CHEMALLOY – A New Alloy for the Science Student
塞洛伊Was Developed in 1951作为一款无流动铝焊接合金，通过将锌和铅在原料芥酸酸存在下，在1500°F的温度下最初的爆炸性，今天该过程减少到剧烈沸腾并延长到五分钟，通过使用多孔铜渣和细碎的木炭。什么使用Chemoloy可能超出本文中概述的那些只能猜到。
本专利物质最初被认为是焊接合金，具有抗摩擦性能，将巩固土壤，提高种子萌发，刺激喘气的生长，会发电，以及????
焊接铝之间有什么关系，促进哈克伯利斯的生长很难看到 - 在最广阔的观点中，科学家们说，所有事情都在某种程度上相互关联。Chemolloy，似乎似乎支持这种观点。
将一个浮雕杆放入普通水中（图1 [图[无法使用]），并且您的电池电量为0.55伏电位，只要杆保持湿，就会产生足够的电力以操作电压表，毫安计或示波器。在不同的液体中，对于某些类型的辣味酱，电压从石油的几乎零变化到1.1。
作为轴承材料，在固体干燥状态下的Chemoloy在没有冷却剂或润滑剂的情况下承受摩擦。
塞洛伊powderized to about 1,000,000 particles per pound exhibits the same elecritical properties (Fig. 2) as the solid rod. Here it generates slightly more than 0.5 volt, and in addition decomposes the water, liberating hydrogen.
This process is further examined in Fig 3. First fill three graduated cylinders with water, one cold, the second warm, and the third hot. Add equal amounts of Chemalloy to each graduated cylinder. Instantly, the graduated cylinder containing hot water liberates hydrogen (Fig. 3A).
Heat is generated by the reaction so that with the passage of a few minutes (Figs. 3B and C) the three graduated cylinders are equally warm and hydrogen production in all three is the same.
One of the most significant uses of powdered Chemalloy may be the warming and loosening of soils that are too cold or compact for optimum seed generation and plant growth. The warming and areation of soil on a laboratory basis is shown in Fig. 4. A sample of dry soil is placed on top of powdered Chemalloy in a glass case. Note the temperature rise from 94º F. to 126º F. Voltage remains approximately at .6.
从这一点开始，电压将保持恒定，但土壤温度会下降，最后在环境温度高于4度的点稳定下降。电动作用将继续，并将在这种情况下产生温暖。迄今为止，已观察到七年连续七年以发电在水中发电的能力，并且没有众所周知。液体，而不是金属是消耗的物质，必须更换。
加拿大艾伯塔省省园艺站总结了种子萌发的实验，如下：
| %germinated | %germinated | |
| Vegetable | （化学。治疗） | （未经治疗） |
| Cucumber | 50. | 16 |
| 红甜菜 | 96 | 70 |
| Lettuce | 64. | 34 |
| 韭葱 | 86. | 54. |
| Carrot | 68. | 32 |
监督该实验的助理监督表明，加塞合金粉末的添加导致种子的萌芽和较大的百分比发芽。在处理过的种子的情况下出现后植物的初始生长也更快。
对于野外作物，Chemolloy以每亩1至5磅，在行或山丘中施加一到5磅。它不是在整个场地区域上播出，因为这会浪费材料。它需要埋葬，因为在干燥时它会接触土壤水分。
The peach and nectarine trees in Fig. 5 were planted in poor compact clay soil in El Cajon, Calif., and stands in sharp contrast to anything else in the area having grown in 1-1/2 years to the height shown from 1-in. diameter stubs.
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