Sentence examples for diverse scientific problems from inspiring English sources

We applied the newly developed methods mentioned above on a variety of biochemical systems and present a few examples of how it can be used to collect the data for solving diverse scientific problems.

In stark contrast to a quick increasing and extensive applications of time-fractional derivative to diverse scientific and engineering problems, little has been reported on space-fractional derivative modeling.

Last week NIH announced six winners of a competition to promote a more diverse scientific workforce, a problem it says "has eluded solution for decades".

Scientific workflows represent complex computational experiments conducted by scientists focused at identifying and addressing scientific problems across diverse subject domains such as Quantum Chemistry simulations [1], Astrophysics [2], Heliophysics [3] and Neuroimaging data analysis [4].

It is of great value for teams to be able to count on diverse opinions and approaches to solve scientific problems.

To solve scientific problems, researchers are needed with diverse fields of expertise, life experiences, and perspectives.

To address the need for scientists who can integrate diverse scientific approaches and work in transdisciplinary teams to solve complex health problems, Indiana University (IU) has designed an innovative training program that will provide the didactic and research experiences to enable trainees to establish productive careers in behavioral oncology and cancer control research.

Previous work addressed this problem by comparing implementations of thousands of diverse scientific time-series analysis methods in an approach termed highly comparative time-series analysis.

Researchers in industry also have to be able to effectively articulate missions and complex scientific problems, although their stakeholders and audiences tend to be more diverse.

There have been efforts from diverse scientific fields in order to achieve solutions that might contribute to attenuate this problem.

In chemistry, the key to successful multi-disciplinary integrated research is oftenthe ability to couple the diverse sets of data obtained from a range of complexexperiments and computer simulations to solve scientific problems that areintractable when only one technique is employed.