They say whatever you do on the first day of a new year you will do frequently throughout the year. how about a good armchair discussion to test the theory?
In "Chemistry of Powder and Explosives, Vol. I", by Tenney L. Davis, published by Wiley, there is a description of chemical analyses done on the products of combustion when RLG brand black powder is burned.
In general, burning powder produced 42.98 percent of its weight of gases, 55.91 percent solids, and 1.11 percent water.
In detail, this is what is produced:
The gaseous products, by percent weight, are: Carbon dioxide-49.29, Carbon monoxide-12.47, Nitrogen-32.91, Hydrogen sulfide-2.65, Methane-0.43 and Hydrogen-2.19.
The solids by percent weight are: Potassium carbonate-61, Potassium sulphate--15.10, Potassium sulphide-14.45, Potassium thiocyanate-0.22, Potassium nitrate-0.27, Ammonium carbonate-0.08, Sulphur-8.74, and Carbon-0.08.
Of course, it's those solids we are interested in. Here's some info about water solubility and other bits of interest I was able to glean with a quick search of chemistry sites on the web:
Potassium carbonate... very water soluble. Described as "deliquescent, tends to liquefaction by attraction and absorption of water from the air" [sound familiar?]. Known also as potash or pearl ash, used in olden days as a leavening agent in bread.
Potassium sulphate... very water soluble
Potassium sulphide... water soluble
Potassium thiocyanate... very water soluble, deliquescent
Ammonium carbonate... water soluble, used in smelling salts and baking powder
Notice that the first three constitute 90.5% of the fouling, and that the bulk of the remainder is residual sulphur at 8.74%.
The only things you are likely to find in your barrel after the shot which are not water soluble are some left-over sulphur and carbon (charcoal), both neutral. Even most of that will be blown out the barrel. If any potassium nitrate from the unburned powder remains, it is water soluble, more so as the temperature of the water increases.
I see nothing here which requires alcohol, windshield wiper fluid, hydrogen peroxide, water soluble oil of any type, soap, acetone or any of the many, many other things I hear people advocating as cleaning agents.
Why is it that the vast majority of shooters feel it is absolutely mandatory to use some chemical cocktail to clean their bores when plain water is an excellent solvent for every bad thing in there?
This discussion is limited to 1 year, I'll start another next new year. :grin:
Spence
In "Chemistry of Powder and Explosives, Vol. I", by Tenney L. Davis, published by Wiley, there is a description of chemical analyses done on the products of combustion when RLG brand black powder is burned.
In general, burning powder produced 42.98 percent of its weight of gases, 55.91 percent solids, and 1.11 percent water.
In detail, this is what is produced:
The gaseous products, by percent weight, are: Carbon dioxide-49.29, Carbon monoxide-12.47, Nitrogen-32.91, Hydrogen sulfide-2.65, Methane-0.43 and Hydrogen-2.19.
The solids by percent weight are: Potassium carbonate-61, Potassium sulphate--15.10, Potassium sulphide-14.45, Potassium thiocyanate-0.22, Potassium nitrate-0.27, Ammonium carbonate-0.08, Sulphur-8.74, and Carbon-0.08.
Of course, it's those solids we are interested in. Here's some info about water solubility and other bits of interest I was able to glean with a quick search of chemistry sites on the web:
Potassium carbonate... very water soluble. Described as "deliquescent, tends to liquefaction by attraction and absorption of water from the air" [sound familiar?]. Known also as potash or pearl ash, used in olden days as a leavening agent in bread.
Potassium sulphate... very water soluble
Potassium sulphide... water soluble
Potassium thiocyanate... very water soluble, deliquescent
Ammonium carbonate... water soluble, used in smelling salts and baking powder
Notice that the first three constitute 90.5% of the fouling, and that the bulk of the remainder is residual sulphur at 8.74%.
The only things you are likely to find in your barrel after the shot which are not water soluble are some left-over sulphur and carbon (charcoal), both neutral. Even most of that will be blown out the barrel. If any potassium nitrate from the unburned powder remains, it is water soluble, more so as the temperature of the water increases.
I see nothing here which requires alcohol, windshield wiper fluid, hydrogen peroxide, water soluble oil of any type, soap, acetone or any of the many, many other things I hear people advocating as cleaning agents.
Why is it that the vast majority of shooters feel it is absolutely mandatory to use some chemical cocktail to clean their bores when plain water is an excellent solvent for every bad thing in there?
This discussion is limited to 1 year, I'll start another next new year. :grin:
Spence