astroph-200005 新词(合成词)列表

这里只显示在超过10篇文章中出现的候选词(前100个)

编号	候选名词	总数	文章数	重复频率	词频弥散	来源期刊
1	warm absorber	38	11	3.7	0.006556	0005166,0005172,etc
2	hardness ratio	40	13	2.917	0.005157	0005489,0005491,etc
3	high accretion rate	32	15	2.071	0.003942	0005132,0005126,etc
4	magnetic field line	43	12	3.636	0.003913	0005582,0005216,etc
5	accretion rate	284	57	5.018	0.003703	0005132,0005126,etc
6	Fe line	99	12	8.636	0.002846	0005105,0005599,etc
7	density field	73	26	2.88	0.002625	0005558,0005448,etc
8	gamma-ray burst	60	20	2.368	0.002307	0005379,0005293,etc
9	hydrogen column density	34	14	2.538	0.002295	0005586,0005497,etc
10	X-ray variability	22	11	2.1	0.002191	0005097,0005140,etc
11	two-point correlation function	27	12	2.364	0.002165	0005485,0005016,etc
12	time variation	28	13	2.25	0.00199	0005101,0005599,etc
13	nonlinear regime	23	11	2.2	0.0018	0005105,0005087,etc
14	metal-poor star	41	13	3.333	0.001798	0005367,0005353,etc
15	X-ray emission	223	66	3.231	0.001792	0005592,0005586,etc
16	iron line	55	17	3.375	0.001765	0005126,0005136,etc
17	cluster formation	32	11	2.8	0.001651	0005485,0005522,etc
18	black hole mass	70	23	2.955	0.001629	0005478,0005530,etc
19	star formation history	91	30	2.862	0.001599	0005198,0005586,etc
20	dust temperature	48	18	2.765	0.001462	0005198,0005101,etc
21	X-ray luminosity	162	46	3.489	0.001452	0005485,0005605,etc
22	radio-quiet quasar	29	11	2.8	0.001433	0005016,0005385,etc
23	nuclear starburst	38	14	2.769	0.001413	0005198,0005052,etc
24	emission region	28	13	2.167	0.001406	0005592,0005478,etc
25	peak luminosity	44	17	2.188	0.001364	0005599,0005559,etc
26	central object	84	27	3.192	0.00133	0005485,0005398,etc
27	power law model	28	12	2.273	0.001326	0005126,0005285,etc
28	Paper I	169	25	7.0	0.001324	0005558,0005586,etc
29	large-scale structure	61	25	2.5	0.001306	0005558,0005450,etc
30	photon energy	46	18	2.647	0.0013	0005225,0005523,etc
31	energy band	54	24	2.261	0.001267	0005232,0005605,etc
32	peak flux	47	19	2.444	0.00124	0005379,0005256,etc
33	photon index	83	37	2.278	0.001236	0005605,0005256,etc
34	X-ray source	184	53	3.519	0.00114	0005592,0005166,etc
35	early-type galaxy	71	23	3.091	0.001137	0005558,0005450,etc
36	number count	57	21	2.8	0.001118	0005101,0005256,etc
37	Fe abundance	41	13	3.25	0.001104	0005188,0005179,etc
38	hot gas	80	26	3.08	0.001086	0005485,0005419,etc
39	redshift distribution	61	21	3.0	0.001074	0005016,0005536,etc
40	orbital parameter	36	15	2.5	0.001067	0005485,0005194,etc
41	spectral indices	47	21	2.3	0.001066	0005592,0005383,etc
42	power law	262	94	2.806	0.001052	0005132,0005300,etc
43	count rate	96	42	2.317	0.00105	0005592,0005517,etc
44	gas mass	50	22	2.286	0.001031	0005198,0005485,etc
45	iron abundance	43	13	2.833	0.001028	0005353,0005188,etc
46	linear theory	55	23	2.455	0.001018	0005558,0005450,etc
47	gas temperature	70	21	3.45	0.00101	0005065,0005461,etc
