Sentence examples for cases freely from inspiring English sources

The judge described how he had to balance Cornick's future welfare with the public's right to have important court cases freely and fully reported.

Additional benefits included the following: easily being able to contact the ambulance drivers for emergency cases, freely consulting with colleagues for advice/counsel when work-related issues arise, avoiding unnecessary transportation and accessing transportation when needed.

"We have been trying to think through that set of questions," said the official, who insisted on anonymity because he was not authorized to discuss the case freely.

"Blake's conviction was still a talking point and Hytner was astonished to hear Parker discussing the case freely with a small group of young barristers after dinner", Grant told the Times newspaper.

Blank cartridge consists of steel cartridge case, freely poured nitrocellulose gunpowder filling and the initial powder charge primer [ 1, 7].

With respect to quality of the endeavour even Einstein was mentioned in the discussion, referring to the quote " Everything should be made as simple as possible, but not one bit simpler"., in this case freely translated into " Simplify as much as possible, but not further".

In this paper, we demonstrate the proposed method with three different cases: the freely rotating model, independent torsion-angle energy model, and interdependent pair-wise energy model (the last two are also well-known as the rotational isomeric state model).

The accuracy of the scheme in space and time is verified by examining the grid/time-step dependency on one-dimensional benchmark cases: a freely propagating premixed flame in an open environment and in an enclosure related to spark-ignition engines.

All malaria cases were freely managed by using artemisinin-based combination therapy (Coartem®; Roche, Basel, Switzerland) during a one-year longitudinal follow-up study.

In that case borrow freely, with permission of course.

The code for the case of freely varying temperature on the boundaries of freely moving particles is applied to analyze the motion of a catalyst particle in a box and in particular the heat conductivities of nanofluids and sheared non-colloidal suspensions, respectively.