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首页> 外文期刊>Journal of Geoscience and Environment Protection >Magnetic Sources of Gold and Freshwater Rivers: Using Ultra-Strong Magnets in the Production of Freshwater and Gold Fishing from Salty and Freshwater Currents
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Magnetic Sources of Gold and Freshwater Rivers: Using Ultra-Strong Magnets in the Production of Freshwater and Gold Fishing from Salty and Freshwater Currents

机译:金色和淡水河流的磁性光源:在咸水和淡水电流中使用超强磁铁生产淡水和金捕鱼

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The research studies the least expensive ways to produce freshwater from the sea and extract gold, by taking advantage of the characteristics of seawater with a high density compared to the lower density of freshwater, and different estimates of the amount of gold present in seas and oceans (between 10 - 30 grams per 1 km~(3)) and the total volume of gold in the sea (between 15 - 45 thousand tons), which will often be more than that due to the continuous sedimentation from the rivers, and the gold contains impurities that are attracted to the magnet, and therefore it is possible to catch it by means of “super strong magnets”; its strength reaches 1000 tons; it is placed at the bottom of a designated basin, so that the gold is attracted to the bottom, and the most saline types of water are deposited at the bottom, and freshwater floats to the top (by 1/4), and this is done by allocating a separate building to the magnet and large areas around it, and designing a water course dedicated to that, and lakes to collect Seawater and pass it on the magnet, which will cause the formation of lakes for freshwater, and other lakes for types of seawater minerals, and it is also possible to use “super-strong magnets” to attract gold from river water and seas, and from the tailings of gold mines, and it will eventually cause Providing huge quantities of freshwater to be used in agricultural and industrial expansion and the establishment of new societies, and gold is gradually turning into a commonly used metal just a “yellow stainless metal”.
机译:该研究通过利用与淡水的较低密度相比,利用高密度的海水特性,以及海洋和海洋中存在的黄金量的不同估计,通过利用海水的特点,研究了从海水和提取金的淡水和提取金的较低的方式。 (每1公里10-30克〜(3))和海洋中的金总量(15至45万吨),这通常是由于河流的持续沉淀而不是金含有吸引磁铁的杂质,因此可以通过“超强磁铁”来捕获它;它的强度达到1000吨;它放置在指定盆地的底部,使金被吸引到底部,并且最盐水类型的水沉积在底部,淡水漂浮到顶部(1/4),这是通过将单独的建筑物分配到磁铁和周围的大区域,并设计专用于此的水路,以及湖泊收集海水并将其传递给磁铁,这将导致淡水和其他湖泊的形成海水矿物的类型,也可以使用“超强磁铁”,从河水和海洋中吸引金子,以及从金矿的尾矿,最终将导致农业中使用大量淡水和工业扩张和建立新社会,而黄金逐渐变成常用的金属只是一种“黄色不锈钢”。

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