condmat-201802 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	colloidal particle	83	17	5.125	0.00703	1802.00600,1802.00772,etc
2	Weyl point	153	20	7.895	0.006625	1802.00288,1802.00450,etc
3	neural network	114	18	6.647	0.005426	1802.00298,1802.02154,etc
4	flat band	126	25	4.417	0.004557	1802.00013,1802.00125,etc
5	phase separation	159	28	5.852	0.004479	1802.00076,1802.00138,etc
6	Dirac cone	153	34	4.606	0.003906	1802.00075,1802.00099,etc
7	Weyl node	138	20	7.0	0.003705	1802.00277,1802.00450,etc
8	temperature difference	32	11	3.1	0.003609	1802.01038,1802.01846,etc
9	structural transition	66	22	2.952	0.003522	1802.00158,1802.01551,etc
10	active particle	80	12	7.182	0.003474	1802.00661,1802.02371,etc
11	electric field	529	119	4.449	0.003362	1802.00099,1802.00277,etc
12	magnetic fluctuation	63	17	3.75	0.003252	1802.00388,1802.00925,etc
13	nematic order	59	13	4.833	0.003205	1802.00874,1802.01048,etc
14	Dirac fermion	142	34	4.273	0.003124	1802.00016,1802.00364,etc
15	edge state	225	42	5.463	0.003092	1802.00450,1802.01087,etc
16	superfluid phase	65	12	4.545	0.003065	1802.00274,1802.00919,etc
17	tensile strain	51	12	4.091	0.003036	1802.00276,1802.01051,etc
18	effective model	108	29	3.786	0.002929	1802.00044,1802.00361,etc
19	cavity mode	78	18	4.412	0.0029	1802.01816,1802.04024,etc
20	conduction electron	148	44	3.395	0.002894	1802.00065,1802.00407,etc
21	differential conductance	58	16	2.4	0.002894	1802.00407,1802.00522,etc
22	graphene sheet	124	22	5.286	0.002882	1802.00282,1802.01175,etc
23	Hall conductivity	153	24	6.217	0.002881	1802.00450,1802.00712,etc
24	Zeeman field	34	11	3.3	0.002869	1802.00270,1802.00407,etc
25	superfluid density	76	20	3.947	0.002865	1802.01230,1802.01582,etc
26	linear response regime	44	16	2.867	0.002836	1802.00282,1802.00407,etc
27	topological phase transition	85	35	2.471	0.002799	1802.00288,1802.01087,etc
28	quantum dot	204	55	3.759	0.002784	1802.00188,1802.00205,etc
29	energy eigenstates	55	17	3.125	0.002781	1802.00511,1802.01590,etc
30	entanglement entropy	142	26	4.76	0.002719	1802.00022,1802.00422,etc
31	bulk state	65	19	3.5	0.002711	1802.00275,1802.00450,etc
32	charge transfer	64	26	2.52	0.002697	1802.00075,1802.00178,etc
33	surface tension	107	16	7.0	0.00269	1802.00310,1802.01969,etc
34	band gap	285	77	3.737	0.002689	1802.00034,1802.00158,etc
35	hysteresis loop	49	14	3.692	0.002656	1802.00205,1802.00276,etc
36	core electron	35	15	2.429	0.00264	1802.01291,1802.02780,etc
37	Landau level	202	41	5.025	0.00257	1802.00512,1802.00553,etc
38	magnetic structure	89	25	2.75	0.002527	1802.00181,1802.00232,etc
39	Dirac point	347	59	5.793	0.002523	1802.00013,1802.00044,etc
40	vertex correction	44	12	3.909	0.002506	1802.00407,1802.00694,etc
41	inversion symmetry	173	82	2.123	0.00249	1802.00270,1802.00275,etc
42	superconducting gap	145	42	3.512	0.002474	1802.00627,1802.01048,etc
43	bias voltage	121	37	3.028	0.002453	1802.00205,1802.00219,etc
44	Berry curvature	162	32	5.194	0.002453	1802.00218,1802.00277,etc
45	surface state	199	44	4.605	0.002439	1802.00275,1802.00288,etc
46	Rabi frequency	76	20	3.737	0.002396	1802.00138,1802.00670,etc
47	power-law decay	37	13	3.0	0.002369	1802.00422,1802.01606,etc
48	photon energy	71	33	2.188	0.002356	1802.00075,1802.00275,etc
49	decay length	32	11	2.4	0.00235	1802.00270,1802.01123,etc
50	local moment	62	25	2.542	0.002348	1802.00044,1802.00837,etc
