condmat-200810 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	grain boundary	109	11	10.7	0.012926	0810.0090,0810.0165,etc
2	band gap	114	24	4.913	0.005684	0810.0453,0810.0458,etc
3	noise intensity	167	17	10.375	0.005384	0810.0712,0810.0814,etc
4	wave state	72	11	7.1	0.00487	0810.0523,0810.0705,etc
5	asymmetry parameter	34	11	3.0	0.004757	0810.0236,0810.0376,etc
6	edge state	107	22	5.048	0.004394	0810.0002,0810.0419,etc
7	electric field	326	89	3.682	0.00439	0810.0128,0810.0146,etc
8	zigzag edge	75	15	5.214	0.004314	0810.0002,0810.0632,etc
9	upper critical field	42	13	2.25	0.004034	0810.0109,0810.0848,etc
10	localized state	127	35	3.676	0.004023	0810.0002,0810.0050,etc
11	graphene layer	37	13	3.0	0.00401	0810.0109,0810.0128,etc
12	Mott transition	93	12	8.364	0.00394	0810.0001,0810.0050,etc
13	magnetic field strength	33	11	2.3	0.00393	0810.0256,0810.0337,etc
14	fractal dimension	75	12	6.273	0.003663	0810.0126,0810.0216,etc
15	Fe atom	51	15	3.429	0.003569	0810.0019,0810.0123,etc
16	graphene sheet	86	23	3.818	0.003549	0810.0109,0810.0936,etc
17	particle number	60	26	2.28	0.003264	0810.0379,0810.1078,etc
18	normal metal	66	16	3.667	0.003248	0810.0001,0810.0292,etc
19	correlation time	60	18	3.412	0.003195	0810.0015,0810.0370,etc
20	quantum wire	37	14	2.615	0.003175	0810.0247,0810.0960,etc
21	glass transition	121	19	6.5	0.003081	0810.0015,0810.0379,etc
22	coordination number	48	20	2.368	0.00296	0810.0175,0810.0236,etc
23	external electric field	37	16	2.2	0.002886	0810.0178,0810.0412,etc
24	optical lattice	216	48	4.574	0.00287	0810.0210,0810.0307,etc
25	magnetic material	23	11	2.2	0.002836	0810.0090,0810.0632,etc
26	degree distribution	85	13	5.75	0.002791	0810.1087,0810.1121,etc
27	Brownian particle	69	17	4.25	0.002789	0810.0370,0810.0712,etc
28	localization length	47	12	4.091	0.002697	0810.0767,0810.0795,etc
29	vortex core	64	22	3.0	0.002659	0810.0717,0810.1048,etc
30	Ising model	103	31	3.4	0.002561	0810.0158,0810.0240,etc
31	inversion symmetry	54	18	3.118	0.00256	0810.0056,0810.0333,etc
32	thin film	99	37	2.222	0.002556	0810.0120,0810.0369,etc
33	momentum transfer	22	11	2.1	0.002499	0810.0289,0810.0629,etc
34	ground state energy	100	44	2.302	0.002483	0810.0210,0810.0482,etc
35	critical behavior	82	24	3.522	0.002472	0810.0216,0810.0240,etc
36	perturbation expansion	55	11	5.2	0.002458	0810.0107,0810.0133,etc
37	vortex lattice	87	18	4.235	0.002431	0810.0973,0810.1048,etc
38	shear rate	108	11	10.7	0.00243	0810.0370,0810.2505,etc
39	colloidal particle	61	17	3.75	0.002284	0810.0379,0810.0490,etc
40	elastic modulus	93	14	7.0	0.002275	0810.0120,0810.0389,etc
41	crystal field	29	13	2.333	0.002253	0810.0019,0810.0110,etc
42	gate voltage	162	35	4.382	0.002249	0810.0171,0810.0397,etc
43	Dirac point	103	26	4.08	0.002224	0810.0002,0810.0124,etc
44	band edge	63	11	6.2	0.002184	0810.0419,0810.0819,etc
45	effective mass	115	38	3.054	0.002148	0810.0165,0810.0178,etc
46	critical exponent	145	43	3.429	0.002146	0810.0216,0810.0240,etc
47	doping level	58	19	2.722	0.002107	0810.0001,0810.0738,etc
48	single particle state	61	15	3.357	0.002096	0810.0210,0810.0256,etc
49	transfer matrix	50	12	4.455	0.002092	0810.0124,0810.0795,etc
50	normal phase	44	12	3.364	0.002077	0810.1445,0810.1938,etc
