What does an inorganic chemist do?
Inorganic chemist works with compounds that are predominantly based on minerals, while organic chemistry is focused on carbon compounds of generally biological origin. Although 20,000,000 organic compounds have been identified since 2011, much less inorganic compounds have been identified or produced in the laboratory. Many inorganic compounds are theoretical and do not exist in nature. Inorganic chemist is therefore interested in a large group of oxides and sulphides found in the Earth's crust and the synthesis of new inorganic chemicals. Inorganic chemistry can be freely defined as involved in the chemical synthesis of any compound that is not a carbon atom covalently linked to another atom of common biological origin, such as oxygen, hydrogen or nitrogen. Because the properties of many metals include their crystal structure, the Mayan chemist May work in the field of crystallography and electronics research, for example in the development of a semiconductor silicone. Synthesis of superconducting materials, whoPosites and high quality ceramics include top research in inorganic chemistry for the same types of materials.
As inorganic chemical research is focused on material properties, these scientists are more associated with physics and engineers in industry than organic chemists who have closer links to environmental research and living systems. Chemists who work with inorganic materials are also more common in laboratories who conduct basic research in fields such as nuclear energy and electronics in solid state, or discover new chemical catalysts or fuels. When an inorganic chemist is employed by a government or large corporations, he often carries out pure research by identifying new compounds and interaction, but more often concerns practical improvements in currently produced synthetic materials.
The field of research on materials has greater demand for inorganic chemistEven than other traditional areas such as mining and computer research. Material science also attracts physics and chemical engineers who work closely on projects with an inorganic chemist. All are devoted to understanding the properties and structures of materials. The role of chemist in material science is to understand these properties to predict and then synthesize new compounds.
Science polymer is a large subgroup of material sciences for an inorganic chemist and includes the synthesis of plastic materials as well as the production of coatings and adhesives. Another small, albeit rapidly growing, is in the research of ceramics that focuses on the atomic level and high-tech applications such as thermal shields of silicon carbide for spacecraft and advanced automotive diameters of the turbine engine. Governments, such as US governments, are now employing inorganic chemists to research methods of obtaining metals from waste flows for aviation companies that use many heavy metals in the production of aircraft and parts.