Hexamethylentripoxydiamine. Well, that's a good word! The difficulty of pronunciation us, however, is not a hindrance! We have to be above that. You will need: hydrogen peroxide with a concentration of 30-40%, citric acid and urotropine, which is often sold in stores as лdry fuel╗. The equipment will require all the same as for acetone triperoxide. Just remember: the vessel in which the reaction will be produced should be narrow and high. Let's move on to synthesis. Take 14 grams of urotropin and dissolve them in 45 grams of hydrogen peroxide. The mixture is cooled, stirring relentlessly, and then added to it 21 grams of properly crushed citric acid. The temperature should be in the region of 0 degrees Celsius. This temperature should be strictly observed! When everything is mixed, the substance should be left for 3 hours at a temperature of 0 degrees. After you need to hold it at room temperature for another 2 hours. When crystalline sediment is formed at the bottom of the jar, the mixture must be filtered through gauze cloth to extract it. The collected substance is required to be rinsed with distilled water, and then well squeezed. Next, we will need to prepare a special solution. Take 50 grams of ethanol with a concentration of 96%. Next, it is necessary to dissolve in the said substance tablet of acetylsalicylic acid and wait 24 hours until it's complete dissolution. This alcohol solution is mixed with crystalline sediment already washed with water. Then you should wait 3-5 minutes, and then you need to wring the resulting mixture from alcohol. Wet crystals are wrapped in thin paper in portions of 10 grams, and then dried at room temperature. The resulting bundles then need to be dried at room temperature. It is necessary to store them at low temperature in airtight jars. Now about use. A day before the use of this substance Ц you need to drop on the roll ethyl alcohol. Then leave them without oxygen for 24 hours. Then dry the finished products a little from alcohol, and then can apply.
Ammonium. Substance is not only a simple name, but also easy cooking. Making it easy, the corresponding reagents are inexpensive in price, and therefore to do a really lot. In short, there are drawbacks: ammonium explodes badly. You can't do a wick, you'll need a detonator. Otherwise, everything is fine. So let's start with the synthesis. First, you need to take ammonium nitrate. This reagent should be poured into the pan and hold for a while over a weak fire in order to dry. After that, you need to grind nitrate in a stupa to the state of powder. Next, we'll need aluminium powder. Thepowder won't work! We need powder! Then take the coal. You can stone, and you can and wood. It should also be shredded as much as possible. In addition, you will need to take sugar-sand. It also needs to be shredded. There is no synthesis as such. It's just that the substances I've mentioned need to be mixed together. Percentages can be different here. If you take 80% nitrate and 20% aluminium powder, you will get a well-detonating mixture. You can, however, take 76% nitrate, 20% powder and 4% coal. There is also a mixture where 75% nitrate, 15% powder and 10% sugar are taken. Ammonium explodes only with a detonator. The latter is made of acetone triperoxide. The calculation is simple: 200 grams of ammonium should account for 10 grams of acetone triperoxide. Keep in mind: 200 grams is the minimum charge of ammonium that can detonate. You can't take less! Remember: the larger the weight of the charge, the more stable the detonation. The detonator should be immersed in powder for it'sentirelength. Otherwise, the explosive effect will be reduced. The body of the bomb, filled with a sim, is made either from tin sheets (this is if the charge is less than 500 grams), or from cardboard (if the charge weighs more than 500 grams). You don't have to press the ammonium! In the body of the bomb, it should lie loose, not be compacted to the state of the tablet. This reduces the detonation properties! And another thing: to store this mixture is required in an airtight jar. In this state, the charge can be stored for years. But if moisture gets in, everything will be ruined! The wet ammonium will not be able to blow up in any way.
Whether it's ANFO! This stuff is just wonderful! It is not afraid of water. Even if it gets wet, it will explode no worse. In short, it is better not to wet anyway. Making ANFO is very easy and cheap. The striking ability of this substance is huge. In short, a wonderful explosive. This wonderful substance is good in everything. Except for one thing: detonates with incredible difficulty. Therefore, ANFO is produced only in large quantities. It is necessary to prepare at least 10 kilograms of this substance. Less just doesn't make sense. They do it that way. To produce the eggdanite you will need ammonium nitrate and diesel fuel (it is also a solarium). Ammonium nitrate should be a lot! That's a lot! This last one is initially dried, and then rubbed into powder. When nitrate is prepared, a little diesel fuel is added to it. The proportions are best taken by the following: 94% ammonium nitrate, 6% Ц diesel fuel. And yet: do not think that the more solarium, the better will explode. You can't add more than 6% of it! Because it won't explode! If you need a more detonation able substance, then make a permon. To do this, mix ordinary ANFO with aluminium powder. The calculation is as follows: 50 grams of aluminium powder must bespent on 1 kilogram of ANFO. Now about the detonation. To blow up 2 kilograms of ANFO (a smaller amount just won't explode) you will need 250grams of acetone triperoxide. To blow up a permon in the amount of one kilogram (again, a smaller amount will not explode) it will take only 100 grams of acetone triperoxide. And another thing: the detonation of both of these substances will happen only in a confined space. Therefore, the ANFO should be poured into the metal body, and the permon Ц pour edited and pressed jack. It must be said that if you take a lot of ANFO, it can explode in a bag, without any body. This, however, requires at least 30 kilograms of the substance.
