condmat-201311 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	cuprate superconductor	61	15	3.714	0.005386	1311.0561,1311.1068,etc
2	sign problem	74	16	4.867	0.004981	1311.0034,1311.0108,etc
3	Landau level	110	29	3.429	0.004751	1311.0064,1311.0097,etc
4	graphene layer	72	18	3.824	0.004422	1311.0506,1311.0859,etc
5	band gap	359	75	4.838	0.00441	1311.0049,1311.0112,etc
6	atomic orbital	39	11	3.8	0.004307	1311.0049,1311.0895,etc
7	Mn atom	69	16	4.533	0.004136	1311.0308,1311.0520,etc
8	dielectric function	101	18	5.882	0.004055	1311.0112,1311.0158,etc
9	angular dependence	59	19	3.222	0.004024	1311.0406,1311.0561,etc
10	topological phase transition	48	18	2.647	0.003922	1311.0108,1311.0629,etc
11	surface roughness	40	15	2.786	0.003893	1311.0250,1311.0520,etc
12	entanglement entropy	340	30	11.517	0.003867	1311.0108,1311.0285,etc
13	periodic table	27	11	2.6	0.00365	1311.0039,1311.1099,etc
14	flow equation	69	12	6.182	0.003614	1311.0780,1311.1318,etc
15	von Neumann entropy	38	11	3.6	0.003563	1311.0108,1311.0580,etc
16	local moment	145	23	6.545	0.003531	1311.0027,1311.0342,etc
17	Majorana mode	66	11	6.5	0.003384	1311.0496,1311.0555,etc
18	heat bath	72	14	4.308	0.003381	1311.1086,1311.1306,etc
19	electron-hole pair	35	16	2.267	0.003267	1311.0458,1311.1045,etc
20	quantum dot	268	53	5.135	0.003253	1311.0406,1311.0458,etc
21	Mott insulator	106	25	4.375	0.003101	1311.0342,1311.0543,etc
22	Seebeck coefficient	90	16	5.6	0.003087	1311.0769,1311.1457,etc
23	optical conductivity	116	18	6.176	0.003071	1311.0254,1311.1153,etc
24	band structure calculation	46	23	2.045	0.003058	1311.0180,1311.0492,etc
25	bias voltage	74	28	2.704	0.002999	1311.0406,1311.0659,etc
26	effective magnetic field	60	21	2.25	0.002943	1311.0097,1311.0406,etc
27	superconducting transition temperature	37	17	2.25	0.002941	1311.0130,1311.0492,etc
28	exact ground state	25	11	2.4	0.002896	1311.0626,1311.0908,etc
29	colloidal particle	30	14	2.231	0.002891	1311.1179,1311.1256,etc
30	topological insulator	139	50	2.714	0.002746	1311.0308,1311.0496,etc
31	transport coefficient	41	15	2.857	0.002691	1311.0769,1311.1177,etc
32	quantum criticality	27	11	2.6	0.002677	1311.0108,1311.0130,etc
33	disorder strength	51	16	2.933	0.002677	1311.0780,1311.0794,etc
34	electrical resistivity	49	17	2.875	0.002662	1311.0027,1311.0130,etc
35	quantum phase transition	128	44	2.953	0.002653	1311.0005,1311.0034,etc
36	gate voltage	132	42	3.122	0.002635	1311.0064,1311.0406,etc
37	oxygen vacancy	54	13	4.417	0.002602	1311.0491,1311.0520,etc
38	graphene sheet	66	24	2.174	0.002594	1311.0369,1311.0506,etc
39	magnetic impurity	62	19	3.389	0.002565	1311.0027,1311.0609,etc
40	electric field	305	87	3.535	0.002521	1311.0033,1311.0083,etc
41	elastic constant	89	13	7.167	0.002515	1311.0112,1311.0145,etc
42	pairing symmetry	44	13	2.083	0.00251	1311.0492,1311.0543,etc
43	edge state	165	36	4.571	0.002506	1311.0458,1311.0794,etc
44	Hall conductivity	42	15	2.143	0.002501	1311.1153,1311.2344,etc
45	surface state	121	32	3.871	0.00246	1311.0491,1311.0506,etc
46	formation energy	73	13	5.75	0.002448	1311.0964,1311.1177,etc
47	qubit state	53	11	5.1	0.002443	1311.0908,1311.1979,etc
48	superconducting qubits	49	11	4.5	0.002423	1311.1655,1311.2313,etc
49	rotation symmetry	54	15	3.786	0.002413	1311.0027,1311.0496,etc
