论文部分内容阅读
“福特”级核动力航母是美国的下一代航母,计划建造12艘,用于替代现役的10艘“尼米兹”级航母,首舰预计将于2015年服役。在“福特”级航母诸多性能指标中,最突出的一点是对舰载机出动架次率有很高的要求。按照设计要求,“福特”级航母的出动架次率要比现役的“尼米兹”级航母提高20%,在30天周期内,每天12小时,能够持续出动攻击舰载机160～220架次。应急情况下,连续4天每天24小时出动舰载机270～310架次。而影响舰载出动架次率的瓶颈问题是把弹药搬上飞机,为了解决这个问题,“福特”级航母进行了全新设计,包括重新设计飞行甲板和重新布置武器处理区,进一步优化武器的处理方式和搬运流程。同时,“福特”级还采用了先进的搬运和挂弹工具,以增加武器搬运量和加快武器的搬运和装载速度。
“Ford ” class nuclear-powered aircraft carrier is the United States next-generation aircraft carrier, plans to build 12 to replace the active duty of 10 “Nimitz ” class aircraft carrier, the first ship is expected to be in service in 2015. In the “Ford ” class aircraft carrier many performance indicators, the most prominent point is the carrier aircraft carrier rate has a very high demand. In accordance with the design requirements, “Ford ” class aircraft carrier rack rate than the active “Nimitz ” class aircraft carrier increased by 20%, 30 days cycle, 12 hours a day, able to continue to attack the carrier-based aircraft 160 ~ 220 sorties. In case of emergency, 270-310 sorties of carrier-based aircraft will be dispatched 24 hours a day for 4 days in a row. In order to solve this problem, the “Ford” class aircraft carrier has carried out a whole new design which includes redesigning the flight deck and rearranging the weapons processing areas to further optimize the weapons. Processing methods and handling processes. At the same time, the Ford class uses advanced handling and bullet-killing tools to increase weapon handling and speeding the handling and loading of weapons.