Simulating star formation in molecular cloud cores - IV. The role of turbulence and thermodynamics

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Table 2:

Results of the simulations using the new treatment of the energy equation with $\alpha_{{\rm TURB}}=0.05,~0.10\;{\rm and}\;0.25$ , at time $t=0.3~{\rm Myr}$ .
ID	$\alpha _{{\rm TURB}}$	$\sum\{M_{\!\star}\}/{M}_\odot$	${\cal N}_{\!\star}$	${\cal N}_{{\rm BD}}$	Mult	$M_{\!\star}\!/{M}_{\odot}$
T071	0.05	3.161	8	3	B	0.825^b, 0.810^b, 0.622, 0.494, 0.346, 0.029, 0.020, 0.015
T072	0.05	2.212	6	1	BT	0.750^b, 0.603^b, 0.281^t, 0.279^t, 0.275^t, 0.024
T073	0.05	3.200	5	1	B	0.877^b, 0.870^b, 0.696, 0.678, 0.079
T074	0.05	3.561	13	6	BT	0.830^b, 0.828^b, 0.439^t, 0.432^t, 0.427^t, 0.328, 0.154, 0.039, 0.034, 0.023, 0.013, 0.007,
						0.007
T075	0.05	3.252	7	2	BB	0.753^b1, 0.748^b1, 0.599^b2, 0.553, 0.546^b2, 0.032, 0.021
T076	0.05	3.918	9	5	Q	1.118^q, 1.104^q, 0.722^q, 0.715^q, 0.079, 0.070, 0.056, 0.029, 0.025
T077	0.05	3.884	7	3	B	1.338^b, 1.149^b, 0.702, 0.635, 0.032, 0.017, 0.011
T078	0.05	3.559	12	3	T	0.679, 0.678^t, 0.505^t, 0.478^t, 0.435, 0.261, 0.191, 0.168, 0.087, 0.040, 0.023, 0.014
T079	0.05	3.410	10	1	T	0.733^t, 0.722, 0.487^t, 0.481^t, 0.461, 0.186, 0.139, 0.095, 0.088, 0.018
T080	0.05	3.894	4	1	B	1.480^b, 1.237, 1.159^b, 0.018
T081	0.05	3.613	5	1	B	1.158^b, 1.059^b, 0.686, 0.645, 0.065
T082	0.05	3.741	7	2	T	0.907, 0.884^t, 0.758^t, 0.754^t, 0.399, 0.026, 0.013
T083	0.05	3.739	5	1	B	0.999, 0.983^b, 0.912^b, 0.815, 0.030
T084	0.05	3.868	8	3	B	1.219^b, 1.191^b, 1.123, 0.139, 0.092, 0.051, 0.031, 0.022
T085	0.05	3.749	7	2	B	0.882^b, 0.850, 0.832, 0.804^b, 0.332, 0.026, 0.023
T086	0.05	3.898	6	1	Q	0.863^q, 0.850^q, 0.849^q, 0.840^q, 0.460, 0.036
T087	0.05	3.434	1	0	S	3.434
T088	0.05	3.381	8	3	BB	1.435^b1, 1.073^b1, 0.332^b2, 0.320^b2, 0.164, 0.021, 0.019, 0.017
T089	0.05	3.259	9	2	B	0.645^b, 0.617^b, 0.612, 0.542, 0.342, 0.314, 0.146, 0.022, 0.019
T090	0.05	3.811	7	2	T	2.100^t, 1.032^t, 0.248^t, 0.187, 0.122, 0.058, 0.034
T001	0.10	3.434	6	0	T	0.642^t, 0.622^t, 0.607, 0.572^t, 0.528, 0.463
T002	0.10	3.245	10	4	Q	1.064^q, 0.891^q, 0.340^q, 0.339^q, 0.336, 0.156, 0.078, 0.019, 0.012, 0.010
T003	0.10	3.698	1	0	S	3.698
T004	0.10	3.481	1	0	S	3.481
T005	0.10	3.551	4	0	T	1.482^t, 0.845^t, 0.824^t, 0.400
T006	0.10	3.456	4	0	B	0.958, 0.919^b, 0.819^b, 0.760
T007	0.10	2.790	11	5	BT	0.719^b, 0.659^b, 0.421, 0.375, 0.248^t, 0.247^t, 0.060, 0.035, 0.011, 0.009^t, 0.006
T008	0.10	3.549	3	0	T	1.392^t, 1.108^t, 1.049^t
T009	0.10	3.509	1	0	S	3.509
T010	0.10	3.270	8	2	Q	0.748^q, 0.620^q, 0.494^q, 0.485^q, 0.445, 0.408, 0.052, 0.018
T011	0.10	3.287	6	0	B	0.770^b, 0.757^b, 0.616, 0.526, 0.512, 0.106