50	topological superconductor	47	12	2.455	0.002408	1311.0496,1311.0555,etc
51	envelope function	68	11	6.4	0.002402	1311.0458,1311.0908,etc
52	wave pairing	74	19	4.0	0.002368	1311.0457,1311.0543,etc
53	superfluid density	49	13	4.0	0.002329	1311.0457,1311.0543,etc
54	magnetic susceptibility	122	43	2.881	0.002312	1311.0027,1311.0130,etc
55	transfer matrix	68	19	3.111	0.00229	1311.0406,1311.1031,etc
56	Bose-Hubbard model	71	12	6.364	0.002247	1311.0005,1311.0543,etc
57	upper critical field	38	13	3.083	0.002246	1311.0457,1311.0561,etc
58	crystal growth	50	13	2.75	0.002244	1311.0027,1311.0812,etc
59	Wannier function	37	13	2.5	0.002238	1311.0033,1311.0049,etc
60	dipolar interaction	54	21	2.65	0.002224	1311.0123,1311.0448,etc
61	differential conductance	64	17	3.688	0.002192	1311.0555,1311.0659,etc
62	localization length	57	19	3.111	0.002167	1311.1439,1311.1689,etc
63	Cooper pair	92	36	2.6	0.002149	1311.0179,1311.0180,etc
64	film thickness	69	21	3.05	0.002102	1311.0080,1311.0158,etc
65	charge transfer	53	24	2.261	0.002091	1311.0947,1311.1155,etc
66	Rashba spin-orbit	28	12	2.455	0.002036	1311.0288,1311.0406,etc
67	Kondo effect	47	16	3.067	0.002023	1311.0609,1311.0659,etc
68	charge state	27	12	2.364	0.002013	1311.0659,1311.0964,etc
69	analytical solution	49	21	2.35	0.00199	1311.0659,1311.0676,etc
70	Chern number	97	15	6.714	0.001985	1311.0496,1311.0794,etc
71	van der Waals interaction	36	16	2.333	0.001983	1311.0112,1311.0145,etc
72	single crystal	164	59	2.776	0.001977	1311.0027,1311.0112,etc
73	mean-field theory	69	32	2.161	0.00197	1311.0005,1311.0179,etc
74	magnetization dynamic	38	13	3.0	0.001915	1311.0080,1311.0229,etc
75	Green' function	237	53	4.462	0.001905	1311.0007,1311.0083,etc
76	metallic phase	48	14	2.923	0.001905	1311.0448,1311.1638,etc
77	normal metal	48	15	3.286	0.001891	1311.0369,1311.0629,etc
78	area law	46	13	3.75	0.001875	1311.1469,1311.2348,etc
79	optical mode	31	14	2.231	0.001823	1311.0112,1311.0145,etc
80	wave superconductor	74	20	3.842	0.00181	1311.0308,1311.0457,etc
81	electronic correlation	26	13	2.083	0.001807	1311.0457,1311.1188,etc
82	shear modulus	36	13	2.833	0.001805	1311.0298,1311.0979,etc
83	iron-based superconductor	74	22	3.381	0.001776	1311.0308,1311.0457,etc
84	doping level	46	18	2.412	0.001773	1311.1014,1311.1304,etc
85	band insulator	36	13	2.917	0.00176	1311.0543,1311.0852,etc
86	energy dependence	45	19	2.444	0.00174	1311.0039,1311.0769,etc
87	topological phase	100	34	2.97	0.001735	1311.0004,1311.0285,etc
88	normal incidence	44	16	2.867	0.001715	1311.1933,1311.2120,etc
89	open system	44	17	2.688	0.001714	1311.0295,1311.0953,etc
90	cubic lattice	47	23	2.045	0.001707	1311.0004,1311.0027,etc
91	symmetry operation	32	15	2.143	0.001702	1311.0342,1311.0993,etc
92	high pressure	67	19	3.611	0.001677	1311.0112,1311.0247,etc
93	flat band	50	21	2.45	0.001666	1311.0033,1311.0629,etc
94	toy model	38	11	3.5	0.001657	1311.1318,1311.2695,etc
95	Ising model	172	45	3.886	0.001652	1311.0108,1311.0543,etc
96	phase separation	51	16	3.267	0.001645	1311.0005,1311.0448,etc
97	magnetic anisotropy	62	24	2.478	0.001639	1311.0485,1311.0812,etc
98	effective model	71	27	2.692	0.001633	1311.0005,1311.0691,etc
99	superfluid state	28	12	2.273	0.001598	1311.0005,1311.0543,etc
100	dipole-dipole interaction	35	14	2.385	0.001597	1311.0448,1311.1306,etc