Thomas W. Gurley

Aeroponics: Growing Vertical covers aspects of the emerging technology, aeroponics, which is a sister to hydroponics, involving state-of-the-art controlled environment agriculture. The book begins with an introduction of aeroponics followed by a summary of peer-reviewed technical literature conducted over 50 years involving various aspects of aeroponics. It covers the science and all the patent literature since 2001 to give the reader a comprehensive view of the innovations related to aeroponics. This book is a useful reference for people interested in learning about how aeroponics works. This book is for novices as well as scientists interested in research activities conducted in countries around the world as well as work in using aeroponics in outer space. Designed for the user interested in research conducted in the past, this a helpful resource for those in the next generation of profitable agricultural endeavors. Features:· Comprehensive resource presenting key aspects of aeroponics· Focus on areas of aeroponics including its history, science, innovations, business, and practice· Provides a complete overview of the intellectual property associated with aeroponics· Presents a broad overview of research using aeroponic systems across the globe· Features information on key start-up businesses and activities that drive this technologyThomas Gurley earned a BA in chemistry from Houghton College and a PhD in analytical chemistry from Case Western Reserve University and has 40 years industrial chemistry experience with companies including Goodyear, Abbott Labs, and his consulting company, Manning Wood LLC. He holds two Fulbright scholarships to Ukraine and Uganda. He is currently R&D Director for Aero Development Corporation, a manufacturer of aeroponic commercial growing systems. He conducts research in aeroponics as an adjunct professor at Charleston Southern University in South Carolina.

Aeroponics: Growing Vertical covers aspects of the emerging technology, aeroponics, which is a sister to hydroponics, involving state-of-the-art controlled environment agriculture. The book begins with an introduction of aeroponics followed by a summary of peer-reviewed technical literature conducted over 50 years involving various aspects of aeroponics. It covers the science and all the patent literature since 2001 to give the reader a comprehensive view of the innovations related to aeroponics. This book is a useful reference for people interested in learning about how aeroponics works. This book is for novices as well as scientists interested in research activities conducted in countries around the world as well as work in using aeroponics in outer space. Designed for the user interested in research conducted in the past, this a helpful resource for those in the next generation of profitable agricultural endeavors. Features:· Comprehensive resource presenting key aspects of aeroponics· Focus on areas of aeroponics including its history, science, innovations, business, and practice· Provides a complete overview of the intellectual property associated with aeroponics· Presents a broad overview of research using aeroponic systems across the globe· Features information on key start-up businesses and activities that drive this technologyThomas Gurley earned a BA in chemistry from Houghton College and a PhD in analytical chemistry from Case Western Reserve University and has 40 years industrial chemistry experience with companies including Goodyear, Abbott Labs, and his consulting company, Manning Wood LLC. He holds two Fulbright scholarships to Ukraine and Uganda. He is currently R&D Director for Aero Development Corporation, a manufacturer of aeroponic commercial growing systems. He conducts research in aeroponics as an adjunct professor at Charleston Southern University in South Carolina.

This book is devoted to heterocyclizations of aliphatic and aromatic , -unsaturated carbonyls with various binucleophiles leading to three-, five-, six and seven-membered partially hydrogenated nitrogen-containing heterocycles. During the last decade interest in these classes of organic c- pounds has been experiencing a scientific renaissance owing to their significant role in biological processes in living cells and diverse effects on physiological activities. In addition, such compounds are also more prevalent from the vi- point of "classical" problems of organic chemistry, among them reactivity, chemo- and regioselectivity, tautomerism, conformational analysis and features of their electronic structure. The character of these problems in the case of partially hydrogenated heterocycles differs sufficiently from that for hetero- omatized and perhydrogenated heterocyclic compounds and investigations in this field very often lead to interesting and unusual results. Extensively characterized cyclocondensations of , -unsaturated carbonyls, their synthetic equivalents and their precursors are the most widespread, facile and generally valid pathway to dihydroazaheterocycles. The popularity and significance of this synthetic approach is based on the high reactivity and availability of unsaturated carbonyl compounds and the precise selectivity of the heterocyclization reactions in comparison with that involving -dicarbonyls. The recent development of combinatorial high-throughput methods and the use of new energy sources such as microwaves and ultrasound to enhance reactions have also increased interest in , -unsaturated carbonyls and their reactions.

This monograph is devoted to heterocyclization of aliphatic and aromatic a,ss-unsaturated carbonyls with various binucleophiles. These reactions produce partially hydrogenated nitrogen-containing heterocycles that are interesting due to their significant role in biological processes. They can be used in conjunction with combinatorial high throughput methods that involve microwave-assisted and ultrasonic-promoted reactions. The monograph is a comprehensive review of the known literature data devoted to the reactions of a,ss-unsaturated ketones, their synthetic equivalents and precursor. It is intended for chemists working in the field of experimental syntheses and theoretical investigations of nitrogen-containing heterocycles, lecturers at university and graduate students.