condmat-200909 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	topological order	95	13	5.417	0.007377	0909.0752,0909.1099,etc
2	Dirac fermion	57	11	3.6	0.004465	0909.2987,0909.0378,etc
3	upper critical field	35	14	2.308	0.004421	0909.3735,0909.3460,etc
4	glass transition	67	20	3.053	0.003978	0909.1946,0909.0734,etc
5	superfluid phase	84	18	4.706	0.003912	0909.2987,0909.4620,etc
6	edge state	114	27	4.0	0.003876	0909.4799,0909.2647,etc
7	charge distribution	80	22	3.143	0.0037	0909.4116,0909.0367,etc
8	electric field	380	91	4.211	0.003421	0909.4116,0909.0547,etc
9	Hall effect	54	18	3.059	0.003302	0909.1448,0909.1416,etc
10	oxygen atom	43	11	4.2	0.003299	0909.4988,0909.4634,etc
11	gap function	31	12	2.091	0.003241	0909.5615,0909.3735,etc
12	sample A	51	11	4.2	0.003144	0909.5328,0909.3711,etc
13	surface state	65	17	4.0	0.003141	0909.4799,0909.1619,etc
14	ferromagnetic state	45	15	3.071	0.003047	0909.4917,0909.1944,etc
15	structure factor	103	30	3.517	0.002992	0909.2987,0909.3396,etc
16	quantum wire	48	12	4.273	0.002936	0909.0150,0909.0867,etc
17	correlation energy	40	11	3.8	0.002869	0909.0779,0909.0364,etc
18	polymer chain	79	15	5.571	0.002857	0909.1946,0909.3709,etc
19	boundary condition	358	113	3.188	0.002838	0909.0048,0909.1946,etc
20	normal metal	58	17	3.375	0.002764	0909.3806,0909.1416,etc
21	transition rate	43	13	2.833	0.002729	0909.1582,0909.0636,etc
22	exchange field	40	13	3.167	0.0027	0909.0378,0909.0079,etc
23	sign change	43	18	2.412	0.00269	0909.1246,0909.5523,etc
24	graphene sheet	86	28	3.148	0.002676	0909.1619,0909.3886,etc
25	critical current density	32	11	2.4	0.002648	0909.4733,0909.1351,etc
26	first-order transition	70	20	3.421	0.002642	0909.3627,0909.4400,etc
27	surface energy	66	14	5.0	0.00258	0909.1946,0909.3627,etc
28	high pressure	48	18	2.353	0.002494	0909.1937,0909.0318,etc
29	Fe atom	44	14	3.231	0.002488	0909.0079,0909.0318,etc
30	quantum dot	238	62	3.852	0.00248	0909.4799,0909.4116,etc
31	disorder strength	41	15	2.571	0.002465	0909.1619,0909.5432,etc
32	transmission probability	61	20	2.789	0.002437	0909.1619,0909.1213,etc
33	quantum criticality	47	15	3.214	0.002417	0909.3460,0909.0498,etc
34	superfluid density	84	19	4.611	0.002391	0909.3735,0909.3455,etc
35	fractal dimension	74	19	2.833	0.002379	0909.2823,0909.3353,etc
36	shear modulus	30	12	2.091	0.002379	0909.4174,0909.3623,etc
37	entanglement entropy	87	14	6.615	0.002373	0909.0752,0909.4822,etc
38	ground state energy	92	39	2.395	0.002344	0909.3576,0909.0779,etc
39	dipolar interaction	33	11	3.2	0.002339	0909.0048,0909.5267,etc
40	shear rate	62	12	5.091	0.002326	0909.4193,0909.1946,etc
41	energy landscape	48	11	4.3	0.002326	0909.4988,0909.3820,etc
42	electron transport	79	27	3.0	0.002311	0909.1619,0909.0367,etc
43	carrier concentration	48	14	3.538	0.002297	0909.1042,0909.2528,etc
44	gate voltage	164	49	3.396	0.002284	0909.1042,0909.1491,etc
45	coherent state	39	11	3.8	0.002278	0909.3819,0909.5290,etc
46	Dirac equation	65	18	3.647	0.002244	0909.3018,0909.2528,etc
47	wave superconductor	46	11	4.5	0.002239	0909.3735,0909.5317,etc
48	Green' function	214	50	4.347	0.002232	0909.2987,0909.1619,etc
49	Landau level	93	29	3.214	0.002211	0909.2987,0909.1448,etc
50	vortex core	79	15	5.571	0.002178	0909.0322,0909.5686,etc
