condmat-200902 热词(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	domain wall	159	30	5.379	0.006544	0902.2337,0902.4094,etc
2	edge state	98	11	9.5	0.005541	0902.2251,0902.0669,etc
3	thermal conductivity	79	17	4.375	0.004683	0902.1219,0902.3694,etc
4	degree distribution	86	13	7.083	0.003837	0902.4273,0902.3384,etc
5	master equation	95	26	3.76	0.003569	0902.4316,0902.0941,etc
6	Hall effect	49	18	2.824	0.003512	0902.3507,0902.1219,etc
7	magnetic field	1043	205	5.088	0.003449	0902.3535,0902.0594,etc
8	energy barrier	60	27	2.269	0.003325	0902.2233,0902.3788,etc
9	effective mass	181	50	3.673	0.003305	0902.1100,0902.0887,etc
10	surface state	49	12	2.545	0.003268	0902.2251,0902.2617,etc
11	superfluid density	46	14	3.462	0.003236	0902.2732,0902.0805,etc
12	honeycomb lattice	74	23	3.136	0.003123	0902.1219,0902.0219,etc
13	electron density	91	40	2.077	0.003038	0902.0887,0902.4633,etc
14	Fermi surface	291	81	3.612	0.003009	0902.1100,0902.4476,etc
15	impurity concentration	32	13	2.583	0.002988	0902.3507,0902.1517,etc
16	ground-state energy	70	24	3.0	0.002988	0902.0219,0902.4455,etc
17	electron pocket	74	16	4.333	0.002979	0902.0288,0902.3691,etc
18	thin film	57	26	2.2	0.002878	0902.0330,0902.4174,etc
19	localized state	58	19	3.167	0.002859	0902.4176,0902.0313,etc
20	specific heat	174	46	3.733	0.002817	0902.1100,0902.0313,etc
21	relaxation time	144	50	2.898	0.00266	0902.3788,0902.0269,etc
22	decay rate	93	19	5.111	0.002628	0902.4019,0902.0344,etc
23	metallic behavior	30	15	2.071	0.0026	0902.3535,0902.4368,etc
24	normal metal	39	14	2.923	0.002543	0902.2508,0902.3511,etc
25	external magnetic field	171	70	2.449	0.002505	0902.2233,0902.2337,etc
26	momentum distribution	78	12	7.0	0.002488	0902.3435,0902.0984,etc
27	electric field	225	60	3.746	0.002437	0902.3507,0902.4019,etc
28	Dirac point	64	22	2.905	0.00242	0902.4176,0902.2251,etc
29	internal state	34	12	2.182	0.002345	0902.4655,0902.1069,etc
30	lattice parameter	77	27	2.923	0.00234	0902.4368,0902.1468,etc
31	spatial dimension	48	20	2.474	0.002326	0902.1841,0902.1625,etc
32	wave superconductor	39	13	3.167	0.002306	0902.2298,0902.1981,etc
33	Kondo regime	52	11	3.9	0.002288	0902.1111,0902.4816,etc
34	perturbation theory	155	52	3.02	0.002287	0902.1111,0902.0288,etc
35	Langevin equation	47	17	2.812	0.002283	0902.0313,0902.2936,etc
36	upper critical field	69	17	3.75	0.002247	0902.2732,0902.1100,etc
37	magnetic moment	207	65	3.172	0.002246	0902.1111,0902.0330,etc
38	spin-orbit interaction	94	24	4.043	0.00223	0902.3507,0902.2724,etc
39	ground state energy	78	30	2.379	0.002201	0902.1111,0902.0296,etc
40	free energy	375	84	4.494	0.002176	0902.1111,0902.3680,etc
41	liquid phase	45	15	3.071	0.002172	0902.3603,0902.0676,etc
42	free energy density	30	11	2.8	0.002163	0902.1625,0902.3270,etc
43	thermodynamic property	54	26	2.04	0.002125	0902.3694,0902.0288,etc
44	ground state	708	210	3.364	0.002114	0902.1111,0902.3535,etc
45	quantum oscillation	40	14	3.0	0.002113	0902.4596,0902.3809,etc
46	energy transfer	37	15	2.571	0.00211	0902.3389,0902.0029,etc
47	vortex core	54	17	3.312	0.002107	0902.2732,0902.4174,etc
48	optical lattice	171	44	3.837	0.002107	0902.1625,0902.3435,etc
49	electronic structure	138	51	2.74	0.002105	0902.4368,0902.1091,etc
