astroph-200406 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
	SNe Ia	209	18	10.353	0.007821	0406437,0406173,etc
	two-point correlation function	52	15	3.643	0.004341	0406425,0406081,etc
	black hole mass	173	30	4.586	0.004329	0406272,0406401,etc
	broad component	39	12	3.455	0.003362	0406179,0406286,etc
	dark energy density	46	14	3.462	0.00324	0406672,0406407,etc
	inner boundary	86	19	4.611	0.00293	0406182,0406401,etc
	peak luminosity	40	11	2.1	0.002777	0406437,0406173,etc
	narrow component	33	11	3.2	0.002632	0406265,0406012,etc
	size distribution	62	13	5.0	0.002499	0406556,0406460,etc
	best-fitting model	56	11	5.5	0.002469	0406407,0406599,etc
	Paper I	193	31	6.4	0.002338	0406672,0406146,etc
	oxygen abundance	64	13	5.25	0.002335	0406642,0406426,etc
	central black hole	83	27	3.115	0.002176	0406128,0406401,etc
	systemic velocity	78	26	3.08	0.002141	0406146,0406335,etc
	second component	24	11	2.3	0.002115	0406644,0406597,etc
	cluster formation	53	14	4.0	0.002046	0406563,0406425,etc
	mass profile	109	22	5.143	0.001957	0406563,0406312,etc
	accretion rate	206	47	4.348	0.001878	0406272,0406229,etc
	outer disk	60	23	2.591	0.001863	0406426,0406587,etc
	body simulation	53	15	3.643	0.001796	0406146,0406331,etc
	magnetic field strength	108	30	3.69	0.001768	0406229,0406230,etc
	high optical depth	24	11	2.1	0.001738	0406141,0406282,etc
	dark energy equation	28	11	2.7	0.001662	0406672,0406608,etc
	disk model	56	13	4.333	0.001632	0406050,0406401,etc
	massive cluster	74	27	2.808	0.001496	0406366,0406049,etc
	diffuse emission	74	33	2.281	0.001488	0406644,0406240,etc
	number count	60	22	2.524	0.001444	0406331,0406505,etc
	luminous quasar	27	13	2.167	0.001443	0406217,0406560,etc
	halo mass	124	21	5.4	0.001431	0406594,0406217,etc
	dust emission	78	34	2.273	0.001409	0406604,0406602,etc
	tidal field	29	11	2.8	0.001379	0406128,0406154,etc
	jet axis	86	17	5.312	0.001354	0406545,0406311,etc
	X-ray emission	299	72	4.183	0.001342	0406112,0406312,etc
	solar neighborhood	35	13	2.75	0.001334	0406462,0406446,etc
	analytic model	38	12	3.091	0.001311	0406259,0406594,etc
	power-law component	45	14	3.385	0.00131	0406272,0406208,etc
	cluster core	57	20	2.895	0.001304	0406049,0406367,etc
	central galaxy	42	13	3.417	0.001282	0406594,0406034,etc
	surface brightness distribution	25	12	2.091	0.00127	0406205,0406366,etc
	atomic hydrogen	23	11	2.1	0.001268	0406563,0406130,etc
	core mass	32	14	2.385	0.001267	0406122,0406462,etc
	photon index	56	22	2.476	0.001208	0406449,0406580,etc
	central surface brightness	26	11	2.4	0.001202	0406205,0406433,etc
	X-ray source	182	49	3.75	0.001179	0406112,0406335,etc
	early-type galaxy	85	26	3.36	0.001169	0406433,0406218,etc
	frequency dependence	45	12	4.0	0.001129	0406331,0406601,etc
	large-scale structure	57	28	2.074	0.001093	0406407,0406049,etc
	timing analysis	27	11	2.6	0.001089	0406580,0406465,etc
	ambient medium	45	17	2.688	0.001083	0406240,0406262,etc
