The first 20 years of Sukhoi supersonic interceptor development from the Su-9 and Su-11 to the Su-15 Charts the history of Sukhoi's early supersonic interceptors, including paper projects, as well as operational details The Su-15 became the true guardian of the Soviet skies—and a symbol of the Cold War

The West was stunned when the Soviet Union dropped its first atomic bomb in August 1949 and a year later the Korean War showcased Russia’s incredible technological progress in the form of the MiG-15 – a fighter capable of besting anything the RAF had to offer at that time. In the wake of the Second World War, funding for the RAF’s Fighter Command had fallen away dramatically but now there was an urgent need for new jet fighters to meet the threat of Russian bombers head-on. Britain’s top aircraft manufacturers, including Hawker, English Electric, Fairey, Vickers Supermarine, De Havilland, Armstrong Whitworth and Saunders-Roe, set to work on designing powerful supersonic aircraft with all-new guided missile systems capable of meeting a Soviet assault and shooting down high-flying enemy aircraft before they could unleash a devastating nuclear firestorm on British soil. The result was some of the largest, heaviest and most powerful fighter designs the world had ever seen – and a heated debate about whether the behemoths should be built at all as guided weapons became ever more advanced. This is the story of Britain’s secret cold war fighter jet designs, fully illustrated with a host of drawings, illustrations and photographs.

A theoretical analysis has been made of the longitudinal behavior of an automatically controlled supersonic interceptor during the attack phase against a nonmaneuvering target, and for a target which had a constant acceleration normal to its flight path. First-order lead collision navigation was assumed in the investigation, and characteristics of this navigation when used against a maneuvering target are discussed. The flight path of the interceptor was controlled by commanding either a pitching velocity or normal acceleration proportional to the vertical steering error. Computed attack runs are presented which demonstrate some of the advantages and disadvantages of using high gain or integration in the tracking system to minimize or eliminate bias errors in the system which result from target acceleration or interceptor trim changes.

Offering both theoretical explanations and real-world applications, this in-depth guide covers the 2.0 version of Struts, revealing how to design, build, and improve Java-based Web applications within the Struts development framework. Feature functionality is explained in detail to help programmers choose the most appropriate feature to accomplish their objectives, while other chapters are devoted to file uploading, paging, and object caching.