astroph-201705 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	hii region	203	14	15.231	0.007178	1705.09301,1705.02549,etc
2	relative orientation	61	14	4.538	0.004867	1705.03795,1705.09238,etc
3	primordial power spectrum	57	17	3.5	0.003779	1705.00405,1705.01534,etc
4	jet power	98	19	5.389	0.003684	1705.05037,1705.05516,etc
5	nuclear recoil	56	11	5.5	0.003678	1705.05107,1705.00613,etc
6	SNe Ia	168	17	10.25	0.003603	1705.09023,1705.10875,etc
7	line list	109	14	8.308	0.003366	1705.07198,1705.10840,etc
8	reheating temperature	74	13	5.833	0.003259	1705.04521,1705.11098,etc
9	angular momentum transport	137	20	7.105	0.003035	1705.11058,1705.10326,etc
10	interaction rate	48	14	3.615	0.002907	1705.09292,1705.07920,etc
11	reaction rate	67	15	4.714	0.002899	1705.10677,1705.04700,etc
12	proto-neutron star	62	11	6.0	0.00286	1705.02096,1705.00620,etc
13	black hole mass	188	42	4.366	0.002851	1705.05037,1705.05398,etc
14	scalar spectral index	47	14	3.385	0.002755	1705.03888,1705.03024,etc
15	dust mass	160	32	5.129	0.002699	1705.07596,1705.05867,etc
16	hard state	109	11	10.7	0.002662	1705.05037,1705.03431,etc
17	halo mass	655	74	8.836	0.002571	1705.05639,1705.07582,etc
18	gravity model	91	15	5.571	0.002435	1705.05328,1705.11098,etc
19	gas fraction	193	31	6.2	0.002391	1705.03053,1705.00026,etc
20	chemical evolution model	54	12	3.545	0.00237	1705.03251,1705.01897,etc
21	semimajor axe	34	13	2.75	0.002313	1705.10540,1705.09273,etc
22	metallicity effect	31	11	3.0	0.002236	1705.10855,1705.10283,etc
23	dust model	63	14	4.769	0.002214	1705.05530,1705.01534,etc
24	gas surface density	106	29	3.571	0.002186	1705.03514,1705.06235,etc
25	mass-loss rate	156	33	4.5	0.002141	1705.02709,1705.07898,etc
26	inner disc	104	23	4.682	0.002133	1705.10297,1705.09547,etc
27	debris disk	57	14	4.308	0.002125	1705.05867,1705.03089,etc
28	neutrino mass	95	31	3.033	0.002121	1705.00496,1705.01458,etc
29	redshift distribution	119	39	3.0	0.002104	1705.05328,1705.05639,etc
30	high mass galaxy	31	11	2.9	0.002085	1705.07596,1705.03474,etc
31	Paper I	338	33	10.188	0.002083	1705.02709,1705.02346,etc
32	motion resonance	57	18	3.235	0.002081	1705.05867,1705.10895,etc
33	soft X-ray emission	48	11	2.7	0.002069	1705.09956,1705.04465,etc
34	nuclear region	132	29	4.643	0.002034	1705.03053,1705.03251,etc
35	bulk Lorentz factor	48	13	3.917	0.001994	1705.02888,1705.06185,etc
36	peak luminosity	49	22	2.286	0.001984	1705.10297,1705.03895,etc
37	high-energy neutrino	39	12	3.273	0.001948	1705.02358,1705.00497,etc
38	control sample	102	19	5.611	0.001926	1705.10849,1705.10283,etc
39	linear order	63	19	3.444	0.001914	1705.08602,1705.04700,etc
40	vertical structure	75	18	4.235	0.001914	1705.05516,1705.00383,etc
41	mass transfer rate	52	14	3.769	0.001911	1705.03682,1705.03164,etc
42	mass accretion rate	139	48	2.915	0.001895	1705.10269,1705.05516,etc
43	Planck datum	55	25	2.25	0.00186	1705.02770,1705.11098,etc
44	outer disk	117	30	3.966	0.001858	1705.05516,1705.05867,etc
45	small body	55	13	4.5	0.001825	1705.08427,1705.00893,etc
46	reference model	104	27	3.538	0.001822	1705.03795,1705.10326,etc
47	log-normal distribution	67	30	2.103	0.001818	1705.07935,1705.08893,etc
48	relic density	125	15	7.714	0.001816	1705.09292,1705.07935,etc
49	central galaxy	273	41	6.675	0.001777	1705.07582,1705.03476,etc
