File name : CBM_SR-281N_IB_English_black_v09330.doc
Date: 2009/3/30 Trimmed Size : 140 x 75 mm SCALE 1 : 1
-E20-
10. Planck time tp 5.390640 x10 –44 s
11. Planck mass mp 2.176716 x10 –8 kg
12. Atomic mass constant mμ 1.6605387313 x10 –27 kg
13. Atomic mass constant
energy equivalent mμc 21.4924177812 x10 –10 J
14. Faraday constant IF 96485.341539 C mol –1
15. Elementary charge e 1.60217646263 x10
–19 C
16. Electron volt–joule
relationship eV 1.60217646263 x10
–19 J
17. Elementary charge over h e/h 2.41798949195 x10 14 AJ –1
18. Molar gas constant R 8.31447215 J mol –1 K –1
19. Boltzmann constant k 1.380650324 x10 –23 J K –1
20. Molar planck constant NAh 3.99031268930x10–10Js mol–1
21. Sackur–Tetrode constant S0 /R –1.164867844
22. Wien displacement law
constant b 2.897768651 x10
–3 m K
23. Lattice parameter of
silicon a 543.10208816 x10
–12 m
24. Stefan–Boltzmann constant σ 5.67040040 x10 –8 W m –2 K –4
25. Standard acceleration of
gravity g 9.80665 m s –2
26. Atomic mass
unit–kilogram relationship μ 1.6605387313 x10 –27 kg
27. First radiation constant c1 3.7417710729 x10 –16 Wm 2
28. First radiation constant for
spectral radiance c1L 1.19104272293x10–16Wm2sr–1
29. Second radiation constant c2 1.438775225 x10 –2 m K
30. Molar volume of ideal gas Vm 22.41399639 x10 –3 m 3 mol –1
31. Rydberg constant R∞ 10973731.5685 m –1
32. Rydberg constant in Hz R∞ c 3.28984196037 x10 15 Hz
33. Rydberg constant in joules R∞hc 2.1798719017 x10 –18 J
34. Hartree energy E h 4.3597438134 x10 –18 J
35. Quantum of circulation h/me7.27389503253 x10 –4 m2 s –1
36. Fine structure constant α 7.29735253327 x10 –3
37. Loschmidt constant n
0 2.686777547 x10
25 m –3
38. Bohr radius a
0 0.52917720832 x10
–10 m
39. Magnetic flux quantum Φ 0 2.06783363681 x10 –15 Wb
40. Conductance quantum G
0 7.74809169628 x10
–5 S
41. Inverse of conductance
quantum G 0–1 12906.4037865 Ω
42. Josephson constant KJ 483597.89819 x10 9 Hz V –1
43. Von Klitzing constant RK 25812.8075730 Ω
44. Bohr magneton μB 927.40089937 x10 –26 J T –1
45. Bohr magneton in Hz/T μB/h 13.9962462456 x10 9 Hz T –1
46. Bohr magneton in K/T μB/k 0.671713112 K T –1
47. Nuclear magneton μN 5.0507831720 x10 –27 J T –1