condmat-201911 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	Weyl point	201	32	5.419	0.005651	1911.00312,1911.01436,etc
2	vortex core	87	17	4.5	0.005606	1911.00312,1911.00912,etc
3	strain rate	65	12	5.636	0.005075	1911.00163,1911.00693,etc
4	twist angle	118	20	6.105	0.004598	1911.00007,1911.01347,etc
5	Fermi arc	52	15	3.5	0.004044	1911.01400,1911.01436,etc
6	edge state	512	64	7.952	0.003797	1911.00007,1911.00711,etc
7	vibrational mode	76	17	4.625	0.003681	1911.00311,1911.00591,etc
8	lattice vibration	49	14	2.769	0.003614	1911.00311,1911.00768,etc
9	atomic system	53	15	3.714	0.003602	1911.03638,1911.05183,etc
10	Kondo effect	87	16	5.4	0.003477	1911.01400,1911.02312,etc
11	edge mode	152	39	3.974	0.003354	1911.00913,1911.01269,etc
12	entanglement entropy	311	54	5.849	0.00326	1911.00008,1911.00023,etc
13	flat band	205	37	5.667	0.003224	1911.00007,1911.00300,etc
14	charge neutrality point	22	11	2.1	0.003187	1911.00424,1911.01092,etc
15	surface roughness	82	23	3.545	0.00315	1911.00912,1911.01794,etc
16	surface tension	66	13	5.417	0.003136	1911.00007,1911.02130,etc
17	probe beam	35	11	3.3	0.003106	1911.02960,1911.04147,etc
18	van Hove singularity	36	12	3.091	0.003105	1911.00007,1911.04493,etc
19	Lifshitz transition	43	13	2.667	0.003084	1911.01400,1911.02960,etc
20	Li atom	45	12	3.909	0.003062	1911.01369,1911.01610,etc
21	Floquet state	60	12	4.636	0.003016	1911.00394,1911.02144,etc
22	triplet state	32	13	2.583	0.002975	1911.00070,1911.01446,etc
23	entanglement spectrum	98	19	5.167	0.002939	1911.00008,1911.00023,etc
24	discontinuous transition	43	14	3.231	0.002908	1911.00287,1911.00876,etc
25	Berry curvature	140	38	3.73	0.002889	1911.00808,1911.01400,etc
26	Mott transition	35	12	3.091	0.002681	1911.02057,1911.02909,etc
27	neural network	132	27	4.846	0.002677	1911.00066,1911.00197,etc
28	classical model	111	26	4.4	0.002643	1911.01889,1911.02575,etc
29	Chern number	265	44	5.791	0.002642	1911.00007,1911.00913,etc
30	central charge	111	26	4.4	0.002639	1911.00023,1911.00174,etc
31	collective mode	36	17	2.188	0.002626	1911.00923,1911.01451,etc
32	Berry phase	104	24	4.435	0.002581	1911.00070,1911.01400,etc
33	optical mode	38	13	2.917	0.002513	1911.00706,1911.01459,etc
34	size distribution	33	12	2.909	0.002508	1911.00701,1911.03578,etc
35	electrical conductivity	76	28	2.741	0.002504	1911.01736,1911.02307,etc
36	Fermi sea	110	21	2.75	0.002492	1911.00023,1911.00557,etc
37	surface state	210	50	4.184	0.002422	1911.00162,1911.00368,etc
38	abrupt change	38	17	2.312	0.002366	1911.00311,1911.01193,etc
39	coordination number	67	25	2.75	0.002365	1911.00163,1911.00444,etc
40	free energy density	55	19	3.0	0.002358	1911.00174,1911.00557,etc
41	Weyl semimetals	118	35	3.441	0.002355	1911.00174,1911.01130,etc
42	band gap	383	100	3.848	0.002354	1911.00086,1911.00211,etc
43	many-body localization	33	14	2.462	0.002339	1911.01269,1911.02876,etc
44	triangular lattice	137	42	3.317	0.002324	1911.00261,1911.00876,etc
45	thermal expansion	79	16	5.2	0.002317	1911.00787,1911.03142,etc
46	phase transition point	48	16	3.133	0.002302	1911.00287,1911.02295,etc
47	magnetization dynamic	51	17	2.812	0.002287	1911.00183,1911.01987,etc
48	mutual information	105	14	6.231	0.002267	1911.00008,1911.00197,etc
49	topological surface state	47	19	2.556	0.002261	1911.00413,1911.01936,etc
50	powder sample	31	15	2.143	0.002232	1911.00261,1911.00701,etc
