Sentence examples for inert sample from inspiring English sources

The sample was loaded onto a 10 cm×75 µm PicoFrit capillary column (New Objective) packed with Magic C18 AQ reversed-phase resin (Michrom Bioresources) using a Famos autosampler with an inert sample injection valve (Dionex).

Up to 47 samples can be measured simultaneously – one position in the plate is charged with an inert sample, which is used as a reference.

The ICP-MS was equipped with a PEEK Mira Mist nebulizer (Burgener research, Canada) and a PFA inert sample introduction kit with a sapphire injector (inner diameter 2.5 mm, for Agilent 7700 series, Agilent Technologies, Germany).

The effects of the size of inert core, sample input mode, axial dispersion, film mass transfer resistance and intraparticle diffusion resistance, on the breakthrough and elution curves are discussed.

Following these results, the authors demonstrate that electrically conductive traces can be achieved on ambient cured samples, which yields a more flexible solution compared to inert cured samples.

At high coverages, the formation of Al Mo O and Mo V O crystalline aggregates decreases the number of redox sites, whereas the presence of reduced species in rutile-like and/or MoO2 increases the redox activity for inert-calcined samples.

Easy ambient sonic-spray ionization mass spectrometry (EASI-MS) is a new and fast ambient technique which allows a droplet of ethanolic extract of propolis to be ionized directly from an inert surface, without previous sample preparation or dissolution, taking approximately one minute per sample.

Afterwards, the samples were crushed and homogenized in a plastic bag and stored at −20 °C in an inert nitrogen atmosphere until sample extraction in spring 2010 (1.5 or 2.5 years).

Permeability is measured continuously during heating by injecting inert gas into a sample at homogeneous temperature.

This is accomplished in two ways: 1) Letting an active fermentation carry the gases formed through the tube, or 2) Sparging, or "gas flushing," a sample with inert gas through a tube.

This computational approach may be potentially viable for the high-throughput evaluation of composite systems and the strategic selection of inert phases without extensive sample fabrication during the initial development stages of composite nuclear fuel design.