Molecular Location (Enrichment Chemistry Series Book 6)
Book Details
Author(s)Peter Rny PhD
PublisherRony Labs LLC
ISBN / ASINB00X9TM8YA
ISBN-13978B00X9TM8Y7
MarketplaceIndia 🇮🇳
Description
No DRM; excellent for students. The Enrichment Chemistry Seriesâ„¢ consists of ten books that describe how an individual molecule behaves in small, molecular systems such as a biological cell in any living organism; the leaf of a plant; a root hair on a plant; a sac in a human lung; an ion-exchange resin particle; a hollow fiber; a microcapsule; a microdroplet within a micro emulsion; etc.
Not only is it important to identify a molecule, it is equally important to know where it is located. “Molecular Location†summarizes the water-based, (a) geological, (b) meteorological, and (c) biological locations on earth. One example of different locations is the biological amplification of the pesticide, DDT. You can understand why the discovery of water on Mars and on our solar system moons is important.
This Series – which is my personal view of selected topics in the fields of chemistry and chemical engineering -- approaches molecular behavior in a methodical, step-by-step manner that proceeds as follows: (1) molecular identity; (2) molecular location; (3) molecular amount; (4) molecular rate process; (5) molecular scale; (6) molecular chemical engineering; and finally, (7) small, molecular systems.
Not only is it important to identify a molecule, it is equally important to know where it is located. “Molecular Location†summarizes the water-based, (a) geological, (b) meteorological, and (c) biological locations on earth. One example of different locations is the biological amplification of the pesticide, DDT. You can understand why the discovery of water on Mars and on our solar system moons is important.
This Series – which is my personal view of selected topics in the fields of chemistry and chemical engineering -- approaches molecular behavior in a methodical, step-by-step manner that proceeds as follows: (1) molecular identity; (2) molecular location; (3) molecular amount; (4) molecular rate process; (5) molecular scale; (6) molecular chemical engineering; and finally, (7) small, molecular systems.
