condmat-200906 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	inversion symmetry	59	22	2.762	0.037635	0906.4045,0906.2336,etc
2	localized state	190	24	2.435	0.005369	0906.3040,0906.0456,etc
3	edge state	147	23	6.636	0.005146	0906.2363,0906.0310,etc
4	metallic phase	49	11	4.4	0.004851	0906.4386,0906.1404,etc
5	exchange field	66	15	4.571	0.004802	0906.1686,0906.4244,etc
6	cavity mode	90	12	8.091	0.004563	0906.4532,0906.0750,etc
7	heat bath	39	11	3.5	0.004477	0906.0935,0906.1594,etc
8	narrow band	67	11	6.6	0.004151	0906.2931,0906.2966,etc
9	Berry phase	40	11	3.9	0.004097	0906.1393,0906.1002,etc
10	elastic energy	63	14	4.769	0.003753	0906.0133,0906.0456,etc
11	local moment	87	23	3.909	0.003703	0906.4386,0906.3502,etc
12	upper critical field	35	15	2.429	0.003659	0906.2513,0906.0403,etc
13	zigzag edge	75	13	5.833	0.00357	0906.1371,0906.5027,etc
14	superconducting order parameter	35	13	2.5	0.003474	0906.5169,0906.3324,etc
15	ground state energy	130	45	2.795	0.003294	0906.4045,0906.5426,etc
16	sum rule	53	19	2.889	0.003135	0906.1700,0906.5169,etc
17	dipolar interaction	105	13	8.667	0.003088	0906.4403,0906.4259,etc
18	two-level system	59	20	3.053	0.003045	0906.4532,0906.1473,etc
19	critical exponent	94	31	2.733	0.002953	0906.1908,0906.4569,etc
20	Wannier function	67	12	5.909	0.002844	0906.3447,0906.3735,etc
21	gapless phase	37	12	3.273	0.002832	0906.3443,0906.1499,etc
22	Kondo regime	81	11	7.6	0.002807	0906.4163,0906.5266,etc
23	time reversal symmetry	35	15	2.429	0.002746	0906.2051,0906.5204,etc
24	first order transition	38	17	2.25	0.002742	0906.1037,0906.1347,etc
25	energy band	99	38	2.649	0.00273	0906.3324,0906.5027,etc
26	Green function	111	32	3.516	0.002672	0906.1704,0906.3449,etc
27	stationary solution	32	11	3.1	0.00259	0906.0747,0906.1706,etc
28	bilayer graphene	59	14	4.462	0.002565	0906.1037,0906.0771,etc
29	elastic constant	58	11	5.0	0.002557	0906.1608,0906.1005,etc
30	magnetic material	31	11	3.0	0.002524	0906.0896,0906.3561,etc
31	transverse mode	40	11	3.6	0.002504	0906.3753,0906.3449,etc
32	long range interaction	33	11	3.2	0.002466	0906.3502,0906.3995,etc
33	band edge	47	13	3.833	0.002445	0906.4518,0906.4218,etc
34	quantum Hall state	30	11	2.9	0.002444	0906.0310,0906.1037,etc
35	Fokker-Planck equation	26	12	2.273	0.0024	0906.2337,0906.1395,etc
36	dielectric function	43	12	3.818	0.002367	0906.5536,0906.0692,etc
37	surface tension	74	13	3.917	0.002346	0906.0838,0906.3611,etc
38	energy barrier	93	27	3.5	0.002289	0906.4259,0906.5172,etc
39	charge transport	38	16	2.467	0.002277	0906.5174,0906.2552,etc
40	optical lattice	231	43	5.429	0.002277	0906.2202,0906.1686,etc
41	friction coefficient	43	12	3.545	0.002254	0906.2625,0906.1944,etc
42	wave pairing	25	11	2.4	0.002246	0906.4435,0906.0169,etc
43	Landau level	135	32	4.323	0.002187	0906.3375,0906.1037,etc
44	stationary distribution	52	12	4.364	0.002156	0906.0858,0906.0709,etc
45	Green' function	253	49	5.229	0.002142	0906.5169,0906.0935,etc
46	electron-hole pair	32	13	2.417	0.002133	0906.0551,0906.2486,etc
47	easy axis	30	14	2.154	0.002131	0906.5172,0906.1298,etc
48	electric field	278	84	3.325	0.002112	0906.4045,0906.2389,etc
49	crystal field	31	14	2.077	0.0021	0906.4964,0906.3735,etc
50	right-hand side	84	27	3.154	0.002096	0906.4045,0906.4403,etc
