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Copy pathscopus-Artigos-TITLE-ABS-KEY(nano&polyaniline&improv&electrical conductivORelectrical resistivit-MAP.txt
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scopus-Artigos-TITLE-ABS-KEY(nano&polyaniline&improv&electrical conductivORelectrical resistivit-MAP.txt
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id label x y cluster weight<Links> weight<Total link strength> weight<Occurrences> score<Avg. pub. year>
1 advantage 0.1334 0.6436 3 61 103 14 2015.7857
2 agent -0.5108 -0.3016 1 73 185 20 2015.6
3 ammonium persulfate -0.6307 -0.3482 1 61 115 11 2016.3636
4 amount -0.8543 -0.0476 1 74 193 22 2016.5909
5 analysis -0.5367 -0.0096 1 109 754 82 2015.4024
6 approach 0.2877 0.1187 2 94 274 38 2017.2368
7 aps -0.3433 -0.2975 1 56 100 10 2016
8 blend -0.7758 -0.1767 1 63 150 21 2016.5238
9 capacitance retention 1.3442 -0.375 2 51 145 14 2017.5714
10 carbon 0.777 0.078 2 75 208 25 2016.6
11 carbon nanotube 0.0828 0.4617 3 106 577 71 2015.6479
12 characterization -0.8511 0.1197 1 97 529 57 2015.193
13 cnt 0.2094 0.5562 3 88 266 34 2016.1471
14 cnts 0.0587 0.567 3 72 168 19 2016.9474
15 composite film 0.3859 0.6401 3 74 171 20 2017.05
16 crystallinity -0.8568 -0.3255 1 66 157 15 2015.7333
17 current density 1.0855 -0.2239 2 79 313 30 2016.8
18 cycle 1.1393 -0.2137 2 86 488 57 2017.0877
19 cyclic voltammetry 0.5254 -0.6581 2 74 274 26 2017.1538
20 dbsa -1.0606 -0.0565 1 49 122 17 2015.7059
21 detection 0.2486 -0.3759 2 56 134 17 2017.1765
22 development 0.5263 0.0296 2 77 180 27 2016.9259
23 diameter -0.9299 -0.0529 1 74 190 23 2015
24 dsc -1.2158 -0.0555 1 53 124 12 2016.6667
25 efficiency 0.5497 -0.1554 2 67 167 26 2016.2692
26 electrical conductivity measurement -0.554 -0.6295 1 72 191 19 2015.2105
27 electrical property -0.7751 -0.0423 1 84 301 37 2015.1081
28 electrochemical impedance spectroscopy 0.5167 -0.7204 2 65 199 17 2016.7647
29 electrochemical performance 1.0657 -0.2797 2 80 326 34 2016.6765
30 electrochemical property 0.8591 -0.5238 2 77 255 25 2016
31 electrode 1.0423 -0.1745 2 93 621 71 2016.2676
32 electrode material 1.155 -0.1588 2 80 364 31 2016.5484
33 electrolyte 1.2904 -0.4503 2 61 208 20 2016.5
34 electron microscopy -0.5566 -0.381 1 102 719 67 2015.4925
35 excellent electrical conductivity 0.4987 0.2256 2 61 92 13 2016.8462
36 existence -0.34 0.5217 3 59 110 11 2017
37 f g 1.2602 -0.2845 2 70 261 24 2016.25
38 fe sem -1.0056 -0.3515 1 53 131 13 2016.8462
39 fesem -0.6216 -0.272 1 47 121 13 2017.3077
40 field emission scanning electron microscopy -0.5943 -0.4874 1 73 241 23 2016.8696
41 figure 0.2144 0.2439 3 64 100 13 2015.9231
42 filler -0.3406 0.0762 1 82 162 20 2017.35
43 fold -0.1382 0.3719 3 54 74 10 2017.3
44 form -0.7879 -0.1285 1 68 167 19 2016.6842
45 fourier -0.3986 -0.4194 1 110 928 83 2016.2169
46 ft ir -0.3142 -0.4248 1 89 311 29 2016.3793
47 ftir -0.7434 -0.204 1 103 634 61 2016.7541
48 function -0.6831 0.1949 1 53 115 15 2015.5333
49 ghz -0.6864 -0.4697 1 46 83 12 2017.4167
50 good electrical conductivity 0.9063 -0.3693 2 58 128 13 2013.3846
51 graphene 0.2798 -0.1584 2 103 394 44 2016.8864
52 high energy density 1.5218 -0.0923 2 29 84 11 2016.7273
53 high performance 0.588 0.5702 3 61 125 16 2017.125
