Titlebook: Carbon Bonding and Structures; Advances in Physics Mihai V. Putz Book 2011 Springer Science+Business Media B.V. 2011 Carbon atoms and mole

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Non-Equilibrium Social Science and Policy,one of the most challenging tasks of pharmaceutical formulation. Stimuli-responsive materials, as called intelligent or smart, could be the key of the best developments in the area. Controlled Drug Delivery Systems (CDDSs) have almost three decades since they were first investigated. Their formulati

Neuralgia

,Quantum Parabolic Effects of Electronegativity and Chemical Hardness on Carbon π-Systems,tronegativity as the quantum observable for the states that represent full particle existence, while chemical hardness posses the second quantization degree of uncertainty in observation, although through the present study an alternative definite Hückel based resonance integral expression is advanced.

Brain-Waves

,Prochirality and Pro-,-Stereogenicity. Stereoisogram Approach Free from the Conventional “Prochiraltric term), ., . (as a purely geometric term), and .. Such relational terms as “enantiotopic”, “diastereotopic”, and “stereoheterotopic” in the conventional approach should be replaced by newly-defined relational terms based on the stereoisogram approach, e.g., . (as a purely geometric term), ., and ..

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Book 2011aracterization of fundamental carbon based materials and recently designed carbon composites. Significant advances are reported and reviewed by globally recognized experts in the field. The quantification, indexing, and interpretation of physical and chemical patterns of carbon atoms in molecules, c

Presbyopia

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Theoretical and Mathematical Physicssing in the graphene layer. Our computations are performed in the dual topological space, the Wiener index being taken as the topological potential of the system that rules the migration of the defects in the graphenic lattice.

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Survey of Equilibrium Critical Phenomena,tability and reactivity of fullerene compounds. It is not just the encapsulation, but in particular the nature of the species that is encapsulated that determines how (un)reactive the fullerene becomes. These findings have important consequences for future applications of (metallo)fullerenes in biomedicine and (nano)technology.