condmat-201006 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	Mott transition	108	16	7.067	0.00756	1006.1685,1006.2337,etc
2	thermal conductivity	99	19	5.222	0.0055	1006.3628,1006.5540,etc
3	entanglement entropy	69	12	6.182	0.005471	1006.5312,1006.0047,etc
4	quantum phase transition	143	50	2.898	0.005369	1006.4868,1006.5714,etc
5	superfluid He	28	12	2.455	0.0052	1006.1025,1006.4488,etc
6	domain wall	224	32	7.194	0.005039	1006.3628,1006.2284,etc
7	colloidal particle	87	16	5.733	0.004695	1006.4422,1006.5897,etc
8	Fermi gas	63	22	2.952	0.004069	1006.5540,1006.5002,etc
9	grain boundary	66	13	5.417	0.004061	1006.4854,1006.5405,etc
10	localized state	118	27	4.5	0.004009	1006.0209,1006.4049,etc
11	quantum dot	264	51	5.12	0.003873	1006.3803,1006.0209,etc
12	first order phase transition	81	17	5.0	0.003623	1006.1399,1006.1836,etc
13	trial wave function	48	14	3.615	0.003521	1006.0838,1006.5165,etc
14	vortex state	22	11	2.1	0.003518	1006.3091,1006.4487,etc
15	probability density	113	31	2.5	0.003489	1006.1836,1006.5045,etc
16	critical line	54	15	3.643	0.003485	1006.3311,1006.0447,etc
17	superfluid state	36	13	2.917	0.003412	1006.2892,1006.2324,etc
18	hard sphere	81	16	5.267	0.003365	1006.3052,1006.5840,etc
19	edge state	137	28	5.037	0.003357	1006.0975,1006.3083,etc
20	magnetic field	1494	240	6.247	0.003237	1006.3803,1006.5714,etc
21	wave packet	35	14	2.462	0.003228	1006.5714,1006.0117,etc
22	Landau level	155	31	4.5	0.003175	1006.0975,1006.0838,etc
23	magnetic impurity	50	18	2.882	0.003021	1006.2019,1006.2927,etc
24	graphene layer	55	22	2.571	0.002876	1006.5878,1006.0127,etc
25	surface energy	39	11	3.8	0.002864	1006.5840,1006.5592,etc
26	Dirac point	177	41	4.25	0.002858	1006.1399,1006.0975,etc
27	quantum correlation	49	12	4.364	0.002764	1006.5767,1006.0107,etc
28	vortex configuration	48	11	4.7	0.002731	1006.3188,1006.1631,etc
29	partition function	210	62	3.426	0.002727	1006.4868,1006.4005,etc
30	hyperfine state	23	11	2.2	0.002722	1006.1884,1006.1978,etc
31	time interval	80	37	2.167	0.002679	1006.1836,1006.0550,etc
32	relaxation rate	124	34	3.727	0.002663	1006.5840,1006.1766,etc
33	effective magnetic field	39	16	2.533	0.002625	1006.0975,1006.0127,etc
34	spectral function	200	38	5.378	0.002593	1006.5540,1006.2337,etc
35	entangled state	59	12	5.273	0.002587	1006.4924,1006.0107,etc
36	optical lattice	186	56	3.364	0.00253	1006.4049,1006.1685,etc
37	superconducting gap	191	50	3.857	0.002517	1006.2330,1006.2184,etc
38	collective mode	86	28	3.148	0.002499	1006.2184,1006.5540,etc
39	topological insulator	120	30	3.655	0.00243	1006.3083,1006.2829,etc
40	Hubbard model	121	38	3.243	0.002429	1006.2330,1006.2396,etc
41	momentum distribution	60	21	2.85	0.00239	1006.4049,1006.0117,etc
42	Zeeman splitting	114	24	4.783	0.002381	1006.0755,1006.0167,etc
43	order contribution	26	13	2.083	0.002365	1006.4506,1006.3628,etc
44	Fermi momentum	54	16	3.533	0.002362	1006.3078,1006.5010,etc
45	gauge transformation	61	20	3.158	0.002361	1006.3628,1006.0762,etc
46	tunneling rate	51	22	2.381	0.002311	1006.0209,1006.0028,etc
47	Berry phase	71	15	5.0	0.002299	1006.4868,1006.1399,etc
48	Wannier function	38	11	3.2	0.002264	1006.5448,1006.3893,etc
49	time-reversal symmetry	117	30	4.0	0.002263	1006.2396,1006.0762,etc
50	wave pairing	38	13	3.083	0.002261	1006.1625,1006.4487,etc
