Sentence examples for enabled tuning from inspiring English sources

Variation of the network parameters and swelling conditions enabled "tuning" of the hydrogels' physical properties, yielding materials with water content between58%and90%90% water, tensile strength between 2.0 MPa and 12.0 MPa, and initial Young's modulus between 1.0 MPa and 19.0 MPa.

The resulting operational understanding of the behavior of the laser pyrolysis system has enabled tuning of the numerous experimental variables so that both low and high molecular pyrolysis products are transferred to the GC/TOF-MS analysis system efficiently and reproducibly.

In the recent study on geopolymers as drug delivery vehicles, it was shown that the delivery system offered high mechanical strength together with adjustable porosity, which enabled tuning of the drug release rate [9].

The presence of the activator dye in conjunction with the photo-switchable emitter enabled tuning of the overall activation rate with a low-intensity visible activation light source, reducing potential photodamage.

The unique feature of Hg1−xCdxTe alloys enables tuning spectral responsivity of the detector element for the ordered spectral range.

In this paper we, propose a MPC formulation, under the popular framework of terminal cost - terminal set MPC, which enables tuning the complexity of the control algorithm.

Variations in the pH and concentration of metal ions enable tuning the lower critical solution temperature (LCST) and thermosensitivity in a broad range.

Due to the inefficiency energy transfer between host and Eu3+ dopant, controlling the x value enables tuning the relative photoemission intensity between host and Eu3+ dopant and therefore the color tuning from blue to red.

The ability to control the compound composition and associated alloying chemistry enables tuning of the concentration and mobility of holes in CuO, hence creating alow-cost and environmentally friendly semiconductor from abundant materials.

This paper focuses on achieving greater accuracy for acoustic numerical simulations by making use of a parametric updating technique, which enables tuning the model parameters inside physically meaningful boundaries.

Since the cellular composite material is fabricated via the assemblage of building blocks by mechanical interlocking connections, we utilize the standardized Ramberg-Osgood function for the moment-rotation relation at the ends of adjacent members to enable tuning the appropriate flexibility for connections between two extreme limits of pin-jointed or rigid-jointed connections.