Table 2 Parameters obtained from the dHvA oscillations of α-Ga

From: Large magnetoresistance and superconductivity in α-gallium single crystals

Magnetic field

F (T)

TD (K)

m*/m0

τ q (ps)

μq (cm2/Vs)

φB(π)

δ = 1/8

δ = 1/8

H // b

19.7

20 (5 K)

0.018

0.62

5746

0.11

0.61

22.3

11 (5 K)

0.016

1.12

11,787

0.91

1.41

29.1

35 (5 K)

0.014

0.352

4442

0.99

0.51

38.2

0.015

78.6

0.043

156.6

0.038

H // a

23.1

53 (9 K)

0.044

0.232

915

0.66

1.02

30.1

40.4

37 (9 K)

0.018

0.33

3192

0.51

1

80.7

40 (9 K)

0.037

0.31

1440

0.87

0.37

133.5

35 (9 K)

0.050

0.35

1221

1

0.494

H // c

22

16 (3 K)

0.049

0.71

2950

0.112

0.612

41

30 (10 K)

0.017

0.41

4146

0.542

1.042

14 (3 K)

0.88

8884

0.346

0.846

82

35 (3 K)

0.026

0.35

2297

0.632

1.132

127

22 (3 K)

0.040

0.56

2402

0.478

0.778

  1. F: oscillation frequency; TD: the Dingle temperature and the value filled in the bracket is the temperature at which we fit to the data with the LK formula; m*/m0: relative effective mass; τq: quantum relaxation time; μq: quantum mobility, and φB: the Berry’s phase