astroph-2010 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	power law	3392	1452	2.562	0.000833	1001.2441,1001.0334,etc
2	X-ray emission	3246	1088	2.988	0.001178	1001.3688,1001.3998,etc
3	accretion rate	3784	899	5.028	0.001782	1001.3688,1001.0145,etc
4	X-ray luminosity	2364	753	2.444	0.001141	1001.2441,1001.3688,etc
5	magnetic field strength	1766	714	2.312	0.001896	1001.3998,1001.1173,etc
6	X-ray spectrum	1667	659	3.074	0.000767	1001.2441,1001.3456,etc
7	star formation history	1587	622	2.64	0.001459	1001.4828,1001.1834,etc
8	star-forming galaxy	1956	612	2.556	0.001182	1001.2009,1001.2476,etc
9	large-scale structure	1022	533	2.041	0.000569	1001.4707,1001.5110,etc
10	magnetic field line	1278	522	2.675	0.001788	1001.2771,1001.5182,etc
11	X-ray source	1946	521	4.033	0.001558	1001.3688,1001.0870,etc
12	X-ray flux	1142	516	2.344	0.000811	1001.3688,1001.1577,etc
13	gas temperature	1260	513	2.281	0.000833	1001.2441,1001.1443,etc
14	hot gas	1585	506	2.952	0.001545	1001.2141,1001.2606,etc
15	star-forming region	989	504	2.947	0.000576	1001.2141,1001.0334,etc
16	early-type galaxy	1909	497	2.688	0.001453	1001.4828,1001.2141,etc
17	X-ray datum	920	496	2.265	0.000604	1001.2441,1001.1656,etc
18	stellar radius	942	495	2.026	0.000819	1001.0416,1001.0501,etc
19	semi-major axis	1338	481	3.0	0.000971	1001.5412,1001.3417,etc
20	dust emission	1276	479	2.091	0.001	1001.3930,1001.1668,etc
21	halo mass	2297	477	6.838	0.001446	1001.1656,1001.2368,etc
22	photon index	1296	467	3.333	0.000943	1001.5410,1001.0870,etc
23	black hole mass	1939	466	4.548	0.003557	1001.3456,1001.0870,etc
24	orbital parameter	998	460	2.722	0.000808	1001.4774,1001.1957,etc
25	gas mass	1126	446	3.094	0.000796	1001.2009,1001.2141,etc
26	best-fit value	885	440	2.486	0.000912	1001.4707,1001.0334,etc
27	count rate	1140	435	2.545	0.000928	1001.2441,1001.3688,etc
28	dark matter particle	1117	432	2.714	0.002329	1001.0756,1001.4127,etc
29	N-body simulation	1081	427	2.96	0.00068	1001.4707,1001.1198,etc
30	redshift distribution	1215	426	2.615	0.000966	1001.5039,1001.2015,etc
31	Paper I	3035	419	10.0	0.001808	1001.0488,1001.1680,etc
32	mass accretion rate	1286	411	3.421	0.00174	1001.0145,1001.1577,etc
33	dust temperature	1333	410	2.759	0.001262	1001.3930,1001.1155,etc
34	diffuse emission	967	394	2.25	0.000749	1001.3998,1001.1871,etc
35	massive cluster	1009	392	2.529	0.000962	1001.2009,1001.1656,etc
36	line flux	916	383	2.235	0.001015	1001.1871,1001.2118,etc
37	Fourier space	747	376	2.844	0.000557	1001.4707,1001.3125,etc
38	inner disk	1168	372	3.32	0.00149	1001.2989,1001.5070,etc
39	item We	684	372	2.25	0.000367	1001.0971,1001.0488,etc
40	band image	920	370	2.483	0.000718	1001.3688,1001.5162,etc
41	spectral indices	834	356	2.167	0.000887	1001.3998,1001.4555,etc
42	optical datum	614	355	2.4	0.000459	1001.3688,1001.2141,etc
43	systemic velocity	914	351	2.783	0.000769	1001.4903,1001.2480,etc
44	central engine	782	341	2.037	0.000984	1001.1173,1001.1973,etc
45	whole sample	585	340	2.087	0.000494	1001.1547,1001.4479,etc
46	density field	1135	331	3.391	0.001448	1001.4707,1001.4479,etc
47	unit mass	479	325	2.571	0.000359	1001.2009,1001.3612,etc
48	evolutionary model	741	324	3.621	0.000825	1001.1834,1001.0416,etc
49	central source	710	322	2.941	0.000912	1001.3399,1001.3672,etc
50	power-law index	574	320	2.036	0.000607	1001.2009,1001.3456,etc
