Industrial, petrochemical, environmental and organic chemistry all apply to some extent with economics. In fact, every reaction that involves useful products can be scaled up to a marketable, profitable and industrial investment.
Heterocyclic compounds are named similar to common organic compounds, with the heteroatom contributing to the name. The parent ring is indicated first by the number of carbons in the ring followed by the name of the parent compound. The heteroatom is then specified in brackets with its location in the ring. Prefixes and suffixes can indicate various substitutions on the ring.
Creating a simple heterocyclic compound typically involves step-wise synthesis: Start with appropriate starting materials, such as a ketone or aldehyde, then introduce a heteroatom-containing compound like an amine or thiol to form a cyclic structure. For detailed instructions, I recommend referring to organic chemistry textbooks, research articles, or laboratory manuals for specific heterocyclic compound syntheses.
Industrial chemistry primarily deals with manufacturing compounds on a commercial scale and economic scale for large-scale production in industries. Typically, laboratory work focuses on research and development of new compounds, while micro-scale production may involve small-scale testing or pilot projects before full-scale production.
There actually three(3) branches . They are :- ORGANIC ; Chemistry of carbon compounds. INORGANIC ; Chemistry of non-carbon compounds (The rest of chemistry) PHYSICAL ; Chemistry involved, with heat , light, energy, calculations, stoiciometry.
Inorganic chemistry does not focus on compounds that contain C-H bonds. Instead, it primarily deals with compounds that do not contain carbon-hydrogen bonds, such as metallic compounds, minerals, and coordination complexes.
Avery A. Morton has written: 'The chemistry of heterocyclic compounds' -- subject(s): Heterocyclic compounds 'Laboratory technique in organic chemistry' -- subject(s): Laboratory manuals, Organic Chemistry
Andre Rosowsky has written: 'The Chemistry of Heterocyclic Compounds, Azepines' 'Azepines Part 1. (Chemistry of Heterocyclic Compounds Volume 43 pt. 1)'
Some organic molecules contain rings of atoms. The atoms of the ring may be all carbons, or contain an element such as S, N, O, P, etc. We call the compounds heterocyclics if these elements are part of a ring. For example, THF is a molecule that is heterocyclic, has 4 carbons and an O to make a 5 membered ring. Dioxin has 2 Oxygens and 4 carbons. These heterocyclic compounds display some wonderful reactions. Heterocyclic chemistry still follows the rules of organic chemistry, but other atoms are involved. Dr Jim Romano CEO Orgoman.com
Q. N. Porter has written: 'Mass spectrometry of heterocyclic compounds' -- subject(s): Heterocyclic compounds, Mass spectrometry, Spectra 'Mass spectometry of heterocyclic compounds'
Heterocyclic compounds play important roles in biological processes as they are found in many essential molecules such as nucleic acids, vitamins, hormones, and enzymes. They often exhibit diverse pharmacological activities and are commonly used as the core structures in drug design and development. Additionally, heterocyclic compounds are involved in various metabolic pathways within living organisms.
The benefits of heterocyclic compounds are that the molecules form cycles that bond. Heterocyclic compounds are a common ingredient in medications or drugs.
Kenneth Schofield has written: 'Heterocyclic compounds' -- subject(s): Heterocyclic compounds 'Hetero-aromatic nitrogen compounds' -- subject(s): Pyridine, Pyrrol, Pyrrole
Heterocyclic compounds may be aromatic (3 double bonds in the cyclic structure) or nonaromatic.
Angelo Albini has written: 'Handbook of synthetic photochemistry' -- subject(s): Photochemistry, Organic compounds, Synthesis 'Heterocyclic N-oxides' -- subject(s): Heterocyclic compounds, Nitrogen oxides, Organonitrogen compounds
Heterocyclic compounds are named similar to common organic compounds, with the heteroatom contributing to the name. The parent ring is indicated first by the number of carbons in the ring followed by the name of the parent compound. The heteroatom is then specified in brackets with its location in the ring. Prefixes and suffixes can indicate various substitutions on the ring.
Creating a simple heterocyclic compound typically involves step-wise synthesis: Start with appropriate starting materials, such as a ketone or aldehyde, then introduce a heteroatom-containing compound like an amine or thiol to form a cyclic structure. For detailed instructions, I recommend referring to organic chemistry textbooks, research articles, or laboratory manuals for specific heterocyclic compound syntheses.
Philip Lewis Stotter has written: 'A Diels-Alder construction of trans fused ring compounds having angular substituents' -- subject(s): Diels-Alder reaction, Heterocyclic compounds, Ring formation (Chemistry)