Text: Brown's Gas: A process which develops a "gas" from ordinary water invented by Yull Brown (originally of Hungary) now of Australia. The water is converted into a completely safe compressed stochimetric hydrogen and oxygen mixture. The flame of this gas under the right lighting conditions, normally almost transparently colorless, can be seen to possess a small blue cone, as it emits from a torch, with a longer, pale red-blue extension. Within its overall sheath are several distinct regions called "mantles". "The most unusual property of the flame is that it is not formed as a set of explosions, as are ordinary flames, but as a set of imposions. Consequently, all classical theory about combustion products, highest temperature regions, and other specifics are up for revision. It is in the central blue cone of the flame, as opposed to its extension, that the novel combustion is sutained. This blue cone region separates the inner sustained vacuum from the continuously forming implosion products. The flame, upon application to an element or compound of elements, increases its temperature due to an interactive combustion property which is one of the unique characteristics of Brown's Gas. There is no theoretical limit to the flame as applied to materials as the local environment of the combustion will determine the extent of incremental calorific energy supplied and/or released. The temperature of the flame while in contact with only the surrounding air was measured to be 264 to 269° F (129 to 137° C). When the flame was applied to the face of an ordinary building brick the temperature was measured at 3100° F. When the flame was applied to a tungsten wire the temperature was measured at nearly 6000° C. "1979 The ratio 1,860:1 refers to the fact that when the gas is electrically sparked, it immediately returns to water. If the amount of gas sparked, and thus imploded could fill 1,860 units, then the amount of water produced by its implosion would then only fill one unit. The resulting space instantly becomes filled with a very high and particularly clean vacuum. "There is no other method capable of producing such a gas. Brown's Gas is a new product and there is no literature describing its properties which are sufficiently different from a combined molecular hydrogen and oxygen gas mixture, in 2:1 proportion, to be significant in industrial and commercial applications. " Brown, 1979 Gas and its flame have been used in and exhibits characteristics: 1) Used in a car the gas combusts and emits water vapor as the only effluent in its exhaust. 2) A solid-state refrigeration unit in which temperature could instantly be changed with no freon or other refrigeration chemicals. 3) A room heater fueled with the gas will carbonize a strip of paper held near it but not create flames or smoke. 4) Used in an acetylene torch it singed hairs from a welder's forearm but didn't burn the skin. 5) Flame from this gas can glaze concrete thus rendering it impervious to acids and other corrosives and greatly extending the concrete's useful lifespan. 6) The gas when burned does not explode but implodes. "An intriguing situation arises when a volume of Brown's Gas is detonated because the contraction in that volume which occurs is revolutionary in character. Of an order of 1,860:1, the contraction can be defined as an implosion, as opposed to an explosion." 1979 7) When heating water in an iron basin using a torch if applied only to the water barely raises its temperature even after long exposure. The flame applied to the bottom of the basin raises the temperature of the metal so high, and so instantly, that the water boils away almost in the blink of an eye. When directed at a brick under the surface of the water, however, the flame can heat the brick as easily as though the brick was not water covered. 8) Steel, after treatment with the flame, is much more impervious to rust and before treatment. 9) The flame can fuse plastic to titantium. 10) Directing the flame at Cobalt-60 radiation was reduced by 70% in the sample. 11) Directing the flame at Americium the radiation was reduced 100%. Brown's Gas generators are manufactured by Norinco, a Chinese manufacturing concern, in four sized models and can be custom manufactured in any size. Editor's note: There is evidence Yul Brown did not invent this system. He 'borrowed' the design and ideas from a Mr. Rhodes of the Henes Corporation. (Fire From Water - Part III, Explore Magazine, Vol. 3, No. 6, 1992, pg. 47-62) Brown's Gas: A process which develops a "gas" from ordinary water invented by Yull Brown (originally of Hungary) now of Australia. The water is converted into a completely safe compressed stochimetric hydrogen and oxygen mixture. The flame of this gas under the right lighting conditions, normally almost transparently colorless, can be seen to possess a small blue cone, as it emits from a torch, with a longer, pale red-blue extension. Within its overall sheath are several distinct regions called "mantles". "The most unusual property of the flame is that it is not formed as a set of explosions, as are ordinary flames, but as a set of imposions. Consequently, all classical theory about combustion products, highest temperature regions, and other specifics are up for revision. It is in the central blue cone of the flame, as opposed to its extension, that the novel combustion is sutained. This blue cone region separates the inner sustained vacuum from the continuously forming implosion products. The flame, upon application to an element or compound of elements, increases its temperature due to an interactive combustion property which is one of the unique characteristics of Brown's Gas. There is no theoretical limit to the flame as applied to materials as the local environment of the combustion will determine the extent of incremental calorific energy supplied and/or released. The temperature of the flame while in contact with only the surrounding air was measured to be 264 to 269° F (129 to 137° C). When the flame was applied to the face of an ordinary building brick the temperature was measured at 3100° F. When the flame was applied to a tungsten wire the temperature was measured at nearly 6000° C. "1979 The ratio 1,860:1 refers to the fact that when the gas is electrically sparked, it immediately returns to water. If the amount of gas sparked, andthus imploded could fill 1,860 units, then the amount of water produced by its implosion would then only fill one unit. The resulting space instantly becomes filled with a very high and particularly clean vacuum. "There is no other method capable of producing such a gas. Brown's Gas is a new product and there is no literature describing its properties which are sufficiently different from a combined molecular hydrogen and oxygen gas mixture, in 2:1 proportion, to be significant in industrial and commercial applications. " Brown, 1979 Gas and its flame have been used in and exhibits characteristics: 1) Used in a car the gas combusts and emits water vapor as the only effluent in its exhaust. 2) A solid-state refrigeration unit in which temperature could instantly be changed with no freon or other refrigeration chumeicals. 3) A room heater fueled with the gas will carbonize a strip of paper held near it but not create flames or smoke. 4) Used in an acetylene torch it singed hairs from a welder's forearm but didn't burn the skin. 5) Flame from this gas can glaze concrete thus rendering it impervious to acids and other corrosives and greatly extending the concrete's useful lifespan. 6) The gas when burned does not explode but implodes. "An intriguing situation arises when a volume of Brown's Gas is detonated because the contraction in that volume which occurs is revolutionary in character. Of an order of 1,860:1, the contraction can be defined as an implosion, as opposed to an explosion." 1979 7) When heating water in an iron basin using a torch if applied only to the water barely raises its temperature even after long exposure. The flame applied to the bottom of the basin raises the temperature of the metal so high, and so instantly, that the water boils away almost in the blink of an eye. When directed at a brick under the surface of the water, however, the flame can heat the brick as easily as though the brick was not water covered. 8) Steel, after treatment with the flame, is much more impervious to rust and before treatment. 9) The flame can fuse plastic to titantium. 10) Directing the flame at Cobalt-60 radiation was reduced by 70% in the sample. 11) Directing the flame at Americium the radiation was reduced 100%. Brown's Gas generators are manufactured by Norinco, a Chinese manufacturing concern, in four sized models and can be custom manufactured in any size. Editor's note: There is evidence Yul Brown did not invent this system. He 'borrowed' the design and ideas from a Mr. Rhodes of the Henes Corporation. (Fire From Water - Part III, Explore Magazine, Vol. 3, No. 6, 1992, pg. 47-62)

See Also: NIGHTSIDE; SUN; NAVAZ; ETHER; WATER; DISSOCIATION OF WATER; MOLECULAR DISSOCIATION; ATOMIC THEORY-KEELY'S; ONE SUBSTANCE; ODIC FORCE

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