QEDynamics References
Chemical Potential Inequality Principle,” A. Tachibana, Theoretical Chemistry Accounts 102, 188-195 (1999)
ERRATA
1. Page 191 Eq. (33) for read
2. Page 191 Eq. (36) for read
Field Energy Density in Chemical Reaction Systems,” A. Tachibana, in Fundamental Perspectives in Quantum Chemistry: A Tribute to the Memory of Per-Olov Löwdin, Eds. by Erkki Brändas and Eugene Kryachko (Kluwer Academic Publishers, Dordrecht, 2003), pp. 211-239.
ERRATA
1. Page 215 Eq. (6) for read
2. Page 215 Eq. (7) for read
3. Page 218 Eq. (36) for read
4.
Page 225 Eq. (91), last line for read
5.
Page 226 Eq. (93) , last line for read
6. Page 229 Eq. (102) for read
A new visualization scheme of chemical energy density and bonds in molecules,” A. Tachibana, Journal of Molecular Modeling 11, 301-311 (2005).
ERRATA
1. Page 305 Eq. (70) for read
2. Page 305 Eq. (71) for read
3. Page 305 Eq. (73) for read
4. Page 306 Eq. (88) for read
5. Page 306 Eq. (89) for read
6. Page 310 Eq. (122) for read
7. Page 311 Eq. (129) for read
“Local-property analysis for modeling of gate insulator materials,” Kentaro Doi, Koichi Nakamura, and Akitomo Tachibana, 2006 International Workshop on Nano CMOS, (IEEE 2006), pp. 209-235.
IEEE Catalog Number: 06EX1513
ISBN: 1-4244-0603-X
Library of Congress: 2006931374
ERRATA
1. Page 234 Fig. 14 caption the following caption continues:
It is a 3x3 real not-necessarily-symmetric tensor and has (i) 3 real eigenvalues, or (ii) 1 real and 2 complex conjugate ones. For the former case (i), the red (blue) color indicates the region where the largest eigenvalue is positive (negative) with the principal axis in green along which the dilatational dielectric response occurs. For the latter case (ii), the purple color indicates the region where the rotational dielectric response is predicted, with the equi-rotation-angle curves.
“Energy density concept: A stress tensor approach,” A. Tachibana, Journal of Molecular Structure: THEOCHEM 943, 138-151 (2010)
ERRATA
Page 145 Eq. (5.25) for read
"Spin Torque and Zeta Force of Dimer of Alkali Atoms", Masato SENAMI, Jun NISHIKAWA, Takaaki HARA, and Akitomo TACHIBANA, Journal of the Physical Society of Japan 79, 084302(9), (2010)
“General relativistic symmetry of electron spin torque,” A. Tachibana, Journal of Mathematical Chemistry 50, 669-688 (2012)
ERRATA
1. Page 676 Eq. (63) for read
2. Page 685 Eq. (C6) for read
“Electronic Stress with Spin Vorticity,”
A. Tachibana,
Concepts and Methods in Modern Theoretical Chemistry:
Electronic Structure and Reactivity (Atoms, Molecules, and Clusters); Eds. by
Swapan K. Ghosh and Pratim K. Chattaraj;
Taylor & Francis / CRC Press, 2013; Chapter 12, pp.235-251
ERRATA
Page 236 Eq. (12.8) for read
Page 236 Eq. (12.10) for read
Page 237 Eq. (12.12) for read
Page 237 Eq. (12.13) for read
Page 237 Eq. (12.16) for read
Page 237 Eq. (12.20) for read
Page 239 Eq. (12.35) the following sentence continues:
The l.h.s. of Equations 12.33 and 12.35 are unique up to irrotational vector fields.
“Electronic stress tensor of chemical bond,” A. Tachibana, Indian Journal of Chemistry Vol. 53A, Aug-Sept 2014, pp. 1031-1035
ERRATA
Page 1032 Eq. (8) for ++ read +
Page 1033 Eq. (26) for ++ read +
Page 1033 Eq. (27) for read
Page 1033 Eq. (27) for read
Page 1033 Eq. (27) for read
Page 1034 line 1 below Eq. (42) for “is the linear superfield”
read “is represented by the linear superfield ”
Page 1034 Eq. (43) for read
Suppl Data Appendix - SD Eq. (72) for read
Suppl Data Appendix - SD Eq. (73) for read
Suppl Data Appendix - SD line 1 below Eq. (73) for read
General relativistic symmetry of electron spin vorticity,” A. Tachibana, Journal of Mathematical Chemistry 53, 1943-1965 (2015)
ERRATA
Page 1955 line below Eq. (3.44) for: Eqs. (3.22)-(2.1) read: Eq. (3.22) to Eq. (2.1)
Page 1956 Eq. (3.53) for read
“Time-dependent renormalization of alpha-oscillators for QED,” A. Tachibana, Journal of Mathematical Chemistry 54, 661-681 (2016)
ERRATA
Page 671 Eq. (2.44) for read
Page 673 Eq. (3.8 ) for read
Page 676 Eq. (3.27 ) for read
Page 676 Eq. (3.27 ) for read
“New Aspects of Quantum Electrodynamics,” A. Tachibana, Springer Nature Ltd. (2017)