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使用済みマグネシウム燃料をレーザーによりリサイクルする 镁 再生 太阳能激光器 激光精炼镁 应用物理快报 2006 年公告 今天最流行的镁生产方法是鸽子法。但是，这种方法使用 10 公斤煤来生产 1 公斤镁。这不允许镁成为煤炭的替代能源。东京工业大学 Yabe 名誉教授提出将自然能源转化为激光进行提炼，以更高的效率达到相同的纯度。这就是为什么激光方法如此出色的原因。 激光再生镁实验 有些人可能会认为使用激光进行精炼太昂贵了。实际上，即使在目前，它也不贵。半导体激光器如果量产，价格会大幅下降，因此未来设备成本会进一步下降。

テレビで放映された記録 使用逆变器（右下）将 12V 直流输出镁电池（中心）转换为 100V 交流电，为电视供电。下图中，电力和电视同时运行。

Home Desalination device without high salinity discharge 　　The population is expected to reach 9.73 billion by 2050, which will require 2.2 trillion tons of new water per year. Current equipment such as reverse osmosis desalination systems are forced to release seawater with high salinity, causing serious environmental damage in the surrounding waters. 　　We patented a device that produces only pure water and recovers substances contained in seawater as solids, and succeeded in manufacturing a testing machine. The device operates at low temperatures below the boiling point, works with solar water heaters and various waste heats, and is an environmentally friendly device. Four Major Technologies of Yabe Desalination 1. Evaporation at Low Temperature and Atmospheric Pressure 2. No Membrane used 3. Ultra-multistage in one stage container 4. Reuse latent heat Evaporation at Low Temperature and Atmospheric Pressure Ultra-multistage in one stage container Reuse latent heat Since a part of seawater is evaporated to pure water during this cycle, the same amount of new cold seawater should be introduced to the system, If the temperature of seawater is 20 degree centigrade, it must be raised to 40 degree but required energy is 4.2x20 J/g while latent heat of evaporation is 2400 J/g. Then required energy of this system will be 1/30 of latent heat. Then this system works economically with solar heating etc. Prototype device - Salt removed completely How to construct large system YouTube Video YouTube Video 在中国台州进行实验 2019 年 12 月 10 日 从日本运来的便携式设备，容量为 1 升/小时 。 污染（左）纯水（右） 改善现有设施 RO（反渗透）等普通海水淡化厂将高盐度和受污染的海水排放回海洋。 为了解决这个问题，we 建议使用我们的海水淡化装置。这个方案是named“Remora Strategy”。在RO中，3个海水输入转化为1个纯此外，纯水的产量增加了3倍，输出装置将废气转化为纯水，解决了污染问题。此外，纯水的产量增加了3倍。

手机充电器细节 12V、200W、400Wh 使用后，将燃料插入电池中并再次使用 12V DC 输出的镁电池（中心）通过逆变器（右下方）转换为 100V AC，为电视供电。 底部照片显示同时驱动灯泡和电视。 12V，150Wh

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マグネシウム循環社会の提案者をないがしろにして、自分たちが最初の提案者だと主張する人たちがいます。これを戒めるページです。 マグネシウム循環社会の提案者は？ 最近、マグネシウム循環社会を名乗る団体が散見されます。当社の先頭にありますように、これは２００５－２００６年に矢部東工大教授が提案したことは、世界的な文献で明らかです。学者であるならば、ちゃんとオリジナリティを尊重するべきでしょう。下記の２０１２年６月１１日の手紙のように、東北大本部の調査も入って、謝罪した後も、全く提案者を無視し、参考文献もあげず、論文ではないので、文献を参照する必要がない、と言いつつ自分たちが最初に提案したと主張する人たちが未だにいることは信じがたいことです。 矢部によるマグネシウム循環社会の歴史

阳光激光 激光精炼镁 应用物理快报 2006 激光可以在时间和空间上集中能量。通过这种集中，它可以移动装有水的宠物瓶，即使只有 5W 类似瓶子会随着这种蒸发而移动。 这对镁精炼也很有效。 激光细化镁实验 使用激光进行精修似乎很昂贵。但是，即使使用现有设备，估计成本也不会那么昂贵。众所周知，一旦开始量产，半导体就会变得非常便宜。

XPRIZE Team "Zero Waste Disposal Desalination" Desalination device without high salinity discharge 　　The population is expected to reach 9.73 billion by 2050, which will require 2.2 trillion tons of new water per year. Current equipment such as reverse osmosis desalination systems are forced to release seawater with high salinity, causing serious environmental damage in the surrounding waters. 　　We patented a device that produces only pure water and recovers substances contained in seawater as solids, and succeeded in manufacturing a testing machine. The device operates at low temperatures below the boiling point, works with solar water heaters and various waste heats, and is an environmentally friendly device. Four Major Technologies of Yabe Desalination 1. Evaporation at Low Temperature(60-80degree) and Atmospheric Pressure 2. No Membrane used 3. Ultra-multistage in one stage container 4. Reuse latent heat Evaporation at Low Temperature and Atmospheric Pressure Since the multi-stage flush method uses boiling, it is necessary to change the atmospheric pressure in order to achieve different boiling temperatures.In contract, evaporation can occur at atmospheric pressure and at any low temperature like steam from coffee cup. But the evaporation rate in this case is very slow. In order to accelerate the evaporation rate, we need to increase the surface area of water-vapor interface making fine droplets.In 1974, Yabe proposed to use the rotating drum to making fine droplets and the droplet size is inversely proportional to rotating speed. By properly designed the form of propeller, the size of mists becomes extremely fine as shown in the video below. Ultra-multistage in one stage container Reuse latent heat The latent heat of evaporation is enormous but the latent heat of condensation is the same amount. If we can use the latter to heat the evaporation, required energy for desalination becomes very small. However, heat cannot be transported from low temperature to high temperature. To overcome this difficulty, multi-stage method has been invented. Yabe found that the circulating pure water can be an alternative to this technique. The green arrows represent the circulating water. On the top part of the figure, circulating water gains energy from heat exchanger in condensation, On the bottom of the figure, circulation water gives this energy to seawater for evaporation. How to remove ingredients like salt If seawater continues to circulate inside the device, salt precipitates when salinity exceeds 20%. Only thing we must do is to simply scoop the salt mechanically. Fortunately salt appears only in the red circled part of the device, Less Energy Consumption than MVR (Mechanical Vapor Recompression) Since a part of seawater is evaporated to pure water during this cycle, the same amount of new cold seawater should be introduced to the system, If the temperature of seawater is 20 degree centigrade, it must be raised to 40 degree but required energy is 4.2x20 J/g while latent heat of evaporation is 2400 J/g. Then required energy of this system will be 1/30 of latent heat. Then this system works economically with solar heating etc. Prototype device - Salt removed completely How to construct large system YouTube Video YouTube Video 在中国台州进行实验 2019 年 12 月 10 日 从日本运来的便携式设备，容量为 1 升/小时 。 污染（左）纯水（右） 改善现有设施 RO（反渗透）等普通海水淡化厂将高盐度和受污染的海水排放回海洋。 为了解决这个问题，we 建议使用我们的海水淡化装置。这个方案是named“Remora Strategy”。在RO中，3个海水输入转化为1个纯此外，纯水的产量增加了3倍，输出装置将废气转化为纯水，解决了污染问题。此外，纯水的产量增加了3倍。

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