Advanced Maths for Chemists
by J. E. Parker
Publisher: Bookboon 2013
Number of pages: 144
The third of a three part series of texts designed for a first-year university course. Tutorial questions with fully worked solutions are used and structured on a weekly basis to help the students to self-pace themselves. Colored molecular structures, graphs and diagrams bring the text alive.
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by J. Grotendorst, N. Attig, S. Bluegel, D. Marx - Julich Supercomputing Centre
Coarse graining of molecular systems and solids, quantum/classical hybrid methods, embedding and multiple time step techniques, creating reactive potentials, multiscale magnetism, adaptive resolution ideas or hydrodynamic interactions are discussed.
by S. Bewick, J. Edge, T. Forsythe, R. Parsons - CK-12 Foundation
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Performance materials, composite materials, nano materials, silicon substitutes, solar cells, ionic liquids, fuel cells, nuclear energy options, hydrogen energy, energy storage, diagnosis and drug delivery, pollution control, and more.
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An introduction to molecular orbital theory for advanced-undergraduate and first-year graduate students. The transition metal complexes occupy a special place here, and the last chapter is devoted entirely to this subject.