Sentence examples for applied science for from inspiring English sources

Her main focus is on applied science for sustainable development issues primarily in land and resource management scenarios in the tropics.

The understanding of dynamic fragmentation in shock-loaded metals and the evaluation of geometrical and kinematical properties of the resulting fragments are issues of considerable importance for both basic and applied science, for instance to predict the evolution of engineering structures submitted to high-velocity impact or explosive detonation.

Bound protein was detected by western blotting using mouse mAbs to FLNa for FLNa and rat mAb to HA (Roche applied science) for FilGAP.

The pooled harvested SAFV-infected or staurosporine-treated cells were washed with PBS and treated with Complete Lysis-M and Complete Protease Inhibitor (Roche Applied Science) for 5 min.

During this period, Galileo made significant discoveries in both pure fundamental science (for example, kinematics of motion and astronomy) as well as practical applied science (for example, strength of materials and improvement of the telescope).

Sally has worked as a lead practitioner in applied sciences for both the SSAT and at her current school before becoming an AST in 2011.

Difference equations of finite order arise very often in various problems in mathematics and applied sciences, for example in mathematical physics and biology.

Ernst Mach's notion of the economy of thought is related to the demand of manageability, which is important especially in the engineering sciences and other applied sciences: for example, a mathematical equation can be made "simpler" by suitable approximations, so that it can be solved by a computer.

In the past few decades much attention has been devoted to nonlinear elliptic equations with singularities because of their wide applications in applied sciences, for example, non-Newtonian fluids, boundary layer phenomena for viscous fluids, chemical heterogenous catalysts, etc. (see, for example, [1, 2]).

Since the seminal work of Zienkiewicz and Zhu [52], averaging techniques became popular in engineering and applied sciences for the a posteriori error control of the finite element solution of partial differential equations.

If the late 1990s versions of open science were about opening up the processes of how we do and apply science for public scrutiny and discussion, then the more recent iterations tend to focus on making the outcomes of science more available.