Creditors to Space Rocketry
Konstantin Eduardovitch Tsiolkovsky was born in September, 1857 in the town of Izhevskoye, Spassk District, Ryazan Gubernia. On the merits of some of his early research and related writings, Tsiolkovsky was elected to the Society of Physics and Chemistry at St. Petersburg, Russia.On March 28, 1883 Tsiolkovsky demonstrated the reaction principle through experimenting with opening a cask filled with compressed gas. He discovered that movement of the cask could be regulated by alternating the pressure of the gas released from it. Tsiolkovsky completed a draft of his first design of a reaction thrust motor on August 25, 1898. The following year, he received a grant of 470 rubles from the Academy of Science's Physics and Mathematics Department to engage in research. This work was dedicated to the establishment of scientific principles, so no actual motors were developed.In 1903, his first article on rocketry appeared in the "Naootchnoye Obozreniye" (Scientific Review). The article was entitled "Issledovanie Mirovykh Prostransty Reaktivnymi Priborami" (Exploration Of Space With Rocket Devices). In the article, Tsiolkovsky clearly outlined in scientific t
It was just prior to World War I that he became interested in war rocketry. Oberth - Hermann Oberth was born on June 25, 1894 in Hermannstadt, Transylvania, Romania. Goodard - Robert Hutchings Goddard was born on October 5, 1882 in Worcester, Massachusetts. The resulting exhaust, escaping from a nozzle, would provide lift-off thrust at a relatively high velocity. As an entrepreneur, he founded several companies to develop new commercial technologies, ranging from a cheap satellite navigation system (Geostar) and a secure short-range office communication system (Lawn) to a high-speed train system. His work remained relatively overlooked until years later, when it was recognised that many of his principles were being used in modern rocketry. In 1917, Oberth proposed to the German War Department the development of liquid-fuelled long-range bombardment missiles. Finally, the team found an American private and surrendered to him. By 1965, using the Stanford linear accelerator as the injector, he had storage rings running with large enough circulating currents to do the first colliding-beam physics experiment. But it took a long time before most of us understood how right it was. All his inventions, whether in high-energy physics, space technology or high-speed trains, were worked out in real hardware models with meticulous attention to detail. However, Kummersdorf was too small for the task, so a new facility had to be built. The concept of rocket assisted take-off became known as "Jet-Assisted-Take-Off", or "JATO". " His interests led him to explore many paths in his early life including composing several pieces of music and recycling old automobile parts to build a new car. Goddard died in Baltimore, Maryland on August 10, 1945.
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Acceptance Essays
