Sentence examples for accurate off from inspiring English sources

Woods was exceedingly accurate off the tee, using mostly 3-woods and long irons.

Despite the belief that shorter hitters are more accurate off the tee than longer hitters, Broadie discovered the opposite: longer hitters also tend to be straighter hitters.

Fiji, though, would not be shaken off and would have been breathing down English necks had the otherwise outstanding Nadolo and his fellow Australian-reared team-mate Volavola been more accurate off the tee.

In truth, had Owen Farrell been more accurate off the tee and Simon McIntyre seen red for his boot to the head of Itoje, Wasps could have lost by a significant margin.

The Northern Irishman may not have been as accurate off the tee as the first two days but he resumed his exhibition of power and control, following each devastating iron shot with the now-familiar twirl of the club, to continue his imperious march to victory.

Emerging from lunch on 70 for one in reply to Middlesex's 294, Surrey abruptly collapsed against some accurate off-spin bowling by the 6ft 5in Rayner, who took his first wicket shortly before two o'clock and his eighth at five past three.

It is worth to note that recent publications such as [16] provide a more accurate off-body WBAN communication channel model.

The aim of this paper is to provide an accurate off-line electrical-analogue battery model for simulation of larger systems containing large-format batteries, as opposed to a detailed electrochemical model suitable for simulation of internal battery processes.

This includes: careful measurements and control of crystal properties before installation, precise calibration of each crystal with an electron beam before use in CMS and accurate off-line reconstruction of the electromagnetic showers.

This paper aims at determining, for various boundary conditions, the optimal operating fan frequency and the corresponding back pressure of a typical large-scale air-cooled coal-fired power plant via accurate off-design models of both the turbine subsystem and air-cooling condenser, which are derived by combining aggregated physical equations and real operating data.

It was originally developed with an accurate off-lattice particle-based model at its core.