A simple, reliable and cost-effective fluidic channel, fabricated by using double-sided pressure-sensitive tapes, is demonstrated here.
Thermoreversible gelcasting, a near-net-shape processing technique, is demonstrated here for titanium.
The robust capability of this predictive technology is demonstrated here in various MCS devices.
The PWWP domain is demonstrated here to bind DNA in a cooperative manner with μM affinity.
This ability is demonstrated here in the development of a measure for darting behavior.
The improved instrument performance is demonstrated here, with results obtained during the commissioning of ENGIN-X.
It is demonstrated here using two separate spectra acquired on two different NMR spectrometers.
Micromodel utility is demonstrated here through the measurement of porosity, permeability, fluid desaturation patterns, and recovery factors.
However, a quantitative structure property relation (QSPR) regression for DCN is demonstrated here using the chemical functional group approach.
This fact is demonstrated here by using a number of FE models with very different mesh refinements.
The usefulness of Keggin-type anions (PMo12O403−) as both reducing, capping and activating agents during synthesis of polyoxometallate-modified gold nanoparticles is demonstrated here.