51	honeycomb lattice	124	39	3.026	0.002017	0906.2977,0906.5174,etc
52	gap function	40	13	3.25	0.002013	0906.0931,0906.2051,etc
53	Langevin equation	41	11	3.9	0.002012	0906.2337,0906.1395,etc
54	conduction electron	125	43	2.881	0.002005	0906.4964,0906.5169,etc
55	ambient pressure	37	16	2.4	0.002002	0906.4163,0906.0078,etc
56	flow equation	34	12	3.0	0.002002	0906.0014,0906.5551,etc
57	ferromagnetic phase	45	16	2.933	0.001997	0906.0858,0906.5523,etc
58	strong disorder	42	12	3.727	0.001988	0906.3973,0906.3500,etc
59	spin-spin correlation	39	12	2.182	0.001973	0906.3718,0906.1686,etc
60	magnetic field dependence	38	17	2.312	0.001969	0906.2653,0906.5551,etc
61	Kondo resonance	68	12	6.0	0.001927	0906.5266,0906.2791,etc
62	magnetic order	154	57	2.714	0.001847	0906.4964,0906.3447,etc
63	superconducting phase	34	17	2.062	0.001843	0906.5169,0906.3324,etc
64	exchange interaction	131	53	2.462	0.001786	0906.4045,0906.4964,etc
65	phase boundary	81	31	2.4	0.001776	0906.1347,0906.1686,etc
66	Kondo effect	78	24	3.174	0.001771	0906.4163,0906.5337,etc
67	electron-phonon interaction	70	28	2.556	0.001767	0906.4045,0906.2363,etc
68	energy landscape	41	16	2.667	0.001751	0906.0133,0906.0900,etc
69	variational parameter	58	17	3.125	0.001745	0906.2878,0906.4259,etc
70	single crystal	132	40	3.308	0.001744	0906.4964,0906.3447,etc
71	magnetic susceptibility	104	44	2.372	0.001733	0906.4964,0906.3447,etc
72	experimental datum	255	111	2.282	0.001722	0906.4045,0906.5426,etc
73	transmission probability	43	14	3.231	0.001694	0906.1791,0906.1393,etc
74	universality class	58	27	2.192	0.001684	0906.4207,0906.4503,etc
75	Heisenberg model	57	20	2.947	0.001684	0906.3447,0906.1499,etc
76	open system	37	15	2.571	0.00168	0906.3649,0906.3375,etc
77	Dirac point	102	25	3.417	0.001674	0906.2552,0906.1037,etc
78	first-principles calculation	52	18	3.0	0.001669	0906.2552,0906.1608,etc
79	gate voltage	96	37	2.611	0.001668	0906.4045,0906.2363,etc
80	phonon frequency	37	16	2.067	0.001666	0906.1608,0906.4569,etc
81	bias voltage	95	30	3.138	0.001661	0906.1704,0906.5310,etc
82	Anderson model	45	13	3.667	0.001656	0906.4163,0906.3607,etc
83	superconducting gap	77	24	3.304	0.001652	0906.5169,0906.3324,etc
84	point contact	54	12	4.545	0.001632	0906.4045,0906.5169,etc
85	square lattice	129	56	2.327	0.001624	0906.4207,0906.4435,etc
86	Kondo temperature	66	15	4.571	0.001621	0906.4163,0906.5266,etc
87	cuprate superconductor	40	17	2.375	0.001618	0906.3324,0906.0403,etc
88	quantum phase transition	112	42	2.707	0.001608	0906.4435,0906.2257,etc
89	harmonic trap	60	19	3.222	0.001607	0906.4708,0906.4877,etc
90	power law decay	23	11	2.2	0.001602	0906.4045,0906.0709,etc
91	quantum wire	44	19	2.222	0.001596	0906.2363,0906.2865,etc
92	tunneling rate	40	17	2.438	0.001594	0906.4045,0906.2257,etc
93	Monte Carlo simulation	104	36	2.8	0.001592	0906.1608,0906.0858,etc
94	electronic spectrum	24	11	2.3	0.001587	0906.5174,0906.4435,etc
95	carbon nanotubes	65	32	2.065	0.001585	0906.4045,0906.0133,etc
96	liquid phase	53	18	3.059	0.001574	0906.0838,0906.2337,etc
97	paramagnetic state	48	19	2.444	0.001566	0906.4163,0906.2882,etc
98	residual resistivity	30	15	2.071	0.001559	0906.4163,0906.3852,etc
99	metal-insulator transition	79	29	2.75	0.001553	0906.4386,0906.2878,etc
100	collective mode	30	15	2.071	0.001524	0906.4403,0906.0771,etc