| absorb light | 0.50 |
| end up being ineffective | 0.48 |
| pull after a couple of … | 0.45 |
| end up being inadequate | 0.45 |
| retreat after a number … | 0.41 |
| react with halogen | 0.37 |
| increase strength | 0.37 |
| conduct electricity | 0.36 |
| occur as pure free elem… | 0.35 |
| react with hydrogen | 0.34 |
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| precursor | 0.46 |
| photo-curable material | 0.38 |
| four electrons | 0.37 |
| a crystal structure | 0.25 |
| a coordination number o… | 0.25 |
| ultra-thin photoresist | 0.25 |
| decisive advantages | 0.16 |
| abundant | 0.61 |
| essential | 0.55 |
| transparent | 0.55 |
| rigid | 0.51 |
| useful | 0.49 |
| inefficient | 0.48 |
| brittle | 0.47 |
| expensive | 0.41 |
| inert | 0.40 |
| beneficial | 0.39 |
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| dominant element | 0.54 |
| semiconductor | 0.53 |
| the second most abundan… | 0.50 |
| element | 0.48 |
| metalloid | 0.46 |
| a chemical element | 0.46 |
| the second most common … | 0.43 |
| the eighth most common … | 0.38 |
| important element | 0.36 |
| the most abundant eleme… | 0.34 |
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| silicon dioxide | 0.49 |
| silica | 0.38 |
| a solid | 0.36 |
| single element | 0.28 |
| combined with oxygen | 0.64 |
| used in solar cells | 0.56 |
| used in semiconductor | 0.54 |
| extracted | 0.53 |
| oxidized | 0.51 |
| used in electronic | 0.49 |
| used to make computer c… | 0.49 |
| used in the steel refin… | 0.47 |
| doped | 0.43 |
| absorbed | 0.43 |
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