Dependence of Temperatures and Kinetic Freeze-Out Volume on Centrality in Au-Au and Pb-Pb Collisions at High Energy

Table 1

Values of effective temperatures ( and ), volumes ( and ), , and number of degree of freedom (ndof) corresponding to the curves in Figures 1 and 2.

Figure	Particle	Centrality	(GeV)	(GeV)	((fm)^3)	((fm)^3)		ndof
Figure 1; Au-Au; 200 GeV	π^−	0–5%					45	24
		5–10%					14	24
		10–15%					233	24
		15–20%					63	24
		20–30%					87	24
		30–40%					276	24
		40–50%					388	24
		50–60%					146	24
		60–70%					71	24
		70–80%					256	24
		80–92%					69	24
	K^−	0–5%					17	12
		5–10%					18	12
		10–15%					24	12
		15–20%					14	12
		20–30%					18	12
		30–40%					13	12
		40–50%					24	12
		50–60%					9	12
		60–70%					35	12
		70–80%					215	12
		80–92%					66	12
		0–5%					17	18
		5–10%					20	18
		10–15%					162	18
		15–20%					35	18
		20–30%					41	18
		30–40%					11	18
		40–50%					39	18
		50–60%					43	18
		60–70%					28	18
		70–80%					110	18
		80–92%					5	18
Figure 2; Pb-Pb; 2.76 TeV	π^−	0–5%					206	37
		5–10%					101	37
		10–20%					70	37
		20–30%					94	37
		30–40%					244	37
		40–50%					110	37
		50–60%					206	37
		60–70%					125	35
		70–80%					502	35
		80–90%					119	35
	K^−	0–5%					3	32
		5–10%					15	32
		10–20%					8	32
		20–30%					22	32
		30–40%					12	32
		40–50%					119	32
		50–60%					26	32
		60–70%					46	32
		70–80%					71	32
		80–90%					75	32
		0–5%					49	33
		5–10%					373	33
		10–20%					43	33
		20–30%					52	33
		30–40%					20	33
		40–50%					109	33
		50–60%					67	33
		60–70%					75	33
		70–80%					104	33
		80–90%					122	33