Smokeless powder is made starting with nitroglycerine and nitrocellulose. Due to poor handling of those materials, and the strong acids used to make them, land areas near those factories became polluted, with pollution moving into the groundwater.
Yes, blackpowder is sometimes used as a propellant to ignite larger charges of smokeless powder in modern naval artillery systems, particularly in some older designs. This method, known as "black powder ignition," helps ensure a reliable and consistent ignition of the smokeless powder. However, most contemporary naval weapons systems primarily utilize smokeless powder directly, as advancements in propellant technology have largely made blackpowder unnecessary for modern artillery.
none, all the combatants of WW1 had already completely switched to smokeless powders.
it was invented by a Frenchman Claude-Etienne Minié. The name is often erroneously spelled "mini" but it has nothingto do with size.In fact many military firsts were French inventions: smokeless powder, the small bore repeating smokeless powder rifle, the automatic battle rifle, and the semi-automatic battle rifle were all issued by the French before anyone else.
There are two kinds of gunpowder, "black powder" and "smokeless powder." I put them in quotes because all gunpowder is black, and all of it smokes when it burns. Both are used in modern warfare. Black powder is primarily used as a delay element in other explosives. If you want to build an explosive device that has a time delay between initiating the explosion and the explosion occurring - hand grenades are a prime example - you put a column of black powder between the initiator and the explosive. Smokeless powder is the propellant in every rifle, shotgun, pistol, shoulder-fired rocket, artillery round, etc., etc., etc., used in the world today.
Nothing was used in place of gunpowder during the Civil War. Gunpowder was made and used extensively by both sides. During the Civil War the guns used black powder for propellant. Modern guns use smokeless powder, which has a completely different chemical composition.
It didn’t affect society. Not all things do.
what little smoke that is generated by smokeless powder cartridge,s,hence the name smokeless powder does not effect the ozone.
Do not attempt to do load with smokeless powder.
There are approximately 15,432 grains in a gram of smokeless powder.
Black powder is much weaker than smokeless powder. Smokeless powder, for this reason, once invented(much after black powder), replaced black powder in guns. However, black powder is still used in fireworks because the extreme explosive power of smokeless powder would prove too dangerous in fireworks.
Approximately 7,000 grains of smokeless powder are in 1 pound.
there are several typed of powder the most common are black powder and smokeless powder. black powder is very corrosive and burns slower com paired to smokeless and just by the name there acepinaly more smoke were as smokeless gun powder is stronger and faster and cleaner.
When using a muzzle loading gun it is important to ensure that it can handle modern smokeless powder because of the greater amount of force produced by smokeless powder as opposed to using the black powder that the muzzle loader was intended for.
Pour poudre vives means it was made for smokeless powder (not for black powder, in other words it was made after smokeless powder came into common use).
No. In general you should never use smokeless powder in a firearm designed specifically for black powder. To do so may be very dangerous. If in doubt, have the gun inspected by a qualified gunsmith and only fire smokeless powder in the gun if a properly qualified gunsmith tells you it is safe to do so.
Using smokeless powder in a muzzleloader designed for black powder can cause serious injury or death due to the higher pressure and faster burn rate of the smokeless powder. It can lead to catastrophic failure of the firearm. It is important to always use the type of powder recommended by the manufacturer for your specific muzzleloader.
It is crucial to ensure that your muzzleloader can handle modern smokeless powder because using the wrong type of propellant can lead to dangerous malfunctions, such as blowouts or explosions. Traditional black powder and smokeless powder have different combustion characteristics and pressure levels; smokeless powder generates significantly higher pressures. Muzzleloaders not designed for smokeless powder may not withstand these pressures, posing serious safety risks to the shooter and bystanders. Always consult the manufacturer’s guidelines before using any modern propellants.