and the same outlet-to-inlet area ratio (2.76) and the same outlet-to-inlet area ratio (2.76) and were tested at inlet velocities from approximately 100-450 feet per second. The basis on which their comparative performance was evaluated is static pressure recovery. The straight wall diffuser ...
The Sub-X performed well and is capable of punching tight groups at hunting distances. The design of the projectile ensures expansion at speeds as low as 900 feet per second. For more information, visit:www.hornady.com Related Videos:GetZone Original Series: American Nomads ...
The air foils were oscillated in pitch about mid-chord pivots with an amplitude of +or - 2deg at a tunnel velocity of 200feet-per-second,obtaining reduced frequencies in the range of 0.03to 0.20. The incident air angle was set at 8deg,the cascade angle was 35deg from a fully-closed ...
It utilizes a unique method of reducing the cavity within a shell cartridge case to restrict the powder capacity and allow for the efficient powder ignition and allow the projectile to travel at subsonic velocities, traveling below 1086 feet per second at sea level if so desired by the user. ...
to obtain a total-pressure ratio of 6.45 (corresponding to a root-mean total-pressure ratio per stage of 1.205) at an equivalent weight flow of 57.5 pounds per second (corresponding to a weight flow of 26.4 lb/sq ft of frontal area) at an equivalent tip speed of 869 feet per second.Ra...
It utilizes a unique method of reducing the cavity within a shell cartridge case to restrict the powder capacity and allow for the efficient powder ignition and allow the projectile to travel at subsonic velocities, traveling below 1086 feet per second at sea level if so desired by the user. ...
It utilizes a unique method of reducing the cavity within a shell cartridge case to restrict the powder capacity and allow for the efficient powder ignition and allow the projectile to travel at subsonic velocities, traveling below 1086 feet per second at sea level if so desired by the user. ...
It utilizes a unique\nmethod of reducing the cavity within a rifle cartridge to restrict the powder\ncapacity and allow for\nthe efficient powder ignition and allow the projectile to travel at subsonic\nvelocities, traveling below\n1086 feet per second at sea level. This cartridge design will ...