Sentence examples for find broad application from inspiring English sources
Conical pipes belong to a group of economical profiles, which find broad application in various metal products.
Based on these investigations we derive useful design criteria, which may find broad application in the development of practical parametric amplifiers.
Nevertheless, these models find broad application, spanning medicine (e.g., patient survival), engineering (e.g., equipment lifetime), economics (e.g., business bankruptcy), and the social sciences (e.g., divorce).
However thermally stable materials with high energy producing performance and with immunity to almost all unplanned stimuli, namely, flame, detonation, high velocity find broad application as propellants, pyrotechnics etc.
It is anticipated that the developed hub classifiers will represent a useful tool for the prediction of highly-interacting proteins and can find broad application for planning and executing large-scale proteomic experiments and for identification of novel and prospective antibacterial drug targets -- even in those organisms that currently lack protein interaction data.
Such strategies would find broad application in genome-wide experiments and large-scale research efforts such as the development of multigenic disease models.
In view of the unprecedented advantages brought by aptamers, we expect aptamer-based biosensors to find broad applications in biomedical diagnostics, environmental monitoring and homeland security.
We anticipate that the methods demonstrated here will find broad applications in single-molecule force-clamp spectroscopy studies for a wide range of proteins.
Our work presents a foundation for stochastic modeling in a particle-based micromechanical environment that can find broad applications within natural and synthetic materials.
With the advantages of low cost, simplicity, portability, rapidity, and aptamer variety, this general point-of-care assay system reported here may find broad applications including home healthcare, field-based environmental monitoring or food analysis and emergency situations.
It is expected this new electrode architecture as well as the EOG foam will find broad applications in further development of high performance lithium ion batteries and other electrochemical energy technologies.