T012	0.10	3.771	7	1	BT	0.702^t, 0.686, 0.669^t, 0.664^t, 0.532^b, 0.501^b, 0.017
T013	0.10	3.761	12	6	Q	0.791^q, 0.785^q, 0.602^q, 0.553^q, 0.460, 0.353, 0.055, 0.041, 0.039, 0.033, 0.029, 0.020
T014	0.10	3.422	7	3	B	0.966^b, 0.966^b, 0.681, 0.666, 0.055, 0.051, 0.037
T015	0.10	3.552	5	2	T	1.286^t, 1.205^t, 0.918^t, 0.075, 0.068
T016	0.10	3.115	6	1	B	0.989, 0.959^b, 0.411^b, 0.391, 0.387, 0.018
T017	0.10	3.779	5	0	T	1.190^t, 0.837^t, 0.826^t, 0.467, 0.459
T018	0.10	3.524	12	6	T	0.914^t, 0.869^t, 0.488, 0.466^t, 0.464, 0.194, 0.050, 0.032, 0.024, 0.009, 0.008, 0.006
T019	0.10	3.802	4	0	Q	0.974^q, 0.968^q, 0.933^q, 0.927^q
T020	0.10	3.054	11	4	BT	0.666^t, 0.664^t, 0.654^b, 0.324^t, 0.239, 0.225, 0.136, 0.074, 0.044, 0.016, 0.012^b
T041	0.25	3.369	7	2	BT	0.821^t, 0.809^t, 0.782^b, 0.778^b, 0.138^t, 0.025, 0.016
T042	0.25	3.055	4	0	T	1.083^t, 0.932^t, 0.913^t, 0.127
T043	0.25	3.306	9	3	BT	0.798^t, 0.586^b, 0.585^b, 0.494^t, 0.488^t, 0.271, 0.039, 0.033, 0.012
T044	0.25	3.260	14	8	BB	0.763^b1, 0.762^b1, 0.462^b2, 0.450^b2, 0.426, 0.235, 0.054, 0.032, 0.025, 0.016, 0.010,
						0.009, 0.008, 0.008
T045	0.25	3.193	13	4	QT	0.444^q, 0.438^q, 0.379^t, 0.378^t, 0.368^t, 0.342^q, 0.340^q, 0.332, 0.081, 0.034, 0.031,
						0.018, 0.008
T046	0.25	3.362	5	0	T	0.853, 0.768^t, 0.768^t, 0.573^t, 0.400
T047	0.25	3.024	12	5	BT	0.591^b, 0.591^b, 0.411^t, 0.404^t, 0.403^t, 0.327, 0.110, 0.067, 0.057, 0.033, 0.019, 0.011
T048	0.25	3.509	11	4	TT	0.653^t1, 0.614^t2, 0.606^t2, 0.509^t1,0.506^t1, 0.372^t2, 0.155, 0.040, 0.023, 0.023, 0.008
T049	0.25	2.466	6	1	T	0.679^t, 0.678^t, 0.455^t, 0.316, 0.312, 0.026
T050	0.25	3.010	8	1	BT	0.729^b, 0.697^b, 0.325^t, 0.319^t, 0.317^t, 0.307, 0.282, 0.034
T051	0.25	2.669	10	2	BB	0.654^b1, 0.526^b1, 0.440^b2, 0.323, 0.274^b2, 0.160, 0.129, 0.092, 0.048, 0.023
T052	0.25	3.717	13	6	Q	0.859^q, 0.856^q, 0.442^q, 0.439^q, 0.321, 0.318, 0.271, 0.057, 0.046, 0.037, 0.029, 0.024,
						0.018
T053	0.25	3.343	12	5	T	0.762^t, 0.687^t, 0.660, 0.385, 0.285, 0.267, 0.161, 0.044, 0.036, 0.026, 0.016, 0.014^t
T054	0.25	3.506	12	5	B	0.779^b, 0.592^b, 0.504, 0.466, 0.350, 0.334, 0.315, 0.073, 0.027, 0.026, 0.022, 0.018
T055	0.25	3.791	6	1	Q	0.935^q, 0.924^q, 0.850^q, 0.847^q, 0.182, 0.053
T056	0.25	3.841	6	1	Q	1.111^q, 1.051^q, 0.563^q, 0.552^q, 0.531, 0.033
T057	0.25	3.712	4	0	Q	1.183^q, 0.913^q, 0.813^q, 0.803^q
T058	0.25	3.758	11	4	B	0.985, 0.966^b, 0.547^b, 0.457, 0.452, 0.105, 0.084, 0.059, 0.052, 0.032, 0.019
T059	0.25	3.510	10	2	BBT	0.847^b1, 0.786^b1, 0.663, 0.298^t, 0.296^t, 0.289^t, 0.127^b2, 0.122,^b2 0.078, 0.014
T060	0.25	3.882	8	3	T	1.155, 0.930^t, 0.885^t, 0.426^t, 0.418, 0.031, 0.023, 0.014

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