51	redshift bin	1236	319	4.36	0.001141	1001.4707,1001.2168,etc
52	evolution equation	804	317	3.286	0.000822	1001.3125,1001.0575,etc
53	cluster mass	1164	315	4.357	0.001471	1001.2009,1001.1656,etc
54	Participating Institutions	629	309	2.16	0.000423	1001.4479,1001.2015,etc
55	outer disk	1305	305	4.238	0.00175	1001.0356,1001.3026,etc
56	electric field	1281	304	2.682	0.002043	1001.0575,1001.0739,etc
57	stellar density	606	303	2.3	0.000664	1001.0416,1001.3417,etc
58	dense gas	670	303	3.118	0.000616	1001.4828,1001.3687,etc
59	source term	849	301	5.36	0.000735	1001.4707,1001.0575,etc
60	velocity range	673	300	2.111	0.000631	1001.0488,1001.4757,etc
61	mass-loss rate	1305	299	3.762	0.001991	1001.5412,1001.1668,etc
62	body simulation	1013	291	4.567	0.001171	1001.4479,1001.3417,etc
63	outer boundary	534	289	2.143	0.000624	1001.3074,1001.4009,etc
64	mass-to-light ratio	610	287	2.125	0.000632	1001.2737,1001.2926,etc
65	central galaxy	1202	281	5.652	0.001509	1001.2141,1001.2368,etc
66	ray emission	1062	279	4.65	0.001772	1001.1606,1001.1275,etc
67	size distribution	879	278	3.708	0.000966	1001.0655,1001.0488,etc
68	solar neighborhood	583	278	3.615	0.000743	1001.4774,1001.0316,etc
69	gamma ray	885	277	2.5	0.001513	1001.1855,1001.1419,etc
70	total stellar mass	478	277	2.35	0.000868	1001.4828,1001.2009,etc
71	peak flux	590	276	3.048	0.001005	1001.3688,1001.1577,etc
72	late-type galaxy	766	276	3.8	0.000918	1001.2009,1001.2141,etc
73	matter power spectrum	892	275	3.5	0.002069	1001.4707,1001.5088,etc
74	magnitude limit	471	274	2.08	0.000348	1001.2141,1001.2168,etc
75	intrinsic scatter	821	273	3.333	0.000981	1001.2009,1001.1656,etc
76	cluster core	843	273	3.905	0.000883	1001.2441,1001.3417,etc
77	nuclear region	782	273	3.556	0.001013	1001.2480,1001.1871,etc
78	X-ray binary	455	270	2.136	0.000605	1001.3688,1001.0813,etc
79	computational domain	618	268	2.13	0.000721	1001.0575,1001.3074,etc
80	number count	845	267	4.733	0.001156	1001.0896,1001.0876,etc
81	spectral slope	525	261	2.294	0.000749	1001.2118,1001.4362,etc
82	rotation velocity	695	261	2.692	0.000831	1001.3406,1001.1395,etc
83	young stellar population	610	259	2.04	0.00099	1001.4828,1001.2141,etc
84	gas phase	699	259	2.667	0.001031	1001.4903,1001.2009,etc
85	young cluster	620	258	4.105	0.000538	1001.2009,1001.3417,etc
86	null hypothesis	557	253	2.4	0.000802	1001.5412,1001.3415,etc
87	analytical solution	517	253	2.053	0.000612	1001.0575,1001.0747,etc
88	necessary condition	349	250	2.25	0.000519	1001.4707,1001.1155,etc
89	target star	552	249	2.696	0.000732	1001.0655,1001.0416,etc
90	oxygen abundance	997	244	2.478	0.001561	1001.4828,1001.1834,etc
91	solar surface	581	244	4.615	0.001041	1001.2183,1001.4009,etc
92	gas fraction	775	243	4.2	0.001288	1001.2009,1001.3406,etc
93	semi-analytic model	656	242	4.083	0.001285	1001.2304,1001.3115,etc
94	dense environment	380	242	2.6	0.00043	1001.0005,1001.2168,etc
95	empirical relation	359	241	2.65	0.000776	1001.3688,1001.1577,etc
96	fundamental parameter	427	238	2.333	0.000984	1001.2476,1001.1155,etc
97	paper I	733	238	2.083	0.001128	1001.0488,1001.1680,etc
98	mass star	405	238	2.381	0.000434	1001.2009,1001.3672,etc
99	red galaxy	869	237	3.733	0.001323	1001.2368,1001.4639,etc
100	massive star formation	449	237	2.5	0.000789	1001.0971,1001.1871,etc