Sentence examples for making these structures from inspiring English sources

Therefore, there has been significant work into making these structures soluble so that they can be utilized for their potential biomedical applications.

Being considered here is a necessarily obscure manner of approaching the issue, to predict what will be the manner of making these structures and how the design will process the data of the new part such that it will behave in a fashion that will be predictable or not depending on the way it is fashioned or the material itself and its issues with solidarity and maintaining shape.

Our results demonstrate that FeCl3 FLG can replace expensive and opaque metals in photovoltaic architectures, making these structures mechanically flexible and transparent.

The PDB has been working hard in recent years to make these structures accessible to the non-specialist but I wonder how many drop by?

They have taken measures to make these structures more resilient, but in this age of certain sea-level rise, it is preposterous to continue to build in areas that were previously inundated by floodwaters and will certainly be inundated in the future.

This makes these structures very promising for their application to compact gas sensors.

Typically, non-functionalized carbon-based nanomaterials are considered to be toxic, but significant work has been done to make these structures soluble and biocompatible.

This makes these structures very attractive and suitable for quantum cascade lasers, inter-subband detectors, and devices based on nonlinear optical properties [16 18].

Bridging this gap requires a fundamental understanding of the constituents of such robotic materials and the distributed algorithms and controls that make these structures smart.

The excellent electrical and mechanical performance of individual carbon nanotubes combined with their extremely low weight make these structures highly interesting materials for electrical wiring applications.

The tunable morphological and mechanical properties together with the well-controlled pulsatile release of bioactive molecules make these structures attractive ON OFF systems in biomedical and pharmaceutical fields.