As an isothermal DNA amplification technique, rolling circular amplification (RCA) has been demonstrated to be a versatile tool in many fields.
Bimetallic core-shell nanostructures have been gaining considerable research attentions recently, mainly thanks to their versatile applications in many fields, including catalysis, electrocatalysis, electronic, sensing and so on.
Porous silicon is a versatile material applicable in many fields of nano-research.
Magnesium oxide (MgO) is a versatile metal oxide having numerous applications in many fields.
Nowadays, electrospinning (e-spinning) has developed and entered in many fields as a versatile, effective, economical method to fabricate nanofibers [1 4].
Co3O4, one of the most versatile transition-metal oxides, is widely applied in many fields, such as dyes degradation [23, 24], gas sensors [25], lithium ion batteries [26], oxidation of CO at low temperature [27], and H2 generation [28].
Such hybrid nanostructures with versatile properties provoked by combining the merits of both organic as well as inorganic part may find applications in many fields [18, 19, 20].
Niobium compounds, a very versatile group of materials, including niobium oxides, alkali niobates, and columbite niobates, exhibit many interesting physical properties and have been widely studied in many fields, such as catalysis [1 3], memristors [4], dye-sensitized solar cells [5], optical devices, and others [6, 7].
Be knowledgeable in many fields.
The application of modified clay was versatile in many areas of industrial commercialization.
According to our review, its slimmer design makes it more versatile in many cases.
