condmat-200801 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	edge state	163	16	10.733	0.00552	0801.0035,0801.0627,etc
2	external electric field	64	24	2.739	0.004538	0801.0062,0801.0413,etc
3	thin film	143	28	5.148	0.004362	0801.0137,0801.0145,etc
4	bias voltage	57	20	2.895	0.003864	0801.0292,0801.0420,etc
5	Ising model	73	26	2.88	0.003736	0801.0299,0801.0431,etc
6	CuO plane	46	12	3.364	0.003706	0801.0101,0801.0604,etc
7	phonon mode	48	14	3.538	0.00369	0801.0271,0801.0368,etc
8	phase separation	90	22	4.238	0.003602	0801.0635,0801.0854,etc
9	electron-phonon interaction	39	16	2.467	0.003076	0801.0302,0801.1075,etc
10	surface energy	55	12	4.818	0.003046	0801.0435,0801.0955,etc
11	two-point correlation function	59	14	4.231	0.002981	0801.0009,0801.0723,etc
12	Hall conductivity	54	15	3.786	0.002829	0801.0145,0801.0180,etc
13	graphene layer	45	13	3.417	0.002829	0801.0850,0801.1094,etc
14	quantum dot	172	54	2.811	0.002807	0801.0113,0801.0144,etc
15	structural transition	30	11	2.9	0.0025	0801.0682,0801.0934,etc
16	electron-electron interaction	76	25	3.083	0.002482	0801.0640,0801.0901,etc
17	gate voltage	115	35	3.353	0.002434	0801.0027,0801.0145,etc
18	quantum well	40	14	2.923	0.002403	0801.0035,0801.0252,etc
19	differential conductance	67	18	3.706	0.002382	0801.0292,0801.0539,etc
20	stochastic dynamic	33	11	3.2	0.00236	0801.0066,0801.2136,etc
21	film thickness	56	16	3.667	0.002343	0801.0144,0801.0145,etc
22	magnetic anisotropy	72	18	4.118	0.002247	0801.0145,0801.0673,etc
23	electric field	254	79	3.231	0.002208	0801.0035,0801.0089,etc
24	spin-orbit interaction	69	27	2.577	0.002189	0801.0089,0801.0145,etc
25	Josephson junction	55	20	2.632	0.002184	0801.0388,0801.1090,etc
26	heat bath	34	15	2.357	0.002184	0801.0661,0801.1268,etc
27	Dirac point	65	14	4.923	0.002174	0801.0027,0801.0029,etc
28	critical region	53	17	3.25	0.002161	0801.0009,0801.0646,etc
29	ground state energy	114	38	3.054	0.002148	0801.0020,0801.0089,etc
30	Landau level	125	24	4.739	0.002117	0801.0035,0801.0145,etc
31	line shape	30	11	2.9	0.002083	0801.0661,0801.1155,etc
32	momentum distribution	96	23	4.091	0.002055	0801.0420,0801.0952,etc
33	optical conductivity	46	13	3.167	0.00204	0801.0412,0801.1519,etc
34	diffusive regime	26	12	2.273	0.002012	0801.0302,0801.0562,etc
35	volume fraction	69	17	4.25	0.001982	0801.0765,0801.1314,etc
36	Green function	143	40	3.641	0.001977	0801.0009,0801.0027,etc
37	localized state	69	31	2.2	0.001962	0801.0027,0801.0145,etc
38	Hubbard model	105	27	3.462	0.001957	0801.0414,0801.0852,etc
39	triangular lattice	97	30	2.379	0.001944	0801.0190,0801.0589,etc
40	strong disorder	29	11	2.2	0.001878	0801.0137,0801.0852,etc
41	local field	43	19	2.333	0.00184	0801.0089,0801.0190,etc
42	quantum wire	68	11	6.4	0.001789	0801.0420,0801.1638,etc
43	basis function	54	15	3.786	0.001781	0801.0089,0801.0255,etc
44	spontaneous magnetization	31	11	2.9	0.001778	0801.0145,0801.0836,etc
45	surface tension	36	11	3.5	0.001777	0801.1077,0801.1240,etc
46	Green' function	166	51	3.02	0.00175	0801.0009,0801.0062,etc
47	finite temperature	173	79	2.205	0.001729	0801.0009,0801.0190,etc
48	many-body interaction	48	15	3.286	0.001707	0801.0205,0801.0252,etc
49	exchange interaction	143	46	3.111	0.00169	0801.0145,0801.0190,etc
50	quenched disorder	58	19	3.167	0.001688	0801.0137,0801.1131,etc
