Assertion list
coil (primary) → CapableOf
Results from Ascent++: 41
coil → CapableOf → generate magnetic field 0.71
coil → CapableOf → move in magnetic field 0.45
coil → CapableOf → receive signal 0.42
coil → CapableOf → remain energized 0.41
coil → CapableOf → get hot 0.40
coil → CapableOf → undergo commutation 0.40
coil → CapableOf → allow for steady air flow 0.39
coil → CapableOf → generate distinct electromagnet… 0.38
coil → CapableOf → touch each other 0.38
coil → CapableOf → advance through the catheter 0.36
coil → CapableOf → create thrombus 0.34
coil → CapableOf → face each other 0.34
coil → CapableOf → make contact 0.34
coil → CapableOf → use pusher 0.33
coil → CapableOf → comprise first and second coil … 0.31
coil → CapableOf → form of the cable of the invent… 0.31
coil → CapableOf → generate the radiofrequency pul… 0.31
coil → CapableOf → placed around the part of the b… 0.31
coil → CapableOf → surround helical wire 0.31
coil → CapableOf → compact over time 0.28
coil → CapableOf → excite magnetic field 0.28
coil → CapableOf → heat a polycrystalline ingot 0.28
coil → CapableOf → reach distal end of the catheter 0.28
coil → CapableOf → weaken magnetic field 0.28
coil → CapableOf → act as anchor 0.25
coil → CapableOf → act as magnet 0.25
coil → CapableOf → attract negatively-charged bloo… 0.25
coil → CapableOf → behave like static machine 0.25
coil → CapableOf → charge the capacitor 0.25
coil → CapableOf → continue to rotate in same dire… 0.25
coil → CapableOf → convert changing magnetic field 0.25
coil → CapableOf → encircle control module 0.25
coil → CapableOf → form primary circuit 0.25
coil → CapableOf → increase thrombogenicity 0.25
coil → CapableOf → meet the fate of st. polycarpus 0.25
coil → CapableOf → prevent blood flow 0.25
coil → CapableOf → produce small electrical curren… 0.25
coil → CapableOf → prolapse into the parent vessel 0.25
coil → CapableOf → receive an array of electrodes 0.25
coil → CapableOf → repel each other 0.25
coil → CapableOf → resonate at same frequency 0.25