	nuclear region	61	24	2.565	0.001082	0406368,0406560,etc
	hard X-ray	25	12	2.182	0.001081	0406019,0406272,etc
	redshift distribution	128	39	3.342	0.001075	0406589,0406594,etc
	hot gas	99	34	2.97	0.001073	0406312,0406295,etc
	star formation history	86	38	2.243	0.001062	0406032,0406569,etc
	inner disk	56	27	2.115	0.001044	0406542,0406426,etc
	color-magnitude diagram	59	22	2.762	0.001039	0406032,0406002,etc
	metal-poor star	32	12	2.818	0.001029	0406002,0406067,etc
	dust temperature	72	30	2.31	0.001015	0406141,0406011,etc
	power law	261	89	2.943	0.001012	0406122,0406061,etc
	evolution equation	31	11	2.6	0.001005	0406418,0406134,etc
	peak flux	65	28	2.37	0.00099	0406050,0406644,etc
	best-fit model	65	27	2.462	0.00099	0406608,0406229,etc
	new class	25	12	2.182	0.000983	0406045,0406656,etc
	magnetic field line	24	11	2.3	0.000951	0406328,0406542,etc
	surface mass density	31	11	2.9	0.000942	0406594,0406218,etc
	cold gas	59	26	2.28	0.00093	0406032,0406563,etc
	redshift bin	44	13	3.333	0.000928	0406331,0406330,etc
	central source	95	37	2.611	0.000924	0406346,0406272,etc
	Figure b	31	11	2.9	0.000922	0406505,0406359,etc
	strong magnetic field	34	17	2.062	0.000917	0406449,0406262,etc
	dust extinction	74	29	2.571	0.000916	0406032,0406346,etc
	axis ratio	23	11	2.2	0.000913	0406312,0406440,etc
	central engine	71	30	2.31	0.000911	0406346,0406272,etc
	band image	54	21	2.35	0.000911	0406426,0406218,etc
	line flux	103	32	3.258	0.000894	0406050,0406141,etc
	velocity width	41	17	2.5	0.000852	0406272,0406380,etc
	orbital parameter	32	14	2.385	0.000844	0406599,0406429,etc
	completeness limit	34	15	2.357	0.000841	0406177,0406380,etc
	gas phase	36	13	2.917	0.000834	0406141,0406262,etc
	physical quantity	26	12	2.273	0.000828	0406558,0406283,etc
	count rate	86	32	2.742	0.000818	0406433,0406272,etc
	power-law model	52	17	3.0	0.0008	0406589,0406272,etc
	hardness ratio	56	16	3.6	0.000795	0406412,0406366,etc
	mass accretion rate	57	23	2.545	0.000789	0406272,0406208,etc
	solar-type star	25	12	2.091	0.00078	0406418,0406602,etc
	radial distribution	48	21	2.3	0.000775	0406563,0406312,etc
	intermediate redshift	23	11	2.2	0.00076	0406137,0406359,etc
	source redshift	33	16	2.067	0.000741	0406061,0406594,etc
	X-ray luminosity	156	49	3.229	0.000738	0406112,0406449,etc
	dust mass	30	12	2.545	0.000738	0406433,0406011,etc
	black body	34	13	2.75	0.00073	0406599,0406208,etc
	density field	54	19	2.944	0.000715	0406425,0406190,etc
	X-ray property	46	20	2.368	0.000701	0406346,0406295,etc
	gas temperature	64	31	2.1	0.000699	0406312,0406141,etc
	thermal pressure	45	17	2.75	0.000697	0406295,0406122,etc
	N-body simulation	57	26	2.24	0.000689	0406032,0406128,etc
	spectral indices	47	18	2.706	0.000688	0406597,0406179,etc
	open circle	40	19	2.056	0.000684	0406672,0406286,etc
	gas mass	52	25	2.125	0.00068	0406141,0406484,etc
	paper I	39	13	2.917	0.000666	0406146,0406128,etc