Sentence examples for permitted variations from inspiring English sources

The administrative compromise of leaving organizational options open to local authorities permitted variations to continue, however, and 5 to 6percentt of the school population attended completely independent private schools.

The bidding process, which permitted variations to the preliminary design, favors innovation, allowing for a variety of solutions based on the use of different armor units, and cubipods were finally selected for the main armor layer.

There are permitted variations to accommodate those whose faith or national allegiance give rise to problems with the wording of the "core" Scout Promise.

Equipment developed to obtain these data permitted variation of the initial air humidity, temperature, and velocity.

A permitted variation is the transposition of one work into the style of another, an apt illustration being "Der Shir Hashirim fun Mendl Pumshtok," a Yiddish version of "The Love Song of J. Alfred Prufrock" composed in 1937 by Saul Bellow (age twenty-one) and Isaac Rosenfeld (age nineteen): Meg ikh oyfesen a floym?

In this regard, the international standard DIN EN ISO 9906-2013-03 allows certain deviations (depending on the classification resp. quality level of the machine) of the supply discharge and the power consumption, leading to a permitted variation of a pump's single efficiency from the nominal value by ±6%%.

The bone was secured in a custom holder, which permitted variation in bone orientation from 0° to 90°.

Treatment consisted of 20 once-daily intravenous infusions (actovegin 20% with 8 mg/ml or placebo in 250 ml sodium chloride 0.9%; infusion rate: 2 ml/min) for 20 36 days, followed by three tablets (200 mg actovegin per coated tablet or placebo) three times daily for 140 days, with a permitted variation of 125 155 days.

The model equations describe the flow of the viscous fluid between the die exit and a take-up point and permit variations in film width and film thickness.

The basic design of a mechanical seal usually permits variations in balance ratio, through changes in seal face size and shape.

A finite difference procedure that can account for strain-rate effects, both shear and flexural deformations, permits variations in cross-section geometry and strength and loading over the length of a component is proposed to accurately and efficiently analyze the dynamic response of a simply supported structural member under blast loads.