| conductivity | 5 |
| property | 3 |
| conduct electricity | 0.55 |
| own modification | 0.46 |
| operate responsive, rel… | 0.42 |
| solidify to obtain flat… | 0.42 |
| serve communication | 0.39 |
| enable system | 0.38 |
| enable product | 0.38 |
| make new scientific dis… | 0.38 |
| utilize a semiconductor… | 0.38 |
| emit light | 0.38 |
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| electrical conductivity | 0.49 |
| active surface | 0.36 |
| property | 0.25 |
| oxygen | 0.25 |
| nitrogen | 0.25 |
| carbon | 0.25 |
| intermediate structure | 0.25 |
| back side | 0.25 |
| the largest market share | 0.16 |
| crystalline | 0.53 |
| conductive | 0.43 |
| a solid | 0.36 |
| amorphous | 0.25 |
| shaped | 0.20 |
| lightweight | 0.16 |
| important | 0.16 |
| flexible | 0.16 |
| efficient | 0.16 |
| useful devices | 0.30 |
| device | 0.25 |
| thin layers of silicon | 0.29 |
| toxic metals | 0.25 |
| indium | 0.23 |
| copper | 0.20 |
| gallium | 0.20 |
| selenium | 0.20 |
| made | 0.61 |
| used in solar cells | 0.52 |
| shown in fig | 0.49 |
| doped | 0.49 |
| based on silicon-german… | 0.46 |
| connected | 0.44 |
| placed | 0.42 |
| formed | 0.41 |
| mounted over carrier | 0.41 |
| used to make transistor | 0.38 |
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