50	random graph	45	11	3.6	0.002087	0902.2075,0902.3384,etc
51	effective action	47	14	3.538	0.002061	0902.1625,0902.1547,etc
52	magnetic structure	65	21	3.2	0.002054	0902.3024,0902.2288,etc
53	phase separation	68	22	3.19	0.002036	0902.4633,0902.3921,etc
54	order parameter	307	102	3.01	0.002022	0902.2942,0902.0594,etc
55	room temperature	152	74	2.068	0.002014	0902.3535,0902.2233,etc
56	CuO plane	26	11	2.3	0.002013	0902.1381,0902.3809,etc
57	critical exponent	114	31	3.767	0.001961	0902.4845,0902.3435,etc
58	Hubbard model	110	34	3.182	0.001958	0902.1381,0902.0296,etc
59	effective model	53	17	3.25	0.001945	0902.4816,0902.1547,etc
60	quantum phase transition	66	30	2.241	0.00193	0902.1625,0902.0219,etc
61	penetration depth	69	21	3.2	0.001917	0902.4174,0902.0288,etc
62	critical behavior	57	22	2.571	0.001914	0902.2732,0902.1204,etc
63	phonon mode	36	17	2.188	0.001906	0902.0288,0902.0867,etc
64	Green' function	213	45	4.818	0.001894	0902.1111,0902.2118,etc
65	free path	74	36	2.086	0.001888	0902.2732,0902.4094,etc
66	critical line	66	17	4.0	0.001874	0902.3680,0902.0219,etc
67	critical point	192	54	3.547	0.001868	0902.1111,0902.3680,etc
68	boundary condition	453	109	4.185	0.001853	0902.1841,0902.1625,etc
69	strong magnetic field	28	14	2.077	0.001832	0902.2298,0902.4845,etc
70	magnetic flux	77	24	2.957	0.001831	0902.2724,0902.2706,etc
71	lattice site	100	49	2.062	0.001818	0902.2545,0902.1625,etc
72	magnetic impurity	52	18	2.765	0.001811	0902.0296,0902.4476,etc
73	single crystal	96	43	2.143	0.001802	0902.2233,0902.0330,etc
74	square lattice	92	41	2.25	0.0018	0902.1219,0902.4174,etc
75	phase diagram	392	120	3.244	0.001784	0902.1111,0902.1381,etc
76	critical temperature	147	50	2.98	0.001772	0902.0594,0902.2732,etc
77	local moment	39	19	2.111	0.001751	0902.1111,0902.0296,etc
78	experimental datum	311	116	2.687	0.001743	0902.2337,0902.4368,etc
79	conservation law	39	11	3.3	0.001733	0902.3507,0902.3694,etc
80	vortex state	47	13	3.833	0.001726	0902.4174,0902.3024,etc
81	new phase	29	13	2.333	0.001715	0902.2233,0902.1841,etc
82	particle number	75	33	2.094	0.001711	0902.0296,0902.4655,etc
83	pair correlation function	24	12	2.091	0.001706	0902.3694,0902.3363,etc
84	superconducting state	132	51	2.58	0.001704	0902.2732,0902.4316,etc
85	distribution function	109	33	3.375	0.001704	0902.4094,0902.3694,etc
86	metastable state	54	17	3.188	0.001701	0902.4174,0902.3024,etc
87	spectral function	113	30	3.862	0.001699	0902.1111,0902.2118,etc
88	Mott insulator	72	22	3.095	0.001686	0902.1381,0902.3389,etc
89	strong disorder	30	13	2.417	0.001672	0902.4174,0902.3256,etc
90	structure factor	58	17	3.438	0.001662	0902.3435,0902.0858,etc
91	binding energy	124	41	2.95	0.001659	0902.0330,0902.1841,etc
92	Landau theory	28	11	2.7	0.001632	0902.0219,0902.3270,etc
93	carbon nanotube	34	12	3.0	0.001627	0902.1577,0902.1359,etc
94	time reversal symmetry	33	16	2.133	0.001624	0902.3333,0902.0805,etc
95	magnetic order	93	39	2.421	0.001614	0902.1100,0902.4476,etc
96	phase transition	259	94	2.774	0.001607	0902.2942,0902.2233,etc
97	doping level	58	25	2.375	0.001602	0902.1381,0902.4633,etc
98	carbon nanotubes	78	30	2.655	0.001601	0902.1111,0902.1577,etc
99	unit cell	158	68	2.328	0.001594	0902.3535,0902.1219,etc
100	superconducting gap	100	26	3.88	0.001584	0902.1111,0902.4280,etc