This study demonstrates a fast one-step synthesis method for nanostructured carbon microparticles on graphite samples using high-flux plasma exposure.
Optical properties of nanoparticles are being exploited to design detection systems that can provide fast, one-step and reliable results.
This paper concerns a fast, one-step iterative technique of imaging extended perfectly conducting cracks with Dirichlet boundary condition.
Co(OH 2 hollow nanostructures including cube, octahedron and flower are delicately tailored via a simple and fast one-step Cu2O template etching method.
A fast one-step co-reduction method was developed to synthesize trimetallic PtCoNi alloyed flower-like networks (PtCoNi FNs) in an ice-bath only using KBH4 as the reductant, while no any polymer, seed, organic or surfactant was involved.
We report a fast, one-step, facile, and green preparation method that yields very stable and biocompatible silver colloids that are highly active as surface-enhanced Raman spectroscopy (SERS) platforms that has a possible application in biomedicine.
In this paper, we propose an easy, fast, one-step, facile, and green method for the synthesis of silver nanoparticles thus improving the straightforward creation of functionalized nanoparticles for biomedical usage.
The major finding of this fast, one-step synthesis method resides in the use of additional -OH groups that are generated in the solution by sodium hydroxide, enhancing the speed of the chemical reduction of silver ions.
The described genomic-proteomic approach facilitates the fast one-step isolation and identification of an unknown promoter-binding protein.
Thus, linear tagged DNA fragments can be used effectively in a fast, one-step procedure to generate site-specific insertions into the H. volcanii genome.
