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construction policy as: “To build rapidly a large number of bases so as to make possible the immediate development of great aerial strength.” In the Marianas, the bases were first to be built on a rough and ready basis and then gradually brought to a finished state as conditions permitted. As an initial beam weapons illustration, consider a space warship firing a lethal radiation beam against planetary targets including aircraft. Yet, at the technological level implied by sci-fi interplanetary or interstellar space war, average firepower of a far larger space warship could be astronomically higher, either in the energy per shot, the number of shots fired per minute, or a combination of both. Using a higher temperature heat dump will reduce efficiency or power density (or both); in practice the heat dump has to operate at the same temperature as the radiator. This is not an ordinary particle-beam weapon concept, being instead a wide beam with particle composition and energies chosen to equal or exceed the atmospheric propagation of penetrating natural cosmic radiation. Lethal radiation beams may also be used against other spaceships, with effectiveness determined in part by their shielding (armor) thickness. Unlike even neutron bombs, the beam would have no blast and just a few degrees heating effect when fired in wide beams, leaving structures unharmed aside from disruption to electronics, yet killing the occupants. At the beginning of the war Saipan had an airfield (Aslito) and a seaplane base and Tinian had an airfield. In addition, the program called for two new fields on Guam, and one each on Pagan and Rota, where none had existed before. The space warship would operate at least in the gigawatt range, with orders of magnitude greater heat rejection from its weapons, but it could afford to have orders of magnitude greater radiator system mass. One potential countermeasure is mass-shielding or thick armor around vulnerable areas of a ship, like the battle stations for the crew and vulnerable electronics. What was optimal could depend upon factors including the type of target, but the attainable firepower is vast. While the whole range is conservative by sci-fi standards, one could take the low end of the range if concerned about the reliability of it being plausible. Gigantic “EMP ” pulsed microwave beams can fry ordinary electronics over up to many square kilometers per shot. As GeV energies are obtained in contemporary research accelerators, the preceding would be attainable by an accelerator within a large space warship. On Guam, Sumay airfield was almost completed, and three other fields and a seaplane base were under way or in the planning stage. Now, if we have some down time, we probably want to bring the coolant temperature down to near freezing, or if possible turn it into an ice slurry. It will produce low temperature heat, well suited to our water sinks (and nearly impossible to radiate away with our high temperature radiators). Combined Fleet and Central Pacific Area Fleet each issued orders outlining an ambitious policy of airfield construction. The Combined Fleet order provided that three independent complexes of bases were to be rapidly completed in the Marianas-Truk area and in the Palau-Yap area. the warship might not wait but rather open fire on lightly-armored targets at such extreme range that beams hit only by being hundreds of kilometers in diameter or more. These plans were intended to result in fourteen airfields and two seaplane bases: Saipan, three airfields and a seaplane base; Tinian, four airfields; Guam, four airfields and a seaplane base; Pagan, two airfields; Rota, one airfield. Similarly, although the Army was only partially dependent on the Navy for surface transport, Army convoys had to be escorted by Navy ships. Also, unlike high temperature radiators, sunlight heating the radiators will interfere substantially with cooling, so we need to remain edge-on towards the sun. Against non-hardened civilian targets, as little as a few joules per square meter or less can be enough if delivered in the right time frame, concentrated into microseconds or less. rain trench coat women navy blue trench white trench coat womens flared skirt trench coat navy spring coat orange trench coat men trench raincoats for men short womens trench coat trench coat men slim fit classic black trench coat trench coat jacket men ladies mac coat technical trench coat short coats for ladies unique trench coats trench pea coat cheap tan trench coat hooded trench coats for women best trench coats women trench coat no belt ladies short black trench coat rain trench coat womens tan trench coat with leather sleeves mens slim fit black trench coat men long overcoat beige mac coat brown pea coat for women mens suede trench coat trench men mens winter trench coats for sale

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