51	Monte Carlo simulation	75	33	2.312	0.002205	1911.00097,1911.00131,etc
52	magic angle	57	11	5.6	0.002164	1911.00007,1911.01347,etc
53	high pressure	75	22	3.524	0.002164	1911.01027,1911.01193,etc
54	nematic order	39	12	2.909	0.002163	1911.01889,1911.07045,etc
55	topological phase transition	88	35	2.529	0.002154	1911.00300,1911.00312,etc
56	grain boundary	137	28	5.037	0.002146	1911.00727,1911.02307,etc
57	active particle	66	15	4.643	0.002129	1911.02291,1911.02381,etc
58	superconducting gap	135	38	3.622	0.002127	1911.00300,1911.00460,etc
59	electric field	533	140	3.827	0.002105	1911.00007,1911.00097,etc
60	kinetic equation	54	13	4.167	0.002073	1911.02513,1911.02793,etc
61	perpendicular magnetic field	40	20	2.053	0.002057	1911.00086,1911.00413,etc
62	tensile strain	67	16	4.4	0.002048	1911.00808,1911.03007,etc
63	strain field	32	12	2.818	0.002041	1911.00787,1911.01435,etc
64	liquid phase	59	27	2.231	0.002041	1911.01701,1911.01752,etc
65	soft mode	31	12	2.727	0.002037	1911.02649,1911.02894,etc
66	disorder strength	114	30	3.862	0.002036	1911.00008,1911.00070,etc
67	entropy production	65	14	4.769	0.002027	1911.00131,1911.00693,etc
68	Zeeman field	54	16	3.533	0.002013	1911.01889,1911.02582,etc
69	Kondo temperature	35	14	2.462	0.002003	1911.01400,1911.02566,etc
70	Weyl node	123	22	5.619	0.001999	1911.00174,1911.01130,etc
71	gap equation	65	14	2.692	0.001989	1911.01436,1911.03657,etc
72	mirror symmetry	71	32	2.226	0.001989	1911.02144,1911.02560,etc
73	honeycomb lattice	149	36	4.229	0.001978	1911.00086,1911.00913,etc
74	bilayer graphene	105	38	2.811	0.001974	1911.00007,1911.00066,etc
75	displacement field	78	25	3.125	0.001964	1911.00007,1911.02567,etc
76	quantum model	70	21	3.45	0.001959	1911.01435,1911.01889,etc
77	square lattice	244	86	2.847	0.001935	1911.00131,1911.00312,etc
78	Dirac point	144	44	3.233	0.001929	1911.00086,1911.00162,etc
79	first-order phase transition	62	28	2.222	0.001927	1911.00525,1911.00906,etc
80	Anderson model	37	17	2.25	0.001915	1911.00562,1911.00906,etc
81	topological classification	29	11	2.2	0.001914	1911.00653,1911.01035,etc
82	ground-state phase diagram	32	11	2.8	0.00191	1911.00255,1911.01618,etc
83	direct band gap	50	15	3.5	0.001905	1911.01092,1911.01123,etc
84	electron pocket	63	23	2.773	0.001893	1911.01945,1911.02432,etc
85	gate voltage	166	45	3.727	0.001881	1911.00007,1911.00424,etc
86	hydrostatic pressure	57	17	3.5	0.001879	1911.02138,1911.04039,etc
87	Landau level	95	33	2.938	0.001878	1911.00086,1911.00134,etc
88	critical exponent	192	44	4.442	0.001868	1911.00008,1911.00131,etc
89	unit cell	531	178	2.994	0.001863	1911.00007,1911.00100,etc
90	charge noise	43	11	4.2	0.001861	1911.02582,1911.02817,etc
91	itinerant electron	42	18	2.059	0.001856	1911.00814,1911.02566,etc
92	superconducting phase	104	37	2.389	0.001833	1911.00300,1911.00312,etc
93	quantum gas	45	21	2.2	0.001832	1911.00255,1911.03269,etc
94	chiral edge state	34	15	2.071	0.001831	1911.00913,1911.01620,etc
95	relative phase	51	16	3.333	0.001814	1911.00923,1911.01369,etc
96	Fock space	61	12	5.455	0.001793	1911.00653,1911.02432,etc
97	total system	80	16	5.2	0.001789	1911.00427,1911.02077,etc
98	Seebeck coefficient	120	22	5.667	0.001784	1911.00211,1911.02432,etc
99	carbon atom	49	22	2.286	0.001775	1911.00990,1911.01630,etc
100	phase boundary	144	45	2.773	0.001768	1911.00525,1911.00876,etc