Safety related recall campaigns for motor vehicles and motor vehicle equipment, including tires, reported to the National Highway Traffic Safety Administration by domestic and foreign vehicle manufacturers, January 1, 1996 to December 31, 1996.

Mode of access: Internet.

Safety related recall campaigns for motor vehicles and motor vehicle equipment, including tires, reported to the National Highway Traffic Safety Administration by domestic and foreign vehicle manufacturers, January 1, 1998 to December 31, 1998.

Mode of access: Internet.

Improvement of mathematical models for simulation of vehicle handling. Volume 5: programmers' guide for the vehicle model. Part 3: documentation for subroutines SLPCLC through OUTPUT and a double precision listing. Final report.

National Highway Traffic Safety Administration, Washington, D.C.

A study of the accurate re-entry and precision landing of an orbital earth satellite.

Mode of access: Internet.

Precision laboratory standards of mass and laboratory weights

"Supersedes Circular 3, in part."

Holes, contours and surfaces : located, machined, ground, and inspected by precision methods /

Includes Woodworth circular tables.

Precision measurement and calibration: selected NBS Papers on radiometry and photometry/

Mode of access: Internet.

Selected bibliography on precision instruments and fluid bearings with annotations.

Mode of access: Internet.

Experimental studies in recall and recognition,

"Columbia University Contributions to Philosophy and Psychology, vol. XXVII, no. 1."

Direct support and general support maintenance repair parts and special tools list for precision amplifier, Krohn-Hite model 7500 (NSN 6695-01-081-9053).

Includes index.

Precision planter and fertilizer applicator for use on experimental plots /

Cover title.

Discussion of the precision of measurements : with examples taken mainly from physics and electrical engineering /

Advertising section at the end of the book.

Dimensional control in precision manufacturing, as applied in production machining to effect higher production and lower unit costs.

Mode of access: Internet.

Temporal precision of interceptive action: differential effects of target size and speed

The duration of movements made to intercept moving targets decreases and movement speed increases when interception requires greater temporal precision. Changes in target size and target speed can have the same effect on required temporal precision, but the response to these changes differs: changes in target speed elicit larger changes in response speed. A possible explanation is that people attempt to strike the target in a central zone that does not vary much with variation in physical target size: the effective size of the target is relatively constant over changes in physical size. Three experiments are reported that test this idea. Participants performed two tasks: (1) strike a moving target with a bat moved perpendicular to the path of the target; (2) press on a force transducer when the target was in a location where it could be struck by the bat. Target speed was varied and target size held constant in experiment 1. Target speed and size were co-varied in experiment 2, keeping the required temporal precision constant. Target size was varied and target speed held constant in experiment 3 to give the same temporal precision as experiment 1. Duration of hitting movements decreased and maximum movement speed increased with increases in target speed and/or temporal precision requirements in all experiments. The effects were largest in experiment 1 and smallest in experiment 3. Analysis of a measure of effective target size (standard deviation of strike locations on the target) failed to support the hypothesis that performance differences could be explained in terms of effective size rather than actual physical size. In the pressing task, participants produced greater peak forces and shorter force pulses when the temporal precision required was greater, showing that the response to increasing temporal precision generalizes to different responses. It is concluded that target size and target speed have independent effects on performance.