Sentence examples for which could be operated from inspiring English sources

Teleprinters opened telegraphy to broader use essentially by adapting it to the typewriter, which was then becoming a standard business machine and which could be operated by less-skilled personnel.

These results suggested that ITN-ZnO could be applied for FET, which could be operated in an enhancement mode.

This could produce visualizations (like the one below), which could be operated via touch – including on the iPad.

In this study, a dual-chambered pressure-release type combustion apparatus was developed and used for measurements of laminar flame speed which could be operated at high pressures and temperatures.

A series of batch and continuous experiments (utilizing full pressurization and effluent recirculation) were conducted using a 60-L DAF system which could be operated either in batch or continuous modes.

With the appearance of LSO (lutetium oxyorthosilicate)- and GSO (gadolinium silicate -based PET, which could be operated with silicate -basedce time windows (4.5–6 ns) and higher lower-energy thresholds (400–450 keV) comPETed which10–12 ns and 350 keV for a typicouldGO-besed PET, significantly improperatedle-body image quality has been achieved in 3D [34].

Genencor is now completing a dedicated pilot factory which will be used to develop a mass-production process, which could be operating commercially around 2015.Isoprene is a monomer, which is a substance whose molecules can be linked together chemically to form a polymer.

But Mr. Imperatore said he hoped he would be chosen to run the commuter service, which could be operating within a year if a ferry stop is also built at Floyd Bennett Field, which has large parking lots and is close to the Belt Parkway.

It is hard to see how any new exchange-rate regime which includes the United States could be operated without first calling into question the role of the dollar as the dominant reserve currency.But is anyone talking about changing the system?

TEM measurements were carried out on a JEOL 2010 analytical electron microscope, which had a LaB6 electron gun and could be operated between 80 and 200 kV.

We also established a unique procedure and a basic technology in which the anode-supported planar SOFC stack could be operated under pressurized conditions in combination with a pre-reformer.