Three distinct fields such as precipitation dominance, evaporation dominance and rock water interaction dominance areas are shown in the Gibbs diagram (Gibbs, 1970).
GSA has been successfully applied to the analysis of microarray experiments and has contributed to the adoption of a systems-biology perspective in distinct fields such as cancer [16].
He suggests that it could be successfully applied to other public health phenomena, such as the spread of antibiotic-resistant bacteria, as well as in completely distinct fields such as criminology, ecology, or engineering.
Distinct sub-fields, such as degradomics, exosome proteomics and tumor-host cell interactions have been developed, in an attempt to provide certain answers to partially elucidated mechanisms of cancer pathobiology.
This distinct property allows their possible applications in many fields such as biosensors, nanomedicine, and bionanotechnology [4].
Due to the distinct properties and potential applications, graphene is very promising in various fields, such as field-effect transistors, lithium ion batteries, hydrogen storage, and molecular sensors [1, 2, 3, 4, 5].
In this approach, both fluids (air and water) share the same velocity fields and other relevant fields such as temperature, turbulence, etc., and they are separated by a distinct resolvable interface.
And what about other fields such, as medicine?
Even older fields, such as manufacturing, are undergoing modern makeovers.
A vibrant field such as evolutionary biology can tolerate several distinct species concepts at the same time, a fact that contributes rather than detracts from its vibrancy.
Thus, distinct fields of sciences, such as physics, mathematics, biology, computer science, and engineering have contributed to the large advances in complex network study.