54 high performance supercapacitor 1.3929 -0.1985 2 39 107 10 2017.6
55 high specific capacitance 1.3143 -0.0472 2 54 147 13 2018.0769
56 improved electrical conductivity 0.6832 -0.3229 2 67 162 17 2016.8235
57 influence -0.8159 0.2455 1 61 130 18 2016
58 interface 0.0208 0.594 3 70 153 18 2016.6667
59 investigation -0.5452 0.1343 1 65 139 17 2015.8235
60 kind 0.786 0.2269 2 56 81 10 2015.9
61 layer 0.448 -0.0118 2 92 274 38 2015.1842
62 low cost 0.7432 0.507 3 57 119 13 2016.8462
63 magnitude -0.3546 0.4113 3 73 176 24 2014.5417
64 mechanical property -0.2639 0.1849 1 92 239 39 2016.3333
65 multi walled carbon nanotube -0.5729 0.4869 3 51 111 13 2013.9231
66 multiwalled carbon nanotube -0.0212 0.1204 3 65 134 17 2013.0588
67 mwcnt -0.211 0.4351 3 77 216 25 2015.24
68 mwcnts 0.1496 0.3707 3 64 143 15 2015.3333
69 nanostructure 0.7442 0.138 2 79 203 24 2015.3333
70 novel 0.3516 0.1095 2 67 111 14 2017
71 oxidant -0.5379 -0.1726 1 68 153 16 2015.1875
72 oxidative polymerization -0.3996 -0.1574 1 100 369 44 2014.8636
73 pani matrix -0.868 0.1974 1 67 198 19 2016.1579
74 percolation threshold -0.52 0.2399 1 58 107 18 2014.0556
75 performance 0.5551 -0.0303 2 111 879 109 2016.367
76 polymer matrix -0.4756 0.3479 1 72 156 21 2015.4762
77 potential application 0.6077 0.1455 2 70 146 15 2015.0667
78 power factor 0.13 0.8051 3 64 222 28 2017.5
79 presence -0.4409 -0.0384 1 104 718 82 2016.0976
80 promising candidate 0.5905 0.268 2 56 85 10 2015.9
81 pure polyaniline -0.4753 0.4884 1 50 90 10 2013.9
82 raman -0.3317 0.2561 3 72 136 12 2015.4167
83 raman spectroscopy -0.3454 -0.54 1 81 260 24 2016.25
84 rgo 0.1704 -0.3231 2 64 113 14 2017.5714
85 room temperature -0.1964 0.5552 3 76 185 23 2015.4348
86 s m 0.0651 0.2605 3 61 95 11 2015.3636
87 scan rate 1.1794 -0.4009 2 54 132 11 2016.3636
88 seebeck coefficient 0.2088 0.7876 3 58 164 22 2016.3182
89 self 0.5297 0.0734 2 67 125 16 2016.75
90 series -0.363 0.3528 3 62 111 11 2016.3636
91 specific capacitance 1.2754 -0.2154 2 81 392 37 2016.973
92 spectra -0.673 0.31 1 84 285 31 2014.8065
93 spectroscopy -0.5269 -0.4392 1 109 884 84 2016
94 stability 0.761 -0.1757 2 103 647 76 2016.1974
95 substrate 0.5119 -0.0754 2 84 244 29 2016.3103
96 supercapacitor 1.312 -0.1239 2 75 395 38 2016.4737
97 surfactant -1.2186 -0.3163 1 50 113 12 2015.3333
98 swcnt 0.1276 0.7548 3 57 118 12 2016.8333
99 synergistic effect 0.768 -0.2415 2 74 201 25 2017.56
100 tem -0.4306 -0.2813 1 101 492 44 2015.0682
101 temperature -0.7793 0.1085 1 99 451 46 2016.2391
102 template 0.3346 0.215 2 84 171 24 2015.5
103 tensile strength -0.3432 0.1735 1 66 133 18 2016.7222
104 tga -0.9571 -0.4078 1 90 400 33 2014.4848
105 thermal property -1.1119 0.0541 1 52 105 14 2016.3571
106 thermal stability -0.8947 -0.107 1 100 673 73 2014.9589
107 thermoelectric performance 0.0898 0.6629 3 58 128 16 2016.5
108 thermoelectric property -0.0244 0.7351 3 63 165 18 2016
109 thermogravimetric analysis -0.8607 -0.4766 1 85 377 31 2014.7419
110 transmission electron microscopy -0.3742 -0.679 1 95 527 47 2014.9787
111 w m 0.1546 0.8445 3 43 88 11 2016.6364
112 x ray diffraction -0.6545 -0.5208 1 107 740 68 2016.1471
113 x ray photoelectron spectroscopy -0.2612 -0.831 1 57 156 15 2016.9333
114 xrd -0.6036 -0.1906 1 107 766 68 2016.7794