More explosives to the game would be really nice in future updates i mean its called powder toy for a reson also there havent been any explosive updates for long and i think the explosive part is the reson to play TPT and yes of couse the other electic and physics parts too but in base the explosives.
So the elements that " I " personally would enjoy (some of them are maybe suggested already)
1. Different types of combine able powders for making color full fires ( like Bengalic fires or flares http://en.wikipedia.org/wiki/Flare ). And by adding for types of powders that lights their own way it also gets fireworks way more customizable and good for the pyrotechnic part.
Example names :
Color | Compound name | Chemical formula | Notes | |
---|---|---|---|---|
Red | Strontium nitrate | Sr(NO3)2 | Common. Used with chlorine donors. Excellent red, especially with metal fuels. Used in many compositions including road flares. | |
Red | Strontium carbonate | SrCO3 | Common. Produces good red. Slows burning of compositions, decomposes yielding carbon dioxide. Fire retardant in gunpowders. Inexpensive, non-hygroscopic, neutralizes acids. Superior over strontium oxalate in absence of magnesium. | |
Red | Strontium oxalate | SrC2O4 | Decomposes yielding carbon dioxide and carbon monoxide. In presence of magnesium fuel, carbon monoxide reduces particles of magnesium oxide, yielding gaseous magnesium and eliminating the black body radiation of the MgO particles, resulting in clearer color. | |
Red | Strontium sulfate | SrSO4 | Common. High-temperature oxidizer. Used in strobe mixtures and some metal-based red compositions. | |
Red | Strontium chloride | SrCl2 | Common. Produces bright red flame. | |
Orange | Calcium carbonate | CaCO3 | Produces orange flame. Yields carbon dioxide on decomposition. Often used in toy fireworks as a substitute for strontium. | |
Orange | Calcium chloride | CaCl2 | ||
Orange | Calcium sulfate | CaSO4 | High-temperature oxidizer. Excellent orange source in strobe compositions. | |
Orange | Hydratedcalcium sulfate | CaSO4(H2O)x* | ||
Gold/Yellow | Charcoalpowder | C | ||
Gold/Yellow | Iron powder with oxygen basedcarbonOC12 | Fe+C | ||
Yellow | Sodium bicarbonate | NaHCO3 | Compatible with potassium chlorate. Less burning rate decrease than sodium carbonate. Incompatible with magnesium and aluminium, reacts evolving hydrogen gas. | |
Yellow | Sodium carbonate | Na2CO3 | Hygroscopic. Significantly decreases burning rate, decomposes evolving carbon dioxide. Strongly alkaline. Very effective colorant, can be used in small amounts. Corrodes magnesium and aluminium, incompatible with them. | |
Yellow | Sodium chloride | NaCl | Loses hygroscopicity on heating. Corrodes metals. | |
Yellow | Sodium oxalate | Na2C2O4 | Non-hygroscopic. Slightly reacts with magnesium, no reaction with aluminium. | |
Yellow | Sodium nitrate | NaNO3 | Also acts as oxidizer. Bright flame, used for illumination. | |
Yellow | Cryolite | Na3AlF6 | One of the few sodium salts that is nonhygroscopic and insoluble in water. | |
Green | Barium chloride | BaCl2 | ||
Green | Barium chlorate | Ba(ClO3)2 | Classic exhibition green with shellac fuel. Sensitive to shock and friction. Oxidizer. | |
Green | Barium carbonate | BaCO3 | Pretty color when ammonium perchlorate is used as oxidizer. | |
Green | Barium nitrate | Ba(NO3)2 | Not too strong effect. With chlorine donors yields green color, without chlorine burns white. In green compositions usually used with perchlorates. | |
Green | Barium oxalate | BaC2O4 | ||
Blue | Copper(I) chloride | CuCl | Richest blue flame. Almost insoluble in water. | |
Blue | Copper(I) oxide | Cu2O | Lowest cost blue colorant. | |
Blue | Copper(II) oxide | CuO | Used with chlorine donors. Excellent in composite stars. | |
