Sentence examples for commercial generator from inspiring English sources

A high purity ozone mass flux was generated using commercial generator (COM_ADM, ANSEROS GmbH, Tübingen, Germany).

The signal, generated by a commercial generator (E4433B Options 200, 201, UN8, UN9; Agilent Technologies, Palo Alto, CA, USA), corresponded to a UMTS base station frequency division duplex mode downlink configuration with no active voice calls.

Another concept revisits a bifilar pulse line carrying co-propagating non-sinusoidal wave driven by a high voltage, ns-pulse, commercial generator.

For radiolabeling of targeting vectors, ideally determining the biological fate of the radiolabeled bioconjugate, non-traditional metal-based PET radioisotopes are of particular interest as they offer certain advantages over traditional PET radioisotopes such as longer half-lives that allow delayed imaging or availability by commercial generator systems apart from on-site cyclotron production.

The chemical completeness of the OMG results comes at the expense of being slower than the commercial generator.

The particles were generated in argon using an electric spark discharge between graphite electrodes in a commercial generator (Palas Aerosol Generator, model GFG-1000; Palas Co., Karlsruhe, Germany) modified to prevent off-gassing of organic materials from within the generator (McDonald et al. 2001).

Best known for its high-quality plumbing products and home and commercial generators, Wisconsin-based Kohler Co. has steadily expanded its holdings in the hospitality field, anchored by the Midwest's premier Forbes 5-star resort, The American Club, the poshest of two lodging options within Destination Kohler, the expansive resort spread throughout the company's hometown.

The ozone was generated by passing dry oxygen through a commercial ozone generator (UVP) that generated ozone from the photolysis of molecular oxygen.

There is 34 times higher efficiency than that of the bare commercial thermoelectric generator, which enables an electrochemical process to generate hydrogen gas by water splitting.

Results were similar to those provided by commercial wind generator manufacturers.

By the in-situ coating of the nanoparticles on a commercial thermoelectric generator, a high-efficient STEG was constructed.