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take one CO2 cardige and empty it
use a nail to widen the hole in the top
fill the empty tank wiht gun powder
run a fuse into the hole
now fill tape shut the bottom a a cardboard tube and fill it with powdered aluminum
place the CO2 canister in the tube with the aluminum and tape sut leaving fuse exposed
put it somewhere out in the open, light it and run for your life
it will definetly kill anything within a 5 foot radius
if you think thats bead then whatch it go off its so cool
what you need:
Iron oxide powder( can purchase at the store)
Pure Aluminum Powder
you mix these two ingredients in equal amounts. let sit for 24 hours to make a chemical bond. then light with a magnesium ribbon. this powerful stuff will burn at 6,000 degrees ferinhight. this you can use for many things like making glass from sand or anilating any thing you want like a police car. have fun!
what you need:
1 box of stirofoam packing peanuts
1 jar of gasoline
first you grab the jar of gasoline and put in a well ventelated area. then disolve as many packing peanuts as you can. Remeber that this will take a lot of packing peanust. after the gasoline will not disolve any more, you then let it ferment for 2 hour. then it is ready to use. Be Careful and have fun!
The first step is to prepare the magnetite, which will be the source of the magnetic particles in the Ferro fluid. First reduce ferric chloride (FeCl3) in PCB etchant to ferrous chloride (FeCl2), which will be used to make magnetite. Commercial PCB etchant is usually 1.5M ferric chloride, to yield 5 grams of magnetite.
Next, magnetite will be precipitated from the ferrous and ferric chloride solutions. Add 20 ml of PCB etchant (FeCl3) to the green solution (FeCl2). FeCl3 and FeCl2 react in a 2:1 ratio. The concentration of the FeCl2 just prepared is half that of the FeCl3 (because the water was added), so equal volumes will give the desired ratio.
The next step is to take the magnetite and suspend it in the carrier solution.
Next, the magnetic particles need to be coated with a surfactant, so that they won't stick together, even in a magnetic field, and suspended in a carrier, so the magnet will be fluid.
Stir the suspension until most of the black coloration has left the water and has been transferred into the kerosene. Magnetite and oleic acid are insoluble in water, while oleic acid is soluble in kerosene. Stirring the mixure allows the coated particles to leave the aqueous phase in favor of the kerosene.
You will need 3 chemicals to make Black Powder, they are: Potassium Nitrate, Sulfur and Charcoal. Stay away from very low grade materials like "Dusting Sulfur" and Bar-B-Que Charcoal Briquettes. The Charcoal you use in a BBQ is not pure Charcoal. It contains other materials and chemicals that are designed to keep the material burning evenly and for a long time, but it will make lousy Black Powder. If you use low quality chemicals, you will undoubtedly get low quality Black Powder.
The following is the standard formula for Black Powder:
| Black Powder | |
|
Potassium Nitrate |
150 grams |
|
Charcoal Powder |
30 grams |
|
Sulfur |
20 grams |
silver nitrate is used for making flash powder and light sensitive silver paper.
what you need:
2 oz. fine silver
2 cups white fuming nitric acid
first dissolve the silver in the acid. this will take anywhere from hours to days depending on how strong the acid is. then evaporate the rest of the remaning liquid. this will leave you with granulated silver nitrate.
dragons breath is a highly flamible substance.
what you need:
2 cups lycopodium powder.( lycopodium is a plant which grows just about anywhere. you can dry it and powder it with a mortar and pestle. it must be really fine though.) /Lycopodiaceae/Lycopodium/L%2520inudata%2520plant%2520RK%2520.jpg)
1/2 cup gasoline
just mix these two ingredience and then let fully dry in the sun. this can easly catch fire so be carful. be creative!
|
"Negative X" |
|
Ammonium Nitrate |
14.0 g |
|
Ammonium Chloride |
1.5 g |
|
Zinc Dust |
34.5 g |
|
This is a mixture that we used to call "Negative-X" when we were kids, but I'm sure it's known by other names. It is the basis of the "Water Starts a Fire" experiment. |
|
White Strobe Composition |
|
Barium Nitrate |
51.0 g |
|
Potassium Nitrate |
7.0 g |
|
Sulfur |
19.0 g |
|
Magnalium |
18.0 g |
|
Dextrin |
5.0 g |
|
Mix the components well and add just enough water to where the mixture will stick together when squeezed between 3 fingers. Surprisingly this mixture will work well even when it's still damp. Pressing a small amount into a small pyramid and lighting the top with a torch produces dazzling, bright white flashes. |