Assertion list
silicon (primary) → CapableOf
Results from Ascent++: 35
silicon → CapableOf → absorb light 0.50
silicon → CapableOf → end up being ineffective 0.48
silicon → CapableOf → pull after a couple of months 0.45
silicon → CapableOf → end up being inadequate 0.45
silicon → CapableOf → retreat after a number of months 0.41
silicon → CapableOf → increase strength 0.37
silicon → CapableOf → react with halogen 0.37
silicon → CapableOf → conduct electricity 0.36
silicon → CapableOf → occur as pure free element 0.35
silicon → CapableOf → react with hydrogen 0.34
silicon → CapableOf → make up 25.7% of the earth's cr… 0.33
silicon → CapableOf → layer 14 0.33
silicon → CapableOf → occur as the oxide 0.33
silicon → CapableOf → react with dilute alkalis 0.31
silicon → CapableOf → create electric charge 0.28
silicon → CapableOf → create market 0.28
silicon → CapableOf → dissolve in the case of reactiv… 0.28
silicon → CapableOf → enter the pores of the shaped 0.28
silicon → CapableOf → fill the gap 0.28
silicon → CapableOf → accommodate more lithium 0.25
silicon → CapableOf → combine with other elements 0.25
silicon → CapableOf → exist in two allotropic forms 0.25
silicon → CapableOf → induce larger clumps 0.25
silicon → CapableOf → limited intestinal absorption 0.25
silicon → CapableOf → look like metal 0.25
silicon → CapableOf → mean flint 0.25
silicon → CapableOf → prevent the absorption of the l… 0.25
silicon → CapableOf → react with nitrogen 0.25
silicon → CapableOf → remain as residue 0.25
silicon → CapableOf → remain in the reactor 0.25
silicon → CapableOf → remove dissolved oxygen 0.25
silicon → CapableOf → swell in excess 0.25
silicon → CapableOf → use a thermite process 0.25
silicon → CapableOf → expand in the charging process 0.19
silicon → CapableOf → stimulate the formation of coll… 0.16