1st Edition
New Frontiers in Nanochemistry: Concepts, Theories, and Trends Volume 1: Structural Nanochemistry
1. Algebraic Chemistry (AC)
Cynthia Whitney
2. Alkanes (A)
Louis V. Quintas and Edgar G. DuCasse
3. The Anharmonic Correction of Normal Mode Vibrations (ANHARM)
Attila Bende
4. Aromaticity
Mihai V. Putz and Marina A. Tudoran
5. Bose Einstein Condensation (BEC)
Aranya B. Bhattacherjee
6. Bondonic Theory (BOND-TH)
Mihai V. Putz
7. Chemical Modeling
Corina Duda-Seiman, Daniel-Duda-Seiman, and Mihai V. Putz
8. Coherent States
Nicolina Pop
9. Chemical Orthogonal Space (COS)
Mihai V. Putz
10. Electrochemical Impedance (ELIMP)
Mirela I. Iorga and Mihai V. Putz
11. Electromagnetic Signals in Nanosystems (EMS)
Cynthia Whitney
12. Entropy in Physics & Chemistry (ENT)
Cynthia Whitney
13. Excitons
Nicolina Pop
14. Electron Localization Function (ELF)
Mihai V. Putz
15. Families of Molecular Descriptors (FMDS)
Lorentz J¿ntschi and Sorana D. Bolboac¿
16. Fractal Dimension (FD)
Pablo M. Blanco et al.
17. Fractal Kinetics (FK)
Francesc Mas et al.
18. Fredholm Integral Equation in Electrochemistry (FRINEQEL)
Mirela I. Iorga and Mihai V. Putz
19. Hydrogen – The First Atom (H-FA)
Cynthia Whitney
20. Helium (HE)
Cynthia Whitney
21. Helical Symmetry (HEL)
Attila Bende
22. Hydrocarbon Burning (HCB)
Cynthia Whitney
23. Information Entropy (IE)
Francisco Torrens and Gloria Castellano
24. Intermolecular Force Parameters
Bogdan Bumb¿cil¿ and Putz
25. Ionic Configurations (IC’S)
Cynthia Whitney
26. Ionization Potentials (IP’S)
Cynthia Whitney
27. Mass Transfer in Electrochemistry (MASSTRANSFELCH)
Mirela I. Iorga
28. Molecular Classification (MC)
Francisco Torrens and Gloria Castellano
29. Molecular Devices and Machines
Margherita Venturi
30. Molecular Dynamics Calculation (MD)
István László
31. Monte Carlo Molecular Simulations
Bogdan Bumb¿cil¿ and Putz
32. Nanotubes (NT)
István László
33. New Energy Technology/NET
Cynthia Whitney
34. The Orbital Exponent Efficacy to Study the Periodic Parameters
Nazmul Islam
35. Periodic Arch (PA)
Cynthia Whitney
36. Periodic Law (PL)
Francisco Torrens and Gloria Castellano
37. Periodic Property (PP)
Francisco Torrens and Gloria Castellano
38. Periodic Table (PT)
Francisco Torrens and Gloria Castellano
39. ¿-¿ Interaction in Fullerenes (¿-¿)
Lemi Turker and Caglar Celik Bayar
40. Proton Mediated Molecular Clusters (PROTBRIDGE)
Attila Bende
41. Pyrimidines (PYR)
Nicoleta A. Dudas and Mihai V. Putz
42. Quantum Dot (QD)
Aranya B Bhattacherjee and Suman Dudeja
43. Quantum Electrochemistry (QTMELCH)
Mirela I. Iorga and Mihai V. Putz
44. Self-Organization (SO)
Aranya B Bhattacherjee and Suman Dudeja
45. Self-Organizing Processes (SO)
István László
46. Spin Transport Electronics (SPINTRONICS)
Aranya B Bhattacherjee and Suman Dudeja
47. Supramolecular Chemistry
Margherita Venturi
48. Tetrahedral Dual Coordinate System of Electron Orbital and Quantum Loop Theories in Three and Six Dimensions (TDCS)
James Garnett Sawyer II and Marla Jeanne Wagner
49. Tight Binding Calculation (TB)
István László
50. Z-Partition Function
Nicolina Pop
Biography
Mihai V. Putz, PhD, MBA, Dr.-Habil, is currently a Full Professor of theoretical and computational physical-chemistry at his alma mater, West University of Timisoara, Romania.
“Prof. Mihai V. Putz has done it again. Having authored a five-volume set of books on nanochemistry but a few years ago (Quantum Nanochemistry), Prof. Putz has now edited this set of three volumes, with 130 chapters/explicative essays/papers by internationally based, interdisciplinary authors. Prof. Putz clearly expresses his multiple goals for these three volumes; prominent among them is ‘to present informative and innovative contents alike, presented in a systematical and alphabetically manner.‘ The current volumes contain new insights alike for the beginning student and advanced practitioner of chemistry and of the multitude of related disciplines. Prof. Putz, you are to be thanked for your studies, in the particular, now, for the editing of these new volumes (and also coauthoring however many chapters therein).”
—Prof. Joel F. Liebman, Department of Chemistry and Biochemistry, University of Maryland, Baltimore County (UMBC)
