New Frontiers in Nanochemistry: Concepts, Theories, and Trends, 3-Volume Set: Volume 1: Structural Nanochemistry; Volume 2: Topological Nanochemistry;

ISBN-13: 9781771887809 / Angielski / Twarda / 2020 / 1479 str.

Mihai V. Putz

Opis

Defines and explains over 130 essential concepts in nanochemistry, including a substantial amount of supporting material, such as examples, applications, tables, and equations. This one-of-a kind set focuses on structural nanochemistry, topological nanochemistry, and sustainable nanochemistry.

Spis treści

Volume 1: Structural Nanochemistry  1. Algebraic Chemistry (AC)  2. Alkanes (A)  3. The Anharmonic Correction of Normal Mode Vibrations (ANHARM)  4. Aromaticity  5. Bose Einstein Condensation (BEC)  6. Bondonic Theory (BOND-TH)  7. Chemical Modeling  8. Coherent States  9. Chemical Orthogonal Space (COS) 10. Electrochemical Impedance (ELIMP)  11. Electromagnetic Signals in Nanosystems (EMS)  12. Entropy in Physics & Chemistry (ENT)  13. Excitons  14. Electron Localization Function (ELF)  15. Families of Molecular Descriptors (FMDS)  16. Fractal Dimension (FD)  17. Fractal Kinetics (FK)  18. Fredholm Integral Equation in Electrochemistry (FRINEQEL)  19. Hydrogen – The First Atom (H-FA)  20. Helium (HE)  21. Helical Symmetry (HEL) 22. Hydrocarbon Burning (HCB)  23. Information Entropy (IE)  24. Intermolecular Force Parameters  25. Ionic Configurations (IC’S)  26. Ionization Potentials (IP’S)  27. Mass Transfer in Electrochemistry (MASSTRANSFELCH)  28. Molecular Classification (MC)  29. Molecular Devices and Machines  30. Molecular Dynamics Calculation (MD)  31. Monte Carlo Molecular Simulations  32. Nanotubes (NT)  33. New Energy Technology/NET  34. The Orbital Exponent Efficacy to Study the Periodic Parameters  35. Periodic Arch (PA)  36. Periodic Law (PL)  37. Periodic Property (PP)  38. Periodic Table (PT)  39. □□-□□ Interaction in Fullerenes (□□-□□)  40. Proton Mediated Molecular Clusters (PROTBRIDGE)  41. Pyrimidines (PYR)  42. Quantum Dot (QD)  43. Quantum Electrochemistry (QTMELCH)  44. Self-Organization (SO)  45. Self-Organizing Processes (SO)  46. Spin Transport Electronics (SPINTRONICS)  47. Supramolecular Chemistry  48. Tetrahedral Dual Coordinate System of Electron Orbital and Quantum Loop Theories in Three and Six Dimensions (TDCS)  49. Tight Binding Calculation (TB)  50. Z-Partition Function  Volume 2: Topological Nanochemistry 1. Atom-Bond Connectivity Index (ABC)  2. Bondonic Topo-Reactivity (BOND-TOPO-REACT)  3. Carbon Onions (CO)  4. Catalysis (CTL)  5. Catalytic Material (CATALMATER, CM)  6. Centric Index: Topological Shape  7. Characteristic Polynomial (CHARACT-POLY)  8. Clar Structure  9. Connectivity Index  10. Counting Polynomials (COUNT-POLY)  11. Cubic Silicon Carbide Thin Films Deposition (3C-SIC Films)  12. Degree Distance  13. Distance Algorithm in Chemical Graphs  14. Eccentric Distance Sum (EDS)  15. Electrodeposition (ELDEP)  16. f-Graph: Bounded Vertex Degree  17. Frise Structure  18. Fullerenes  19. Geometric-Arithmetic Index (GA)  20. Gap Programming  21. Kekulé Structure  22. Layered Double Hydroxide (LDH)  23. Living Active Centers (LACs)  24. Mathematical Chemistry (MC)  25. Mechano-Synthesis (MECH-SYNTH)  26. Metal Nanoparticles, Silver  27. Mobile Nanodefects (MND)  28. Nanoporous Carbon (NPORC)  29. Nanospheres-Nanocubes-Nanowires (Nss-Ncs-Nws)  30. Polyynes  31. Powder Electrodeposition (POWDELDEP)  32. Q-Wiener Index  33. Randic Index and Its Variants: Applications  34. Silicon Carbide Nanowires (SIC NWS) 3 5. Specific Adjacency in Bonding (SAIB)  36. Stone-Wales Rotations (SW)  37. Tetrahedral Dual Coordinate System: The Static and Dynamic Algebraic Model  38. Topologial Efficiency Index (TEI)  39. Topological Indices of C10N Fullerene  40. Topology Based Molecular Descriptors: The Current Status  41. Topological Reactivity (TOPO-REACT)  42. Unbranched Chain Reactions in Solids and in Viscous Media: Nontraditional Methods and Analysis  43. Vapor Phase Epitaxy (VPE)  44. Wiener Index (WIE)  45. Zagreb Indices  46. Zeolite (ZLT)  Volume 3: Sustainable Nanochemistry  1. Anti-HIV Agents  2. Biopolymers (BIOPOLY)  3. Cancer Activity (CA)/Anticancer Activity (ACA)  4. Cancer/Anti-Cancer Chemotherapy: Pharmacological Management  5. Cell Cycle (CC)  6. Classification Models Using Decision Tree, Random Forest, and Moving Average Analysis  7. Colorants, Pigments, and Dyes (CLRNT)  8. Cuboctahedron Model of Atomic Mass Based on a Dual Tetrahedral Coordinate System (TDCS)  9. Diabetes Mellitus/Anti-DM Pharmacological Management  10. Drug Development  11. Electrochemical Methods for Metal Recovery (ELMETHMETREC)  12. Free-Wilson Model  13. HIV Infections/AIDS/Anti-HIV&AIDS: Pharmacological Management  14. HIV-Integrase  15. Köln-Model as Toxicologically Procedure for (Some) Metals (KMTPM) 16. Koeln-Model as Toxicologically Procedure for Oils and Derivatives (KMTPOD)  17. Logistic Enzyme Kinetics  18. Minimal Steric Difference (MSD)  19. Minimal Topological Difference  20. Macromolecular Crowding (MC)  21. Polycyclic Aromatic Hydrocarbons (PAHS)  22. Pendentancy Based Molecular Descriptors for QSAR/QSPR Studies  23. Photovoltaic System (PVSYSTEM)  24. Protein Surface (PS)  25. Radiation (Induced) Synthesis (RADI-SYNTH)  26. Receptor Binding  27. Smiles (SMILES)  28. Solar Cell (SCELL)  29. Spectral-SAR  30. Stem Cells (SC)  31. Steric Taft Parameters (STAFP)  32. Sterimol Verloop Parameters (SVEP)  33. Superaugmented Eccentric Connectivity Indices and Their Significance in Drug Discovery Process  34. Van Der Waals Molecular Volume