___________________________________________________________________________ | From : KeelyNet BBS | DataLine : (214) 324-3501 | | Sysop : Jerry W. Decker | Voice : (214) 324-8741 | | File Name : AIRPOW.ASC | Online Date : 05/22/94 | | Contributed by : Richard Blakely | Dir Category : ENERGY | --------------------------------------------------------------------------- Scientists know that air molecules move about randomly at about 500 m/s, which is faster than the speed of sound, even in sub-zero weather. Because air molecules have so much energy, free power can be obtained from the atmosphere. I have written a 22 page report which shows how free power can be obtained from the random motion of air molecules. The technical report contains many equations and some drawings. If you have any questions, or if you want to receive a copy of the report, send me a message [74213,2646]. The rest of this file is a copy of the report's introduction: Usually power is obtained by burning fossil fuels or by using hydroelectricity, or from a nuclear power plant. But there are many other sources of power; for example, wind power and solar power. This report describes a new source of power: thermal-gradient power. A thermal gradient occurs naturally in the earth's atmosphere. Although it is easy for people on the ground to assume that the atmosphere is isothermal, the lower atmosphere is actually warm at the bottom and cold at the top. Aircraft pilots are familiar with the variation of temperature with altitude because they must deal with low air temperatures at high altitudes. Gravity causes the thermal gradient in the atmosphere because air molecules lose energy as they move higher in the atmosphere. This report presents a theory to explain how and why a thermal gradient occurs in the atmosphere. Because a thermal gradient can occur in a gas which is in a rotating vessel, this report also presents a theory to explain how centrifugal force can cause a thermal gradient. Thermal-gradient power can, in theory, be obtained from the atmosphere by using heat from air which is near the ground. A heat engine can use that heat to generate power, and then it can exhaust its waste heat into the cold air which exists at high altitudes. Power generation causes a reduction in the average temperature of the atmosphere, but the atmospheric thermal gradient is not destroyed by harnessing it to produce power; the thermal gradient is continuously restored by the random motions of air molecules. Therefore, utilization of the thermal gradient is actually a utilization of atmospheric thermal energy. Since the sun keeps the atmosphere at a constant average temperature, thermal-gradient power is a renewable resource. The atmospheric thermal gradient violates the second law of thermodynamics because the random motions of air molecules can maintain it without sunlight. Because the atmospheric thermal gradient is real, the second law must be flawed. Exposing that flaw is a main objective of this report because, until now, scientists have been unable to find a flaw in the second law. By studying the atmosphere we can understand exactly how and why the second law of thermodynamics is flawed. Page 1 FROM: Richard Blakely, 74213,2646 TO: Craig L. Shields Jr, 71324,1630 DATE: 4/29/94 1:29 AM Re: Free Energy from Air Hello Craig: I forgot to put my name in the file. The simplist way to get the rest of the report is by mail. The report contains equations and drawings so it is best to mail it to you. Currently I am charging $15 to cover the cost of postage ($2.16) and photocopying and the costs of writing the report. If you mail me $15 U.S. cash or check or money order then I will mail you the technical report. The address you should send the $15 to: FREE POWER 12137-96 St., Edmonton, Alberta T0G-0P0 --------------------------------------------------------------------------- KeelyNet (214) 324-3501 is a FREE Alternative Sciences BBS Your file contributions and financial support are much appreciated! --------------------------------------------------------------------------- Page 2