Hence on the basis of two to four pounds of plutonium per ton of uranium metal, it would require the mining and processing of only 2 tons of Belgian and Canadian ore to obtain that amount as compared with 34 tons for the ore from Czechoslovakia, and a larger amount for the Saxon ore. To make a bomb containing 22 pounds of plutonium would thus require us to mine and process from 11 to 22 tons of ore, whereas Russia would need from 187 to 374 tons. For a bomb requiring 66 pounds, the amount, of course, would be correspondingly tripled, reaching a possible figure of 1,122 tons of ore to produce one A-bomb, as compared with a maximum of no more than 66 tons of the ores available to us. In a state employing slave labor and heedless of the wastage of human lives, the production cost does not count. But even Russia’s manpower is not unlimited, and workers removed from other lines of production must inevitably hurt the economy. This factor must put a definite limit to Russia’s capacity to produce A-bombs and will make it very difficult, if not impossible, for her to produce a large stockpile in a short time. When it comes to producing an H-bomb, the disparity between ourselves and Russia assumes astronomical proportions. It takes 80 pounds of uranium 235 to produce one pound of tritium. Since, as we have seen, there are only 14 pounds of U-235 in a ton of natural uranium metal, this means that 5.7 tons of uranium metal would be required, assuming one hundred per cent efficiency of utilization, which is out of the question. On the basis of figures already given, it can be seen that we would require the mining and processing of only 11.4 tons of ore whereas Russia would have to use as much as 194 tons to produce that single pound of the element which, as the facts cited earlier appear to demonstrate, is vital for the construction of a successful H-bomb.