to accurately predict the complex non-linear relationships between pressure drop and geometrical dimensions, a multi-fidelity surrogate, Co-Kriging is developed and employed to model the pressure drop for cyclone separators using CFD simulations dataset and Muschelknautz model.