50	accretion rate	436	113	3.866	0.001735	1705.05037,1705.05639,etc
51	gas motion	48	15	3.357	0.001707	1705.01104,1705.01787,etc
52	standard scenario	30	13	2.417	0.001705	1705.00950,1705.02348,etc
53	inner disk	115	32	3.677	0.001696	1705.05516,1705.01919,etc
54	disk formation	34	11	3.3	0.001682	1705.03474,1705.10321,etc
55	high density region	26	13	2.083	0.001658	1705.03894,1705.06541,etc
56	cluster centre	83	16	5.4	0.001656	1705.10712,1705.05724,etc
57	transmission spectrum	59	14	4.308	0.001642	1705.06288,1705.08893,etc
58	thermal dust emission	22	11	2.1	0.00164	1705.05530,1705.00411,etc
59	ambient medium	111	33	3.344	0.001635	1705.00950,1705.09023,etc
60	inflaton field	68	17	4.125	0.001631	1705.05387,1705.06225,etc
61	event rate	78	28	2.852	0.00161	1705.07780,1705.07553,etc
62	body simulation	141	40	3.359	0.001602	1705.05328,1705.05398,etc
63	magnetic field strength	252	87	2.919	0.001602	1705.03795,1705.10297,etc
64	thermal bath	27	12	2.364	0.001576	1705.09292,1705.00496,etc
65	dark sector	66	23	2.955	0.001576	1705.01072,1705.01105,etc
66	N-body simulation	157	39	4.105	0.001575	1705.03251,1705.01988,etc
67	low mass galaxy	49	16	3.0	0.001567	1705.02358,1705.03474,etc
68	thermal conduction	60	18	3.353	0.001566	1705.01104,1705.04820,etc
69	Sun-like star	57	18	3.294	0.001534	1705.06288,1705.01285,etc
70	second phase	27	12	2.364	0.001534	1705.02549,1705.09320,etc
71	extinction law	68	32	2.129	0.001521	1705.01951,1705.10855,etc
72	mass outflow rate	40	11	3.8	0.001501	1705.03891,1705.00620,etc
73	count rate	153	48	3.17	0.0015	1705.06744,1705.06446,etc
74	halo property	62	13	5.0	0.001488	1705.02358,1705.03888,etc
75	magnetic field vector	30	12	2.636	0.001477	1705.01540,1705.10002,etc
76	X-ray luminosity	316	82	3.889	0.001468	1705.05037,1705.05639,etc
77	low mass halo	37	12	3.273	0.001463	1705.02358,1705.00026,etc
78	dense gas	121	38	3.243	0.001456	1705.10677,1705.02197,etc
79	dark matter particle	87	40	2.154	0.001448	1705.09292,1705.07805,etc
80	rotational temperature	73	15	5.143	0.001442	1705.10269,1705.10539,etc
81	disk mass	93	24	4.0	0.001436	1705.05516,1705.06378,etc
82	signal event	41	12	3.636	0.001435	1705.07935,1705.07780,etc
83	matter power spectrum	77	34	2.303	0.001427	1705.06792,1705.00496,etc
84	dust particle	104	25	4.083	0.001414	1705.02197,1705.10539,etc
85	external medium	63	15	4.286	0.001413	1705.02790,1705.03384,etc
86	angular momentum loss	34	16	2.067	0.00141	1705.07898,1705.10321,etc
87	broad component	70	15	4.929	0.001396	1705.01806,1705.03891,etc
88	envelope mass	99	19	4.556	0.001387	1705.10269,1705.08457,etc
89	dust temperature	203	49	4.167	0.001379	1705.05867,1705.05530,etc
90	star-forming galaxy	465	86	5.435	0.001377	1705.02709,1705.03476,etc
91	unstable mode	47	20	2.421	0.001377	1705.01054,1705.06142,etc
92	time bin	38	12	3.182	0.001372	1705.05842,1705.04171,etc
93	Bayesian analysis	49	20	2.526	0.001357	1705.06744,1705.05842,etc
94	flux tube	53	14	3.385	0.00135	1705.02790,1705.00180,etc
95	metal-poor star	84	23	3.773	0.001343	1705.08785,1705.00963,etc
96	Fe line	57	20	2.947	0.001328	1705.01984,1705.01897,etc
97	small separation	42	19	2.278	0.001327	1705.05328,1705.08785,etc
98	neutrino flux	72	18	4.176	0.001327	1705.07780,1705.05516,etc
99	dense molecular gas	38	11	3.3	0.001323	1705.01912,1705.05851,etc
100	detection rate	91	33	2.812	0.001321	1705.07935,1705.06537,etc