51	triangular lattice	122	26	4.72	0.002073	0810.0001,0810.0109,etc
52	bulk sample	39	12	3.273	0.002042	0810.0090,0810.0397,etc
53	carbon atom	82	20	4.263	0.002037	0810.0002,0810.0256,etc
54	Landau level	117	37	3.222	0.002025	0810.0256,0810.0419,etc
55	flat band	32	15	2.214	0.001986	0810.0001,0810.0019,etc
56	Mn ion	48	13	3.333	0.001984	0810.0175,0810.0667,etc
57	laser beam	45	22	2.095	0.00197	0810.0482,0810.0509,etc
58	magnetic impurity	51	19	2.722	0.001963	0810.0002,0810.0175,etc
59	Anderson localization	51	17	3.125	0.001944	0810.0767,0810.0795,etc
60	superconducting state	138	45	3.114	0.001942	0810.0056,0810.0171,etc
61	differential conductance	38	11	3.5	0.001932	0810.0236,0810.0672,etc
62	superconducting gap	81	34	2.424	0.001923	0810.0056,0810.0292,etc
63	phase boundary	91	31	3.0	0.001916	0810.0120,0810.0140,etc
64	local moment	62	25	2.5	0.001913	0810.0140,0810.0552,etc
65	hard sphere	62	15	4.286	0.0019	0810.0379,0810.0510,etc
66	Dirac equation	54	15	2.714	0.001886	0810.0124,0810.0419,etc
67	spatial correlation	29	13	2.167	0.001879	0810.0397,0810.0402,etc
68	surface tension	55	19	2.778	0.001865	0810.0120,0810.0369,etc
69	quantum dot	180	56	3.182	0.001862	0810.0178,0810.0333,etc
70	wave superconductor	51	17	3.125	0.001856	0810.0705,0810.0738,etc
71	superfluid density	70	22	3.238	0.00185	0810.0887,0810.0900,etc
72	transition temperature	132	55	2.241	0.001826	0810.0109,0810.0210,etc
73	correlation energy	38	16	2.467	0.0018	0810.0680,0810.0798,etc
74	quenched disorder	55	18	3.059	0.001786	0810.0240,0810.0509,etc
75	Feshbach resonance	90	30	3.069	0.00177	0810.0210,0810.0482,etc
76	room temperature	244	117	2.086	0.001721	0810.0050,0810.0056,etc
77	Green function	67	19	3.611	0.001718	0810.0482,0810.1008,etc
78	transport coefficient	54	15	2.286	0.001715	0810.0210,0810.0426,etc
79	heat bath	44	16	2.867	0.001711	0810.0210,0810.0247,etc
80	hole pocket	35	14	2.231	0.001696	0810.0001,0810.1418,etc
81	cold atom	49	23	2.182	0.001675	0810.0124,0810.0795,etc
82	spin-orbit interaction	43	19	2.222	0.00167	0810.0577,0810.0610,etc
83	temperature dependence	354	139	2.558	0.001626	0810.0050,0810.0056,etc
84	cluster size	91	21	4.5	0.001609	0810.0001,0810.0126,etc
85	CuO plane	33	16	2.133	0.001604	0810.0523,0810.0880,etc
86	magnetic excitation	29	12	2.545	0.001602	0810.1410,0810.3018,etc
87	Hall coefficient	27	13	2.167	0.001599	0810.0880,0810.0986,etc
88	single crystal	85	37	2.25	0.001591	0810.0050,0810.0110,etc
89	high magnetic field	48	24	2.043	0.001583	0810.0090,0810.0109,etc
90	structure factor	72	23	3.091	0.001563	0810.0140,0810.0828,etc
91	band structure	145	62	2.344	0.001554	0810.0001,0810.0002,etc
92	hydrostatic pressure	27	11	2.4	0.001549	0810.0175,0810.0287,etc
93	bias voltage	78	31	2.567	0.001546	0810.0107,0810.0171,etc
94	volume fraction	104	25	4.25	0.001544	0810.0369,0810.1608,etc
95	Kondo effect	47	23	2.091	0.001541	0810.0140,0810.0236,etc
96	Heisenberg model	47	22	2.143	0.001541	0810.0665,0810.0761,etc
97	phase separation	120	39	3.132	0.001535	0810.0015,0810.0140,etc
98	sufficient condition	29	13	2.333	0.001519	0810.0210,0810.0337,etc
99	itinerant electron	26	12	2.182	0.001514	0810.0140,0810.0665,etc
100	boundary condition	363	131	2.777	0.001495	0810.0120,0810.0247,etc