Blue | Copper carbonate | CuCO3 | Best when used with ammonium perchlorate. | |
Blue | Basic copper carbonate | CuCO3·Cu(OH)2, 2 CuCO3·Cu(OH)2 | Occurs naturally as malachite and azurite. Good with ammonium perchlorate and for high-temperature flames with presence of hydrogen chloride. Not easily airborne, less poisonous than Paris Green. | |
Blue | Copper oxychloride | 3CuO·CuCl2 | Good blue colorant with suitable chlorine donor. | |
Blue | Paris Green | Cu(CH3COO)2.3Cu(AsO2)2 | Copper acetoarsenite, Emerald Green. Toxic. With potassium perchlorateproduces the best blue colors. Non-hygroscopic. Fine powder readily becomes airborne; toxic inhalation hazard. Used in majority of Japanese blue compositions as it gives very pretty color. | |
Blue | Copper arsenite | CuHAsO3 | Almost non-hygroscopic. Almost as good colorant as copper acetoarsenite. Toxic. Can be used with chlorate oxidizers. | |
Blue | Copper sulfate | CuSO4·5 H2O | Can be used with nitrates and perchlorates. Acidic, incompatible with chlorates. With red phosphorus in presence of moisture liberates heat, may spontaneously ignite. Less expensive than copper acetoarsenite. Anhydrous copper sulfate is hygroscopic, can be used as a desiccant. With ammonium perchlorate produces almost as pretty blue color as achievable with copper acetoarsenite. | |
Blue | Coppermetal | Cu | Rarely used, other compounds are easier to work with. Yields pretty blue color in ammonium perchlorate based compositions; but reacts with ammonium perchlorate and liberates ammonia in presence of moisture. The composition must be kept dry. | |
Purple | Combination of red and blue compounds | Sr+Cu | ||
Purple | Rubidiumcompounds | Rb | rarely used | |
Silver/White | Aluminiumpowder | Al | ||
Silver/White | Magnesiumpowder | Mg | ||
Silver/White | Titaniumpowder | Ti | ||
Silver/White | Antimony (III) sulfide | Sb2S3 | ||
Infrared | Caesium nitrate | CsNO3 | two powerful spectral lines at 852.113 nm and 894.347 nm | |
Infrared | Rubidium nitrate | RbNO3 |
The source of this list here is :http://en.wikipedia.org/wiki/Pyrotechnic_colorant
PART 1
uses?
PART 2
There is also a need so just add some simple combines to the game just to make it more realistic.
So here some examples:
----- Not really and combination -----
Black powder should be added and can burn whit contact of wax like a fuse but in higher pressure it explodes like a bomb Info :
Gunpowder, also known since the late 19th century as black powder, was the first chemical explosive and the only one known until the mid-1800s. It is a mixture of sulfur, charcoal, and potassium nitrate (saltpeter)—with the sulfur and charcoal acting as fuels, while the saltpetre works as an oxidizer.[2] Because of its burning properties and the amount of heat and gas volume that it generates, gunpowder has been widely used as a propellant in firearms and as a pyrotechnic composition in fireworks.
Gunpowder is classified as a low explosive because of its relatively slow decomposition rate and consequently lowbrisance. Low explosives deflagrate (i.e., burn) at subsonic speeds, whereas high explosives detonate, producing asupersonic wave. Gunpowder's burning rate increases with pressure, so it will burst containers if contained but otherwise just burns in the open. Ignition of the powder packed behind a bullet must generate enough pressure to force it from the muzzle at high speed, but not enough to rupture the gun barrel..........
Source :http://en.wikipedia.org/wiki/Black_powder
I Hope that will do it, and i really hope i see this soon becuse this is what makes people play or sry for saying bad of the technic and so part i really like that too but now is it time for some updates to the explosives
// Pyropro
// Plz define what you meant whit "uses?"