Table 2. Open in new tab Typical cloud... | Oxford Academic

Table 2.

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Typical cloud parameters for gas with n ≥ 100 cm⁻³ at the end of each simulation with equal turbulent and flow Mach number.

φ	\|$\left\|\underline{\mathrm{B}}\right\|$\|	Time	Cloud Mass	SF?	Stellar Mass	SFE	E_mag	Velocity Dispersion	N_{jeans, mag}
(°)	(μG)	(Myr)	(10³ M_ȯ)	(yes/no)	(M_ȯ)	(per cent)	(10⁴⁶ erg)	(km s⁻¹)
0	3	21.79	40.81	yes	1346	3.2	23.59	0.99	23.99
30	3	18.29	21.84	yes	202	0.9	12.28	1.29	12.51
50	3	18.94	14.5	yes	14.20	0.1	6.39	0.73	9.86
50^a	3	21.04	17.9	yes	43.83	0.2	7.09	0.84	14.28
60	3	21.49	15.2	yes	95.68	0.6	7.02	1.45	10.68
0	4	39.52	18.33	yes	59.32	0.3	13.63	0.53	5.70
30	4	27.13	23.93	no	–	–	21.53	1.21	6.30
60	4	27.28	16.15	no	–	–	12.29	1.74	6.29
0	5	24.64	43.29	no	–	–	52.71	0.46	6.10
30	5	22.94	20.39	no	–	–	22.94	1.02	3.07
40	5	37.93	11.56	no	–	–	12.08	1.07	2.16
50	5	37.03	17.57	no	–	–	19.63	1.42	3.39
60	5	31.93	7.31	no	–	–	6.48	1.79	1.55

φ	\|$\left\|\underline{\mathrm{B}}\right\|$\|	Time	Cloud Mass	SF?	Stellar Mass	SFE	E_mag	Velocity Dispersion	N_{jeans, mag}
(°)	(μG)	(Myr)	(10³ M_ȯ)	(yes/no)	(M_ȯ)	(per cent)	(10⁴⁶ erg)	(km s⁻¹)
0	3	21.79	40.81	yes	1346	3.2	23.59	0.99	23.99
30	3	18.29	21.84	yes	202	0.9	12.28	1.29	12.51
50	3	18.94	14.5	yes	14.20	0.1	6.39	0.73	9.86
50^a	3	21.04	17.9	yes	43.83	0.2	7.09	0.84	14.28
60	3	21.49	15.2	yes	95.68	0.6	7.02	1.45	10.68
0	4	39.52	18.33	yes	59.32	0.3	13.63	0.53	5.70
30	4	27.13	23.93	no	–	–	21.53	1.21	6.30
60	4	27.28	16.15	no	–	–	12.29	1.74	6.29
0	5	24.64	43.29	no	–	–	52.71	0.46	6.10
30	5	22.94	20.39	no	–	–	22.94	1.02	3.07
40	5	37.93	11.56	no	–	–	12.08	1.07	2.16
50	5	37.03	17.57	no	–	–	19.63	1.42	3.39
60	5	31.93	7.31	no	–	–	6.48	1.79	1.55

Note.^aDifferent initial random seed for the turbulence.

Table 2.

Open in new tab

Typical cloud parameters for gas with n ≥ 100 cm⁻³ at the end of each simulation with equal turbulent and flow Mach number.

φ	\|$\left\|\underline{\mathrm{B}}\right\|$\|	Time	Cloud Mass	SF?	Stellar Mass	SFE	E_mag	Velocity Dispersion	N_{jeans, mag}
(°)	(μG)	(Myr)	(10³ M_ȯ)	(yes/no)	(M_ȯ)	(per cent)	(10⁴⁶ erg)	(km s⁻¹)
0	3	21.79	40.81	yes	1346	3.2	23.59	0.99	23.99
30	3	18.29	21.84	yes	202	0.9	12.28	1.29	12.51
50	3	18.94	14.5	yes	14.20	0.1	6.39	0.73	9.86
50^a	3	21.04	17.9	yes	43.83	0.2	7.09	0.84	14.28
60	3	21.49	15.2	yes	95.68	0.6	7.02	1.45	10.68
0	4	39.52	18.33	yes	59.32	0.3	13.63	0.53	5.70
30	4	27.13	23.93	no	–	–	21.53	1.21	6.30
60	4	27.28	16.15	no	–	–	12.29	1.74	6.29
0	5	24.64	43.29	no	–	–	52.71	0.46	6.10
30	5	22.94	20.39	no	–	–	22.94	1.02	3.07
40	5	37.93	11.56	no	–	–	12.08	1.07	2.16
50	5	37.03	17.57	no	–	–	19.63	1.42	3.39
60	5	31.93	7.31	no	–	–	6.48	1.79	1.55

φ	\|$\left\|\underline{\mathrm{B}}\right\|$\|	Time	Cloud Mass	SF?	Stellar Mass	SFE	E_mag	Velocity Dispersion	N_{jeans, mag}
(°)	(μG)	(Myr)	(10³ M_ȯ)	(yes/no)	(M_ȯ)	(per cent)	(10⁴⁶ erg)	(km s⁻¹)
0	3	21.79	40.81	yes	1346	3.2	23.59	0.99	23.99
30	3	18.29	21.84	yes	202	0.9	12.28	1.29	12.51
50	3	18.94	14.5	yes	14.20	0.1	6.39	0.73	9.86
50^a	3	21.04	17.9	yes	43.83	0.2	7.09	0.84	14.28
60	3	21.49	15.2	yes	95.68	0.6	7.02	1.45	10.68
0	4	39.52	18.33	yes	59.32	0.3	13.63	0.53	5.70
30	4	27.13	23.93	no	–	–	21.53	1.21	6.30
60	4	27.28	16.15	no	–	–	12.29	1.74	6.29
0	5	24.64	43.29	no	–	–	52.71	0.46	6.10
30	5	22.94	20.39	no	–	–	22.94	1.02	3.07
40	5	37.93	11.56	no	–	–	12.08	1.07	2.16
50	5	37.03	17.57	no	–	–	19.63	1.42	3.39
60	5	31.93	7.31	no	–	–	6.48	1.79	1.55

Note.^aDifferent initial random seed for the turbulence.