Sentence examples for diverse array of applications from inspiring English sources
Polymer-grafted inorganic nanoparticles are being developed for a diverse array of applications, ranging from drug delivery to multifunctional composites.
Metal-organic frameworks (MOFs), a class of porous materials bring great promise for a diverse array of applications ranging from gas storage and separation to heterogeneous catalysis.
Long-lived APIs such as MPI are not usually 'textbook minimalistic' because they support a diverse array of applications, a diverse community of users, and have efficient implementations over decades of computing hardware.
Plants can synthesis many different types of secondary metabolites, which have been subsequently exploited by humans to their advantages in a diverse array of applications [ 4].
In the multidisciplinary field of molecule-based magnetism, the structural and magnetic properties of molecular magnets have been thoroughly investigated for their fundamentally interesting chemistry and physics that can potentially provide a gateway for the discovery of new physical phenomena and application in a diverse array of technological applications.
This work is a first step toward the creation of new structurally heterogeneous (quadruplex/duplex), yet controllable, DNA-based materials exhibiting novel properties suitable for a diverse array of nanotechnology applications.
The mimic glycolipids produced could be used as biosurfactants and materials in a diverse array of biological applications by changes to their physicochemical properties.
Consistent with the description of the Feldenkrais Method as a learning approach, teachers and students utilized the Feldenkrais Method in a wide and diverse array of settings and applications.
One-dimensional nanomaterials have attracted a tremendous amount of attention in recent years due to their interesting electronic and optical properties and a diverse array of potential for nanoscale device applications [1, 2].
Our approach offers proof-of-concept of a general strategy for creating a diverse array of peptide carriers for eventual therapeutic applications.
These and other applications rely on the availability of a diverse array of electrophiles and detailed knowledge of the reactivity and amino-acid selectivity of these groups.