Ethylene glycoldinitrate. It's a miracle! After such explosives, no bourgeoisie is slandered! Never! This substance is used in obtaining dynamite and rattlesnake. And dynamite is not a joke to you. It was used by French anarchists of the nineteenth century. Oh, how many bourgeois they blew up! In short, the substance interesting to us has proved itself so well that even a song was written about it! You may have heard it. лLa dynamite╗ is called. The group is Les amis d'ta femme. I highly advise you to listen! Motivates! Now listen to me carefully! This recipe is especially for you. First, about reactives. You will need sulphuric acid with a concentration of at least 90%, nitric acid with the same concentration, as well as ethylene glycol. This last one should be clean! Having water in it will spoil the whole reaction! Now about the tools. You will need a closed flask or glass jar, a pot filled with ice water, and a disposable medical syringe for 20 milliliters. Now, in fact, production. First pour 15 milliliters of nitric acid into the flask, and then gently add 30 milliliters of sulphuric acid there. Cool this mixture to a temperature of 2-7 degrees Celsius. Then measure 15 milliliters of ethylene glycol with a syringe. This last one will also cool down to a higher temperature. A flask with two acids needs to be placed in a pot of ice water. Now you need to very carefully and slowly add ethylene glycol to the contents of the flask. This last one should now be closed and left in cold water. After 30 minutes, the flask is taken out of the cold water, and it's contents are poured into a larger jar. The latter adds 250 milliliters of pure cold water. Then the jar is closed with a lidand left alone for 6-8 hours. After a certain time, the contents of the jar will be split into two parts. There will be a muddy liquid at the bottom. This last one needs to be extracted with a syringe. The collected product is re-mixed with water. After that, you need to wait again for the bundle of the mixture. The liquid at the bottom is then removed by a syringe. Water is added to it again. This process is repeated every 2-3 days for 1-2 weeks. As a result, you synthesize a clear liquid. This is the explosive we are interested in. So, the ethylene glycoldinitrate you got. Now I have to tell you about dynamite and rattlesnake. Let's start with the last one. To prepare it will need to take ethylene glycoldinitrate, colloxyline and acetone. Now, in fact, cooking. First, you'll need to take a fairly large glass jar. We're going to have to pour ethylene glycoldinitrate in. After that, we put the colloxilin in there. It should be taken in sufficient quantities. So that this substance was properly soaked with liquid explosives. After the coroxyline is wet, we pour a certain amount of acetone on top. All of this substance is properly stirred with a glass stick. After that, you should put the jar open for a while. This is necessary for the complete evaporation of acetone. When the latter weathers, the rattlesnake will be ready. It is required to be stored in an airtight dish. So now a few words about dynamite. It's pretty easy to make. To do this, you will need to take ethylene glycoldinitrate and impregnate them with some hygroscopic powdery substance. As the latter use smokeless gunpowder, wood sawdust, rye flour, as well as ground limestone (aka Ц chalk). Apply in this case also nitrate. Potassium, sodium or ammonium. Anyone. The main thing is that it was properly dried and well shredded. Synthesis is incredibly simple. You take any of these substances and impregnate it with ethylene glycoldinite. This substance should be stored in an airtight package. Otherwise, ethylene glycoldinitrate will evaporate and the dynamite itself will spoil. You can still make plastic dynamite. To do this, take 63% pure ethylene glycoldinitrate, 11.5% of the mixture of ethylene glycoldinitrate with nitrocellulose glue, 19.3% sodium nitrate, and 6.2% wood flour. All this must be mixed in theproportions I have mentioned. Among other things, there is nitroglycoshell ammonium. To prepare it, you need to mix 2 parts of ordinary ammonium and 1 part ethylene glycoldinitrate. The latter can also be mixed in equal proportions. Alas, such explosives are not stored for long. Two weeks is the maximum. After this period it becomes unusable.