51	topological insulator	53	14	3.923	0.002082	0909.0378,0909.4804,etc
52	optical lattice	185	52	3.588	0.002078	0909.5267,0909.3819,etc
53	spin-orbit interaction	56	23	2.5	0.002064	0909.4116,0909.2163,etc
54	strong magnetic field	47	17	2.812	0.002054	0909.1491,0909.3452,etc
55	structural transition	27	11	2.2	0.002042	0909.4208,0909.5238,etc
56	first Brillouin zone	30	15	2.071	0.002019	0909.3035,0909.5392,etc
57	band gap	78	31	2.567	0.00197	0909.1042,0909.3886,etc
58	thin film	97	34	2.848	0.001968	0909.1946,0909.1619,etc
59	phonon mode	35	14	2.385	0.001964	0909.1644,0909.3396,etc
60	Dirac point	108	35	3.088	0.001938	0909.2987,0909.4799,etc
61	friction coefficient	69	14	5.231	0.001938	0909.1946,0909.5496,etc
62	relative phase	24	11	2.3	0.001933	0909.2164,0909.0060,etc
63	thermal bath	47	16	3.067	0.001928	0909.3125,0909.2671,etc
64	antiferromagnetic order	38	14	2.846	0.001922	0909.1676,0909.0976,etc
65	magnetic ion	28	14	2.077	0.001911	0909.4282,0909.4426,etc
66	long range order	32	14	2.385	0.001897	0909.3576,0909.3352,etc
67	intermediate regime	33	14	2.462	0.001896	0909.1946,0909.3627,etc
68	volume fraction	79	24	3.391	0.001863	0909.4193,0909.3709,etc
69	doping level	45	17	2.75	0.001859	0909.1677,0909.1944,etc
70	Hall conductivity	39	12	3.455	0.001856	0909.1448,0909.0322,etc
71	quantum phase transition	125	47	2.696	0.001852	0909.2987,0909.3576,etc
72	iron pnictides	58	15	3.643	0.00184	0909.5328,0909.0312,etc
73	transfer matrix	64	16	3.867	0.001831	0909.0378,0909.5634,etc
74	hole band	27	11	2.5	0.001827	0909.3735,0909.3352,etc
75	square lattice	125	46	2.756	0.001821	0909.1582,0909.2987,etc
76	Josephson junction	63	20	3.053	0.001816	0909.3425,0909.3505,etc
77	collective mode	50	18	2.765	0.001814	0909.5267,0909.4620,etc
78	memory effect	36	12	3.0	0.001767	0909.0117,0909.2671,etc
79	Bose-Hubbard model	46	12	3.727	0.00176	0909.4556,0909.4620,etc
80	Mn ion	27	11	2.6	0.001752	0909.4282,0909.1653,etc
81	inversion symmetry	46	19	2.333	0.001745	0909.1042,0909.5294,etc
82	two-point correlation function	28	12	2.455	0.001734	0909.0215,0909.2471,etc
83	heat bath	32	14	2.385	0.001723	0909.4148,0909.3457,etc
84	Dyson equation	40	12	2.909	0.001709	0909.1892,0909.0849,etc
85	critical exponent	112	30	3.828	0.001707	0909.2202,0909.2806,etc
86	condensate fraction	38	11	3.7	0.001706	0909.3543,0909.1719,etc
87	charge transport	41	15	2.857	0.001694	0909.0367,0909.3886,etc
88	phase separation	54	22	2.524	0.001682	0909.5433,0909.1677,etc
89	Kondo effect	46	19	2.222	0.001678	0909.1213,0909.4338,etc
90	phase fluctuation	33	15	2.214	0.001677	0909.3735,0909.0322,etc
91	surface tension	66	17	4.062	0.001673	0909.1946,0909.4400,etc
92	metal-insulator transition	52	19	2.833	0.001663	0909.0048,0909.4153,etc
93	superconducting phase	35	17	2.125	0.001635	0909.1937,0909.2071,etc
94	quantum Hall effect	66	21	3.25	0.001616	0909.1491,0909.4804,etc
95	Goldstone mode	25	11	2.4	0.001601	0909.3576,0909.2647,etc
96	temperature dependence	334	120	2.79	0.001591	0909.4586,0909.4116,etc
97	cluster size	47	15	3.214	0.001576	0909.4148,0909.0079,etc
98	time reversal symmetry	48	21	2.35	0.001574	0909.0019,0909.5048,etc
99	thermal expansion	36	12	3.182	0.001573	0909.4153,0909.3460,etc
100	formula unit	24	11	2.3	0.001567	0909.3735,0909.1283,etc