Table 1.

Examples of average rotor and grid properties (150 K)

Run	n	m	ttot, ps	E/102, kV⋅cm−1	ν, GHz	νrot, GHz	a	a′	〈α〉, rad	〈δα〉, rad	〈Mz〉, u·Å2⋅rad⋅fs−1	〈sinα〉	〈cosα〉
1	11.2	0	144	2,170	78	72	0	0	0.11	0.9	−5.66	0.07	0.67
2	11.2	5	144	1,736	78	46	0.48	0.29	10.4	12.8	−3.63	0.08	−0.02
3	11.2	3	144	1,302	78	78	0.25	0.18	6.52	6.5	−6.13	0.11	−0.07
4	11.2	6	144	1,085	78	52	0.56	0.38	13.5	10.7	−4.1	0.12	−0.07
5	22.5	16	287	651	78	27	0.73	0.9	63.4	32.7	−2.08	0.11	−0.15
6	5.6	0	287	1,736	19	26	0	0	0	0.5	−2.02	0.03	0.86
7	5.6	5	287	217	19	4	0.82	0.82	14.5	7.3	−0.32	0.1	0.18
8	6.6	8	2,011	108	3	1	1.2	1.26	26.2	13.8	+0.08	0.1	0.26
9	6.6	0	2,011	543	3	3	0	0	0	0.64	−0.25	0.01	0.82
10	13.5	0	1,034	1,519	13	11	0	0	0.1	0.5	−0.99	0.05	0.89
11	115	40	1,034	1,519	111	81	0.35	0.41	149	65.1	−7.38	0.16	0.17
12	155	146	1,034	1,519	150	11	0.94	1.01	489	287.3	−1.03	0	−0.07

n: number of field turns; m: number of turns skipped by rotor; t_tot: simulation time; E: field strength; ν: field frequency; ν_rot: average rotor frequency; a: mean lag per turn; a′: time averaged lag per turn; 〈α〉: time averaged lag angle; 〈δα〉: lag angle rms fluctuation; 〈M_z〉: average rotor angular momentum; 〈sinα〉 indicates average torque and 〈cosα〉, average polarization in rotating coordinates.