Fireworks commonly used materials: characteristics of magnesium aluminium alloy powder English name Magnesium; molecular formula for A13Mg, molecular weight of...
推荐Commonly used materials for fireworks: 11. Properties of sulphur yellow
Fireworks commonly used materials: 11, the properties of sulfur yellow English name sulfur; molecular formula for S, molecular weight of...
推荐Materials commonly used in fireworks: 10. Properties of potassium dichromate
Fireworks commonly used materials: 10, the properties of potassium dichromate English name potassiurn dichromate; molecular formula for KeCr2O,, molecular weight...
推荐Commonly used materials for fireworks: 9. Properties of Red Dan
Fireworks commonly used materials: 9. Properties of red Dan English name lead tetroxide : molecular formula for Pb3O,, molecular weight...
Properties of commonly used fireworks materials 6, silver nitrate
Six, the properties of silver nitrate English name silver nitrate; molecular formula for AgNO3, molecular weight of 169.87. Physicochemical properties....
The world-renowned Japanese Art Fireworks
It is said that the first person to view fireworks in Japan was Tokugawa Ieyasu, and since that time Mikawa...
推荐Properties of commonly used fireworks materials 5. strontium nitrate
V. Properties of strontium nitrate English name strontium nitrate; molecular formula for Sr (NO), molecular weight of 211.63. (1)...
推荐It’s amazing how many types of fireworks there are! Types of fireworks, types of fireworks
According to the structure of fireworks products and the form of movement after the fireworks will be divided into the...
推荐Characterisation of barium nitrate, widely used in fireworks.
Properties of barium nitrate English name: Barium nitrate; Molecular formula: Ba(NO3)2; Molecular weight: 261.34; (1) Physical and chemical properties. Appearance...
推荐Fireworks commonly used materials 3, the properties of potassium nitrate
Third, the properties of potassium nitrate English name potassium nitrate; molecular formula for KNO,, molecular weight of 101. 10. ...