48	nuclear region	71	21	3.35	0.001006	0005198,0005052,etc
49	central engine	66	21	3.2	0.000994	0005383,0005385,etc
50	high state	32	14	2.385	0.000961	0005132,0005136,etc
51	maximum mass	28	11	2.7	0.000961	0005535,0005455,etc
52	X-ray binary	38	19	2.056	0.000934	0005517,0005523,etc
53	old population	28	11	2.7	0.000932	0005353,0005305,etc
54	paper I	68	20	3.526	0.000924	0005410,0005586,etc
55	power-law index	36	17	2.125	0.000918	0005198,0005605,etc
56	solar neighborhood	51	23	2.182	0.000909	0005353,0005071,etc
57	density contrast	66	21	3.2	0.000908	0005300,0005105,etc
58	cluster core	42	15	2.929	0.000903	0005485,0005096,etc
59	Salpeter IMF	34	15	2.143	0.000901	0005485,0005179,etc
60	low-mass star	77	25	3.167	0.000879	0005356,0005198,etc
61	boundary condition	83	31	2.7	0.000868	0005300,0005582,etc
62	late-type star	61	17	3.625	0.000868	0005247,0005062,etc
63	semi-major axis	28	11	2.7	0.000867	0005200,0005245,etc
64	diffuse emission	58	16	3.8	0.000843	0005234,0005285,etc
65	X-ray flux	69	34	2.03	0.000823	0005592,0005478,etc
66	temperature structure	34	13	2.75	0.000793	0005300,0005056,etc
67	dust emission	52	23	2.318	0.000775	0005300,0005198,etc
68	inner radius	45	18	2.529	0.000759	0005366,0005398,etc
69	spectral evolution	41	12	3.455	0.000758	0005517,0005523,etc
70	main component	32	15	2.214	0.000746	0005582,0005101,etc
71	oxygen abundance	42	16	2.4	0.000719	0005257,0005097,etc
72	detector pixel	33	11	3.1	0.000709	0005531,0005548,etc
73	viscosity parameter	26	12	2.273	0.000701	0005119,0005019,etc
74	strong line	48	18	2.765	0.000686	0005585,0005448,etc
75	magnitude limit	34	16	2.133	0.000673	0005485,0005200,etc
76	BeppoSAX observation	31	11	2.8	0.000662	0005478,0005126,etc
77	massive cluster	31	14	2.308	0.000653	0005485,0005260,etc
78	nearby cluster	41	17	2.25	0.000644	0005485,0005536,etc
79	continuum flux	30	15	2.071	0.000629	0005228,0005426,etc
80	power-law model	29	14	2.154	0.000582	0005605,0005599,etc
81	outer boundary	29	14	2.154	0.000567	0005366,0005230,etc
82	inner disk	49	24	2.087	0.000556	0005523,0005497,etc
83	systemic velocity	35	15	2.429	0.000554	0005522,0005065,etc
84	semi-analytic model	25	12	2.182	0.000546	0005485,0005323,etc
85	hot dust	25	11	2.4	0.000544	0005217,0005570,etc
86	band image	38	18	2.176	0.000523	0005586,0005536,etc
87	outer disk	38	16	2.4	0.000516	0005586,0005019,etc
88	Appendix A	47	22	2.095	0.00048	0005530,0005305,etc
89	galaxy population	27	13	2.167	0.000465	0005485,0005323,etc
90	soft photon	26	11	2.1	0.000463	0005232,0005523,etc
91	star-forming region	51	24	2.13	0.000442	0005198,0005391,etc
92	galaxy mass	23	11	2.2	0.000426	0005586,0005285,etc
93	star-forming galaxy	37	15	2.071	0.000421	0005198,0005485,etc
94	cluster mass	38	17	2.062	0.00038	0005485,0005096,etc
95	completeness limit	35	14	2.615	0.000335	0005016,0005200,etc