51	bond length	69	26	2.72	0.002339	1802.00158,1802.00964,etc
52	ground-state energy	85	21	4.2	0.002339	1802.00874,1802.00919,etc
53	gate voltage	150	46	3.311	0.002328	1802.00395,1802.00451,etc
54	hole pocket	82	24	3.304	0.002325	1802.00694,1802.00905,etc
55	Chern number	162	38	3.865	0.002311	1802.00218,1802.00715,etc
56	gap function	106	17	6.188	0.002276	1802.00013,1802.00627,etc
57	wave pairing	51	17	3.062	0.002265	1802.00925,1802.01551,etc
58	topological surface state	40	11	3.9	0.002261	1802.01927,1802.03571,etc
59	variational parameter	52	19	2.778	0.002218	1802.00874,1802.01590,etc
60	Ising model	197	37	5.222	0.002198	1802.00020,1802.00181,etc
61	perpendicular magnetic field	40	19	2.167	0.002161	1802.00016,1802.00282,etc
62	local magnetic moment	36	18	2.059	0.002155	1802.01230,1802.01449,etc
63	Rabi oscillation	39	15	2.714	0.002154	1802.00670,1802.04693,etc
64	mirror symmetry	97	28	3.556	0.002104	1802.00188,1802.00232,etc
65	mass term	67	22	3.143	0.0021	1802.00022,1802.00270,etc
66	structure factor	149	37	4.083	0.00209	1802.00060,1802.00357,etc
67	localization length	50	13	4.083	0.002081	1802.00218,1802.00846,etc
68	Kondo effect	57	18	3.294	0.002069	1802.00388,1802.00407,etc
69	superconducting phase	82	27	3.115	0.002057	1802.00633,1802.01551,etc
70	transition rate	99	22	4.619	0.00205	1802.00298,1802.00461,etc
71	quantum oscillation	64	18	3.706	0.00204	1802.00512,1802.00553,etc
72	Fermi arc	51	18	2.824	0.002039	1802.00288,1802.00443,etc
73	ambient pressure	133	29	4.679	0.002039	1802.00388,1802.00895,etc
74	hydrostatic pressure	40	18	2.294	0.002025	1802.00644,1802.00895,etc
75	optical phonon	60	19	3.278	0.002013	1802.00099,1802.00722,etc
76	pairing interaction	55	15	2.714	0.002003	1802.00919,1802.01048,etc
77	superconducting state	180	50	3.571	0.001983	1802.00013,1802.00361,etc
78	electron pocket	59	20	2.947	0.001966	1802.00275,1802.00905,etc
79	topological phase	232	60	3.898	0.001964	1802.00274,1802.00288,etc
80	Slater determinant	46	11	3.7	0.001962	1802.01551,1802.02010,etc
81	time-reversal symmetry	230	77	3.0	0.001959	1802.00361,1802.00512,etc
82	disorder strength	78	19	3.889	0.001932	1802.00065,1802.00105,etc
83	orbital moment	39	11	3.2	0.001923	1802.00925,1802.01449,etc
84	metallic phase	44	15	3.071	0.001911	1802.00065,1802.00105,etc
85	thin film	141	55	2.593	0.001911	1802.00360,1802.00450,etc
86	diffusive regime	34	13	2.75	0.00191	1802.00060,1802.01033,etc
87	resonance frequency	150	45	3.341	0.001895	1802.00522,1802.00726,etc
88	honeycomb lattice	173	40	4.41	0.001884	1802.00044,1802.00099,etc
89	long time limit	39	16	2.533	0.001875	1802.00511,1802.01263,etc
90	magnetic order	134	46	2.956	0.001869	1802.00219,1802.00277,etc
91	parent compound	26	12	2.182	0.001857	1802.00034,1802.01901,etc
92	magnetic anisotropy	97	26	3.8	0.001853	1802.00076,1802.00178,etc
93	Hubbard model	139	41	3.45	0.00184	1802.00044,1802.00105,etc
94	topological invariant	43	11	4.2	0.001837	1802.00715,1802.01431,etc
95	boundary condition	524	161	3.231	0.001835	1802.00129,1802.00178,etc
96	charge gap	67	12	5.909	0.001819	1802.00034,1802.00099,etc
97	optical conductivity	125	22	4.667	0.001815	1802.00105,1802.00282,etc
98	complex network	62	18	3.412	0.00181	1802.00297,1802.00547,etc
99	Bose gas	35	16	2.267	0.00179	1802.00129,1802.00234,etc
100	formation energy	67	13	5.333	0.001787	1802.00125,1802.00288,etc