THE TEXAS P³M DATABASE

This page is under construction

Information about the database can be found in: Martel & Matzner, Ap.J., 530, 525 (2000)

TABLE 1. CLUSTER NORMALIZATION
Omega_0	lambda_0	sigma_8
0.2	0.0	1.09
	0.8	1.24
0.3	0.0	0.91
	0.7	1.00
0.35	0.0	0.85
	0.65	0.92
0.5	0.0	0.72
	0.5	0.77
0.7	0.0	0.62
	0.3	0.64
1.0	0.0	0.53

• Initial Parameter Survey
• High-Resolution Simulations

Initial Parameter Survey

160 simulations, 64³ particles, 100 Mpc box, COBE-normalized

Omega_0	lambda_0	H_0	sigma_8	n	Dumps	Clus.-norm.	Runs
0.2	0.0	55	0.3	1.2187	101	-	Gb1, Gb2, Gb3
		60	0.3	1.1539	92	-	Ae1
		65	0.3	1.0966	85	-	Ac1, Ac2, Ac3
			0.5	1.3188	85	-	Aa1, Aa2, Aa3
		70	0.3	1.0454	79	-	Af1
		75	0.3	0.9993	74	-	Ad1, Ad2, Ad3
			0.4	1.1228	74	-	Ta1, Ta2, Ta3
			0.5	1.2190	74	-	Ab1, Ab2, Ab3
			0.6	1.2979	74	-	Tb1, Tb2, Tb3
			0.7	1.3648	74	-	Tc1, Tc2, Tc3
		85	0.8	0.9191	65	-	Hb1, Hb2, Hb3
	0.8	55	0.8	1.2057	128	-	Gc1, Gc2, Gc3
		60	0.6	0.9948	117	-	Ke1
		65	0.6	0.9326	108	-	Kc1, Kc2, Kc3
			0.7	1.0062	108	-	Ua1, Ua2, Ua3
			0.8	1.0702	108	-	Ka1, Ka2, Ka3
			0.9	1.1269	108	-	Ub1, Ub2, Ub3
			1.0	1.1568	108	-	Uc1, Uc2, Uc3
		70	0.6	0.8771	101	-	Kf1
		75	0.6	0.8293	94	-	Kd1, Kd2, Kd3
			0.8	0.9629	94	-	Kb1, Kb2, Kb3
		85	0.8	0.8749	83	-	Hc1, Hc2, Hc3
Omega_0	lambda_0	H_0	sigma_8	n	Dumps	Clus.-norm.	Runs
0.3	0.0	75	0.85	1.1748	68	X	Ea1, Ea2, Ea3
	0.7		0.9	0.8796	81	X	Pa1, Pa2, Pa3
0.35	0.0	60	0.6	1.0670	82	-	De1
		65	0.6	1.0167	76	-	Da1
			0.8	1.1428	76	X	Dc1
		70	0.6	0.9718	71	-	Df1
		75
			0.6	0.9314	66	-	Db1
	0.8	1.0561	66	X	Dd1
	0.65
		60	0.7	0.8614	95	-	Ne1
		65	0.7	0.8098	88	-	Na1
			0.9	0.9251	88	X	Nc1
		70	0.7	0.7640	82	-	Nf1
75		0.7	0.7228	76	-	Nb1
	0.9	0.8363	76	X	Nd1
Omega_0	lambda_0	H_0	sigma_8	n	Dumps	Clus.-norm.	Runs
0.5	0.0	60	0.8	0.9912	76	X	Be1
		65	0.8	0.9457	70	X	Bc1, Bc2, Bc3
			1.0	1.0439	70	-	Ba1, Ba2, Ba3
		70	0.8	0.9051	65	X	Bf1
		75	0.8	0.8686	61	X	Bd1, Bd2, Bd3
			1.0	0.9656	61	-	Bb1, Bb2, Bb3
	0.5	60	0.8	0.8264	83	X	Le1
		65	0.8	0.7808	77	X	Lc1, Lc2, Lc3
			1.0	0.8807	77	-	La1, La2, La3
		70	0.8	0.7403	71	X	Lf1
		75	0.8	0.7049	66	X	Ld1, Ld2, Ld3
			1.0	0.8024	66	-	Lb1, Lb2, Lb3
0.7	0.0	65	0.9	0.8461	64	-	Cc1, Cc2, Cc3
			1.1	0.9346	64	-	Ca1, Ca2, Ca3
		75	0.9	0.7773	56	-	Cd1, Cd2, Cd3
			1.1	0.8648	56	-	Cb1, Cb2, Cb3
	0.3	65	0.9	0.7720	67	-	Mc1, Mc2, Mc3
			1.1	0.8601	67	-	Ma1, Ma2, Ma3
		75	0.9	0.7042	58	-	Md1, Md2, Md3
			1.1	0.7912	58	-	Mb1, Mb2, Mb3
Omega_0	lambda_0	H_0	sigma_8	n	Dumps	Clus.-norm.	Runs
1.0	0.0	50	0.5	0.5836	75	X	Xg1, Xg2, Xg3
		55	1.0	0.8465	69	-	Ga1, Ga2, Ga3
		60	1.0	0.8057	63	-	Xe1
		65	0.9	0.7234	58	-	Sa1, Sa2, Sa3
			1.0	0.7698	58	-	Xa1, Xa2, Xa3
			1.1	0.8120	58	-	Sb1, Sb2, Sb3
			1.2	0.8506	58	-	Xc1, Xc2, Xc3
			1.3	0.8861	58	-	Sc1, Sc2, Sc3
		70	1.0	0.7380	54	-	Xf1
		75	1.0	0.7094	50	-	Xb1, Xb2, Xb3
			1.2	0.7893	50	-	Xd1, Xd2, Xd3
		85	1.0	0.6605	44	-	Ha1, Ha2, Ha3

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High-Resolution Simulations

10 simulations with up to 256³ particles.

These simulations focus on 5 particular cosmological models:

• Open CDM (OCDM)
• Tilted, Open CDM (TOCDM and TOCDM2)
• Lambda CDM (LCDM)
• Tilted, Lambda CDM (TLCDM)
• Tilted CDM (TCDM)

Model	Omega_0	lambda_0	H_0	sigma_8	n	Clus.-norm.
OCDM	0.3	0.0	65	0.463	1.0000	-
TOCDM	0.3	0.0	65	0.910	1.2962	X
TOCDM2	0.3	0.0	70	1.000	1.2480	-
LCDM	0.3	0.7	65	0.953	1.0000	X
TLCDM	0.3	0.7	70	1.000	0.9728	-
TCDM	1.0	0.0	55	0.720	0.7000	-

The simulations use either 64³, 120³, 140³, or 256³ particles. The 64³ particles simulations were "preliminary runs." The 140³ particle simulations used as initial conditions the same set of plane waves as the 64³ particle simulations (Fb1 used the same set of plane waves as Ef2).

Model	L_box	N_part	z_init	Dumps	Runs
OCDM	40 h-1 Mpc	1203	24	79	Fd1
TOCDM				79	Fc1
LCDM				93	Qb1
TCDM				69	Yb1
OCDM	100 h-1 Mpc	643		79	Ef1, Ef2
TOCDM				79	Ee1
LCDM				93	Pd1
TCDM				69	Xi1
OCDM		1403		79	Fb1
TOCDM				79	Fa1
LCDM				93	Qa1
TCDM				69	Ya1
LCDM	200 h-1 Mpc	2563	9	24	Ra1
TCDM			6	20	Za1

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