51	Bose gas	64	17	3.938	0.001682	0801.0009,0801.1646,etc
52	correlation energy	46	12	3.818	0.001681	0801.0372,0801.0377,etc
53	interaction range	40	12	3.545	0.00168	0801.1131,0801.1247,etc
54	band gap	96	29	3.321	0.00167	0801.0144,0801.0145,etc
55	relative phase	45	19	2.444	0.001669	0801.0027,0801.0180,etc
56	critical exponent	110	40	2.795	0.001594	0801.0009,0801.0137,etc
57	electronic structure	131	56	2.309	0.001594	0801.0111,0801.0271,etc
58	Cooper pair	59	22	2.762	0.001594	0801.0484,0801.1014,etc
59	interaction energy	69	27	2.538	0.001582	0801.0271,0801.0377,etc
60	collective mode	59	17	3.625	0.001574	0801.0101,0801.1497,etc
61	complex network	89	19	4.5	0.001573	0801.1278,0801.1395,etc
62	experimental datum	236	99	2.388	0.001572	0801.0113,0801.0145,etc
63	effective field	35	13	2.833	0.001551	0801.0443,0801.0549,etc
64	tunnel barrier	32	13	2.25	0.001548	0801.0089,0801.1019,etc
65	thermodynamic limit	207	73	2.778	0.001535	0801.0020,0801.0035,etc
66	temperature dependence	296	116	2.557	0.001524	0801.0062,0801.0101,etc
67	inversion symmetry	54	20	2.421	0.001518	0801.0089,0801.0145,etc
68	wave superconductor	40	12	3.455	0.001518	0801.0101,0801.1014,etc
69	honeycomb lattice	52	17	3.125	0.001514	0801.0027,0801.0029,etc
70	superconducting phase	43	14	3.231	0.001513	0801.0484,0801.0604,etc
71	present model	74	22	3.476	0.001504	0801.0513,0801.0640,etc
72	short-range interaction	38	16	2.4	0.001494	0801.0009,0801.0299,etc
73	disorder strength	44	15	3.071	0.001488	0801.0027,0801.0137,etc
74	internal state	33	11	3.2	0.001485	0801.0600,0801.1936,etc
75	Monte Carlo simulation	77	33	2.375	0.001459	0801.0443,0801.0618,etc
76	transfer matrix	69	17	4.25	0.001457	0801.0027,0801.0186,etc
77	control parameter	60	27	2.269	0.001455	0801.0020,0801.0151,etc
78	Hall effect	49	24	2.087	0.00145	0801.0089,0801.0111,etc
79	easy axis	46	14	3.154	0.001449	0801.0145,0801.0627,etc
80	singlet state	80	22	3.571	0.001449	0801.0190,0801.0381,etc
81	localization length	81	19	4.444	0.001446	0801.0027,0801.0513,etc
82	two-level system	28	14	2.077	0.001442	0801.0571,0801.1266,etc
83	magnetic order	75	33	2.062	0.001439	0801.0062,0801.0145,etc
84	metallic phase	52	17	3.188	0.001439	0801.0852,0801.1610,etc
85	ground-state energy	49	20	2.526	0.001415	0801.0205,0801.0372,etc
86	optical lattice	143	46	3.156	0.001413	0801.0035,0801.0589,etc
87	magnetic structure	43	15	2.714	0.001407	0801.0190,0801.1468,etc
88	coherent state	28	14	2.077	0.001403	0801.0009,0801.0562,etc
89	kinetic equation	24	11	2.3	0.001401	0801.0062,0801.1324,etc
90	vortex core	66	13	5.167	0.001391	0801.0627,0801.0682,etc
91	transport property	126	59	2.155	0.001379	0801.0027,0801.0062,etc
92	triplet state	55	17	3.312	0.001379	0801.0888,0801.1304,etc
93	carbon nanotubes	54	21	2.65	0.001339	0801.0089,0801.0373,etc
94	particle density	43	18	2.294	0.001312	0801.0009,0801.0635,etc
95	random field	44	12	2.182	0.001312	0801.0137,0801.0443,etc
96	Bose-Einstein condensate	70	32	2.129	0.001312	0801.0635,0801.0966,etc
97	initial position	30	11	2.6	0.001311	0801.0066,0801.0513,etc
98	superconducting state	56	21	2.75	0.001298	0801.0101,0801.0111,etc
99	transport coefficient	61	18	3.412	0.001286	0801.0759,0801.0835,etc
100	high pressure	29	12	2.545	0.001277	0801.0271,0801.0368,etc