Sentence examples for vacuum reactor from inspiring English sources

A characterization of the device-pumping behaviour of our vacuum reactor for plasma treatment of materials at low pressure is presented.

Using pulse-response experiments in an ultra-high vacuum reactor system the adsorption and diffusion behavior of gases in microporous materials can be determined.

Finally, the characterization of the cetyl ricinoleate obtained in the vacuum reactor demonstrated that the product obtained after only 3 or 4 h of reaction meets manufacturers' specifications.

Studies of recovery and reuse of the immobilized derivative were performed in the vacuum reactor, and it was proved the possibility of using the same biocatalyst in three consecutive reaction cycles without apparent loss of activity.

The bottom-up technique is expensive because it is time consuming and needs multistep fabrication and vacuum reactors (CVD, PLD, etc).[11].[11]

"Study of Tire Particle Mixing in a Moving and Stirred Bed Vacuum Pyrolysis Reactor," J. Yang, M. Gupta, X. Roy, C. Roy, Can.

CNTs were prepared using a novel single vacuum chamber reactor combining (i) plasma assisted physical vapour deposition (PVD) for catalyst deposition under O2, NH3 or Ar atmosphere with (ii) electron cyclotron resonance (ECR) C2H2/NH3 plasma enhanced chemical vapour deposition (PECVD) process for carbon nanotubes growth.

In this work, novel functional copolymer-g-biopolymer layered silicate nanocomposites were prepared by in situ graft copolymerisation of l-lactic acid (LA) onto poly(maleic anhydride-alt-1-octadecene) in the presence of Na+-montmorillonite (Mt), Ag+-Mt and octadecyl amine-Mt (ODA) nanofillers using a specially constructed vacuum micro-reactor with Dean-Stark unit at 80 °C.

The dynamic analysis and optimization of the novel cyclic Claus process, a four-step, one-bed, vacuum swing adsorptive reactor (VSAR) is studied.

The system comprised septic tank, denitrifying membrane bioreactor (MBR), iron-mediated aeration (IMA) reactor, vacuum ultrafilter, and peroxone or UV/H2O2 advanced oxidation, with 14% rainwater make-up and concomitant discharge of 14% of treated water (ultimately for reuse in irrigation).

The masses in each waste class (defined using the IAEA infrastructure) have been charted in time for in-vessel components (including the divertor and blanket), ex-vessel regions such as the coils, and for the reactor vacuum vessel (VV).