Sentence examples for Much less steady from inspiring English sources

But its tone is much less steady.

The polenta dishes, along with most of the pastas and appetizers, are handled so expertly that it almost doesn't matter that L'Apicio's grasp of the main courses is much less steady.

After Cosimo's death, his son, Piero, and his grandson, Lorenzo, had a much less steady hand on the branch managers and gradually lost their grip on the banking empire.

Still, a different group — one that has received much less attention — continues to make steady profits from the island's sorry state: the many lawyers and consultants advising it on its finances.

Mr. Reeves didn't have the requisite acting skills that might have led to steady work, much less marquee billing: he was a would-be star in a town full of extras with superior luck, looks and talent.

Polling stations are supposed to scan and upload their ballots as a visual and community check against fraud, which sounds great, except that there are plenty of polling stations in remote, rural regions of Indonesia that don't have steady electricity, much less reliable internet access, scanners and enough bandwidth to upload hundreds of ballots.

During the last three years, the country's major banks have taken advantage of the Bank of Japan's ultraloose monetary policy by borrowing at almost no interest and using the proceeds to buy government bonds, whose yields are low -- about 1.3percentt on the 10-year bond -- but steady, and much less risky than stocks or real estate.

Research shows that: verified by real time data acquired by the SCADA, the relative error of the dynamic model's result is 4.042%, much less than that of the steady-state model's result (22.67%).

The unsteady-state method is much less time consuming than the steady-state method and is more representative of the reservoir flow mechanisms, but the mathematical analysis of the unsteady-state procedure is more difficult and the capillary pressure has a significant effect on saturation distribution and recovery, capillary forces dominate multiphase flow in low-permeability rocks.

It is also shown that the fast system reaches steady state in much less time than the slow variables.

The superior sensitivity and resolution of the FT-ICR-MS techniques outweigh the in vivo NMR advantage and enabled modeling of the flux through the complex pathway, with much less ambiguity and under non-isotopic steady-state conditions.