Henry J. Ricardo “A Modern Introduction to Differential Equations Second Edition”
March 2009 | English | ISBN-13: 978-0-12-374746-4 | 535 Pages | PDF | 6.05 MB

A Modern Introduction to Differential Equations presents a solid yet highly accessible introduction to differential equations, developing the concepts from a dynamical systems perspective and employing technology to treat topics graphically, numerically and analytically. This text is designed to be appropriate for a side variety of students and exists as natural successor to any modern calculus sequence
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Springer |ISBN: 3540754083 | 6 2008-05 | 97 pages | PDF | 15 MB [Devamini Okuyun…]

ISBN: 978-0750684170 | 448 pages | Newnes (March 22, 2007) | PDF | 7 Mb
This updated version continues to provide beginners with the essentials of Matlab, with many examples from science and engineering, written in an informal and accessible style. The new chapter on algorithm development and program design provides an excellent introduction to a structured approach to problem solving and the use of MATLAB as a programming language.

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ISBN: 0898716357 | November 8, 2007 | PDF (OCR) | 434 pages | 20 MB

Differential equations are the basis for models of any physical systems that exhibit smooth change. This book combines much of the material found in a traditional course on ordinary differential equations with an introduction to the more modern theory of dynamical systems. Applications of this theory to physics, biology, chemistry, and engineering are shown through examples in such areas as population modeling, fluid dynamics, electronics, and mechanics.

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832 pages | Jun 14, 1992 |ISBN: 1456237842 | DJVU | 40 Mb

I am a chemistry major, that does not translate to “I like chemistry” but more along the lines that it was the only feasible premedical degree major.

I never did chemistry in High School and suffered tremendously with the thought of majoring in a science that I was unfamiliar with. What if I hated it? What if I wasnt any good at it? these were questions that haunted me prior to starting my degree. When I did commence, I found textbooks to be very costly and wanted the best for my money.
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ISBN: 1420065432 | English | 2009-02-23 | 610 pages | PDF | 6,3 MB

Comprising the contributions of sixty-five eminent scientists from thirteen different countries, this book introduces various aspects of density functional theory (DFT) and their connections to chemical reactivity theory. The text examines bonding, interactions, reactivity, dynamics, toxicity, and aromaticity as well as fundamental aspects of DFT. Several chapters provide a review of the key global and local reactivity descriptors and their variations under different perturbations. While this volume is designed for readers with little or no prior knowledge of the subject, the breadth of the book and the expertise of the authors ensure that even experienced scientists will benefit from the information in these pages.

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Chapter 6 – Oil production

6.1 Oil substitutes from biomass
6.2 Microalgae as biological sources of lipids and hydrocarbons
6.3 Thermochemical liquefaction of microalgae
6.4 Algal hydrogenation
6.5 Future prospects
References

6.1 Oil substitutes from biomass

It is believed that the majority of oil and natural gas originates from algae in ancient oceans. Oil (petroleum) consists of liquid hydrocarbons which arc compounds composed of carbon and hydrogen. At least 80% w/w of oil is carbon. The remainder is principally hydrogen, but sulfur and oxygen may each account for up to 5% of the weight of oil. The burning heating volume of oil is relatively high owing to its liquid state, and is comparable to that of coal.

Total proven oil reserves worldwide are estimated to be worth the equivalent of 40 years of consumable oil, based on a 1988 worldwide oil production rate of 64.2 million barrels per day. Proven oil reserves include residual oil in oil fields where production drilling has already begun. Projected oil reserves are slightly greater than proven oil reserves, but are not however infinite. Furthermore, oil reserves are not equally distributed globally (Fig: 6-1). The Middle East has by far the world’s greatest proven oil reserves. Oil production in other nations will decrease as their reserves decline, putting the Middle East in a dominant position in the oil market. The Organization of Petroleum Exporting Countries (OPEC) is in control of approximately 60% of the world’s oil, and exercises a strong influence on oil prices worldwide. The lack of stability of future energy supplies has motivated the development of alternative energy sources in order to eliminate the possibility of a future energy shortage.

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Materials Science and Engineering by Callister solution manual
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