There is no single answer for this. Many chemicals form crystals, and the chemical determines the nature of the crystal. If you know what kind of crystal, then you know its chemical nature. For example, common clear quartz crystals are made up of SiO2 or Silicon dioxide. Copper sulfate crystals have an entirely different shape and a deep blue-green color, and both are different from crystals of common table salt.
chemicals
Pentylone
Crystal Clear with perfectly balanced chemicals.
Methamphetamine is metabolized into other chemicals, and then excreted from the body in the urine.
Chemicals that promote crystal growth typically include a solvent for dissolving the crystal substance, a source of the crystal material itself, and sometimes a seed crystal to initiate growth. Common examples include salt, sugar, and alum in water solutions. However, the exact composition and conditions for growing large crystals can vary based on the specific crystal substance being grown.
Yes, which is why it's on the DEA's list of precursor chemicals.
Silicon, Plastics, Metal, Lead, Rosin, Crystal, Glass, and Chemicals in the battery.
Because they believe the chemicals are coming out their skin and so they dig and create scabns which they then smoke.
A colorless or white crystalline compound, NaCl, used in the manufacture of chemicals and as a food preservative and seasoning.
No, crystals are solid substances in which atoms are arranged in a repeating pattern, while crystal gardens are a DIY science project where crystals grow on a base material using a chemical solution. Crystal gardens are typically created by mixing chemicals to grow small crystal formations, while crystals are naturally occurring minerals with specific chemical compositions.
One possible reason for a Swarovski crystal turning black in a ring could be exposure to chemicals or harsh substances that caused the crystal to oxidize or lose its original color. It could also be due to the crystal being damaged or scratched, affecting its appearance.
Polystyrene typically exists in an amorphous state, meaning it lacks a crystalline structure. However, at very high pressures or with the addition of certain chemicals, polystyrene can exhibit a crystalline structure with a monoclinic crystal lattice.