Applied Quantum Mechanics, Second Edition
Using real-world engineering examples to engage the reader, the author of this detailed text makes quantum mechanics accessible and relevant to the engineering student.
TABLE OF CONTENTS Applied Quantum Mechanics, Second Edition
Appendix A: Physical Values
| SI-MKS [1.] , [2.] | |
|---|---|
| Speed of light in free space | c = 2 .997 924 58 10 8 ms ?1 |
| Planck s constant | ? = 6 .582 118 89(26) 10 ? 16 eV s = 1 .054 571 596(82) 10 ? 34 Js |
| Electron charge | e = 1 .602 176 462(63) 10 ? 19 C |
| Electron mass | m 0 = 9 .109 381 88(72) 10 ? 31 kg |
| Neutron mass | m n = 1 .674 927 16(13) 10 ? 27 kg |
| Proton mass | m p = 1 .672 621 58(13) 10 ? 27 kg |
| Boltzmann constant | k B = 1 .380 650 3(24) 10 ? 23 J K ?1 |
| = 8.617 342(15) 10 ? 5 eV K ?1 | |
| Permittivity of free space | ? 0 = 8 .854 187 8 10 ? 12 Fm ?1 |
| Permeability of free space | 0 = 4 ? 10 ? 7 Hm ?1 |
| Speed of light in free space | |
| Avogadro s number | N A = 6 .022 141 99(79) 10 23 mol ?1 |
| Bohr radius | |
| Inverse fine-structure constant | |
| [1.] See http://physics.nist.gov/constants. [2.] The numbers in parentheses are one standard deviation uncertainty in the... |
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