51	quantum well	31	13	2.083	0.002245	1006.1851,1006.3338,etc
52	lattice parameter	88	38	2.324	0.00224	1006.5537,1006.5010,etc
53	ground state	1018	252	4.04	0.002236	1006.4868,1006.3803,etc
54	Bose gas	39	12	2.545	0.002227	1006.5312,1006.0769,etc
55	stochastic process	49	14	3.692	0.002182	1006.2233,1006.4315,etc
56	electron pocket	61	14	4.538	0.002166	1006.0929,1006.0447,etc
57	honeycomb lattice	85	38	2.27	0.002156	1006.1399,1006.0975,etc
58	paramagnetic state	32	14	2.385	0.002134	1006.4868,1006.0167,etc
59	doping level	90	20	4.632	0.002119	1006.5878,1006.2396,etc
60	surface state	87	26	3.44	0.002116	1006.2178,1006.2829,etc
61	relative phase	39	18	2.176	0.002111	1006.2184,1006.0339,etc
62	potential barrier	91	27	3.462	0.002103	1006.0117,1006.0550,etc
63	saddle point	79	23	3.545	0.002102	1006.1399,1006.0047,etc
64	Hall conductivity	28	12	2.455	0.002075	1006.2396,1006.5361,etc
65	binding energy	101	38	2.676	0.002074	1006.5312,1006.2892,etc
66	triangular lattice	123	38	3.297	0.002072	1006.2869,1006.1836,etc
67	coherence time	38	12	3.273	0.002072	1006.0515,1006.5448,etc
68	Dirac equation	104	21	5.15	0.002053	1006.0975,1006.3136,etc
69	energy gap	155	55	2.852	0.00203	1006.0209,1006.5878,etc
70	critical field	95	29	3.036	0.00201	1006.0755,1006.4140,etc
71	current density	87	31	2.867	0.001998	1006.3628,1006.3800,etc
72	time reversal symmetry	83	22	3.905	0.001988	1006.0127,1006.0142,etc
73	correlation function	246	84	2.94	0.001973	1006.4868,1006.5368,etc
74	band insulator	60	13	4.917	0.001947	1006.2337,1006.5283,etc
75	parent compound	71	18	3.824	0.001943	1006.2337,1006.2147,etc
76	Mott insulator	87	28	3.148	0.001941	1006.1685,1006.2337,etc
77	optical phonon	65	14	4.769	0.001925	1006.4118,1006.0515,etc
78	Anderson localization	39	16	2.533	0.001894	1006.4049,1006.0013,etc
79	diffusion coefficient	109	29	3.643	0.001894	1006.3959,1006.5045,etc
80	order parameter	435	114	3.841	0.001892	1006.4868,1006.1399,etc
81	glass transition	99	21	4.5	0.001892	1006.5840,1006.4422,etc
82	localization length	62	13	5.083	0.001868	1006.3800,1006.3136,etc
83	specific heat	208	58	3.579	0.001859	1006.2869,1006.5904,etc
84	electric field	300	91	3.322	0.001837	1006.3803,1006.3628,etc
85	normal metal	39	15	2.214	0.001824	1006.4974,1006.4487,etc
86	interference pattern	37	13	3.0	0.001823	1006.3024,1006.2872,etc
87	high magnetic field	49	24	2.087	0.001818	1006.2396,1006.2829,etc
88	electronic structure	208	72	2.873	0.001816	1006.2330,1006.5402,etc
89	graphene sheet	104	25	4.292	0.001799	1006.3136,1006.5010,etc
90	gauge field	128	23	5.727	0.001794	1006.5714,1006.0975,etc
91	critical point	244	69	3.529	0.001785	1006.4868,1006.5840,etc
92	Hall coefficient	48	14	3.538	0.001785	1006.4868,1006.1709,etc
93	dipolar interaction	51	19	2.778	0.001778	1006.0683,1006.3264,etc
94	elastic modulus	50	11	4.9	0.001774	1006.3597,1006.5567,etc
95	temperature gradient	30	11	2.8	0.001772	1006.3628,1006.2396,etc
96	lattice size	34	14	2.077	0.001757	1006.3311,1006.4972,etc
97	ground state configuration	41	11	3.8	0.001752	1006.4972,1006.3884,etc
98	quantum number	76	35	2.206	0.00175	1006.0209,1006.0838,etc
99	iron-based superconductor	32	14	2.308	0.00175	1006.5904,1006.2184,etc
100	free energy	379	86	4.447	0.001747	1006.4005,1006.0047,etc