---

electron (aspect of ion) → ReceivesAction → removed	0.81
electron (aspect of ion) → ReceivesAction → charged	0.74
positive ion (subgroup of ion) → ReceivesAction → formed	0.74
ion → ReceivesAction → charged	0.68
hydrogen ion (subgroup of ion) → IsA → proton	0.68
negative ion (subgroup of ion) → ReceivesAction → formed	0.68
polyatomic ion (subgroup of ion) → HasA → carbonate	0.68
polyatomic ion (subgroup of ion) → HasA → sulfate	0.68
sodium ion (subgroup of ion) → CapableOf → enter the cell	0.68
ion → CapableOf → gained electron	0.67
ion → ReceivesAction → removed	0.67
ion → ReceivesAction → produced	0.65
ion → CapableOf → reach the detector	0.63
ion → CapableOf → remain in solution	0.60
ion → ReceivesAction → measured	0.60
ion → HasA → negative charge	0.59
silver ion (subgroup of ion) → MadeOf → 99.99+% pure silver	0.59
charge (aspect of ion) → HasProperty → negative	0.59
ion → CapableOf → lost electron	0.58
electron (aspect of ion) → HasProperty → equal	0.58
ion → HasA → charge	0.58
ion → ReceivesAction → created	0.58
electron (aspect of ion) → ReceivesAction → accelerated	0.56
ion → HasProperty → reactive	0.56
ion → ReceivesAction → shown in fig	0.56
ion → HasA → same charge	0.56
electron (aspect of ion) → HasA → negative charge	0.56
electron (aspect of ion) → CapableOf → orbit the nucleus	0.55
positive ion (subgroup of ion) → ReceivesAction → accelerated	0.54
ion → ReceivesAction → shown	0.54
electron (aspect of ion) → ReceivesAction → bound	0.54
electron (aspect of ion) → ReceivesAction → lost	0.53
electron (aspect of ion) → ReceivesAction → transferred to another	0.53
ion → ReceivesAction → added	0.53
ion → ReceivesAction → isolated	0.51
electron (aspect of ion) → CapableOf → leave the plasma	0.51
ion → CapableOf → conduct electricity	0.50
negative ion (subgroup of ion) → CapableOf → detect negative ions	0.50
ion → ReceivesAction → free to move	0.50
ion → ReceivesAction → exchanged	0.49
ion → HasA → kinetic energy	0.49
ion → CapableOf → lost one electron	0.49
ion → CapableOf → attract each other	0.49
ion → CapableOf → repel each other	0.49
ion → CapableOf → carry electrical charge	0.48
ion → IsA → charged particle	0.48
charge (aspect of ion) → ReceivesAction → balanced	0.48
electron (aspect of ion) → ReceivesAction → excited	0.48
electron (aspect of ion) → ReceivesAction → shared	0.47
electron (aspect of ion) → ReceivesAction → emitted	0.47
positive ion (subgroup of ion) → ReceivesAction → prevented	0.47
charge (aspect of ion) → HasProperty → equal	0.47
ion → ReceivesAction → identified	0.46
ion → HasA → different masses	0.46
electron (aspect of ion) → ReceivesAction → magnetized	0.45
electron (aspect of ion) → CapableOf → flow to positive electrode	0.45
ion → HasProperty → more abundant	0.45
electron (aspect of ion) → ReceivesAction → contained	0.45
ion → ReceivesAction → trapped	0.45
ion → IsA → particle	0.45
ion → HasProperty → negative	0.44
ion → ReceivesAction → accelerated by electric field	0.44
ion → ReceivesAction → produced in the water	0.44
ion → ReceivesAction → surrounded by water molecules	0.44
ion → CapableOf → gained one or more electrons	0.44
ion → CapableOf → cross the membrane	0.43
ion → CapableOf → enter the body	0.43
ion → CapableOf → create magnetic field	0.43
electron (aspect of ion) → ReceivesAction → added to atom	0.43
ion → CapableOf → lost one or more electrons	0.42
ion → HasProperty → stable	0.42
ion → CapableOf → pass through the channel	0.42
ion → CapableOf → gained electrical charge	0.42
ion → ReceivesAction → dissolved in water	0.42
electron (aspect of ion) → ReceivesAction → gained	0.42
electron (aspect of ion) → ReceivesAction → moved	0.41
electron (aspect of ion) → HasA → smaller gyroradius	0.41
electron (aspect of ion) → ReceivesAction → free to move	0.41
electron (aspect of ion) → ReceivesAction → ejected	0.41
electron (aspect of ion) → CapableOf → leave the electrolyte	0.41
electron (aspect of ion) → CapableOf → follow helical paths	0.41
ion → HasProperty → decelerated	0.41
ion → AtLocation → equilibrium	0.41
charge (aspect of ion) → CreatedBy → direct ionization	0.41
electron (aspect of ion) → HasA → small turning radius	0.41
ion → ReceivesAction → selected for ms2	0.41
ion → ReceivesAction → implanted into auxiliary recording layer	0.41
ion → HasA → positive or negative charge	0.41
ion → CapableOf → move through the electrolyte	0.40
ion → CapableOf → travel through the body	0.40
charge (aspect of ion) → HasProperty → positive	0.40
charge (aspect of ion) → HasProperty → possible	0.40
electron (aspect of ion) → CapableOf → flow through external circuit	0.39
electron (aspect of ion) → HasA → energy	0.39
electron (aspect of ion) → CapableOf → create magnetic field	0.39
electron (aspect of ion) → CapableOf → follow magnetic field lines	0.39
electron (aspect of ion) → CapableOf → absorb energy	0.39
electron (aspect of ion) → HasProperty → small	0.39
ion → ReceivesAction → precipitated	0.39
ion → CapableOf → enter the mass spectrometer	0.39
ion → HasProperty → hydrated	0.39
ion → CapableOf → rotate in counterdiamagnetic direction	0.39
ion → CapableOf → enter the cell	0.39
ion → HasA → a mass-to-charge ratio	0.39
ion → ReceivesAction → attracted	0.39
ion → ReceivesAction → deflected	0.39
ion → CapableOf → travel in opposite directions	0.39
ion → ReceivesAction → formed	0.38
charge (aspect of ion) → HasProperty → opposite	0.38
ion → ReceivesAction → ionized	0.38
ion → CapableOf → hit the cathode	0.38
ion → CapableOf → come in contact	0.38
ion → ReceivesAction → plated	0.38
ion → HasA → net positive charge	0.38
ion → ReceivesAction → generated by the plasma	0.38
ion → CapableOf → move to the anode	0.38
ion → CapableOf → move in the direction	0.38
electron (aspect of ion) → CapableOf → undergo collision-quenching	0.37
electron (aspect of ion) → CapableOf → produce quiescent plasma	0.37
electron (aspect of ion) → ReceivesAction → heated by ion	0.37
electron (aspect of ion) → CapableOf → respond to short-wavelength fluctuations	0.37
electron (aspect of ion) → CapableOf → repel each other	0.37
ion → CapableOf → move to electrode	0.37
ion → CapableOf → pass through cusp 486	0.37
ion → CapableOf → consist of single atom	0.37
ion → ReceivesAction → excited	0.37
ion → ReceivesAction → generated by an ion source	0.37
ion → CapableOf → rotate in diamagnetic direction	0.37
ion → HasProperty → unstable	0.37
negative ion (subgroup of ion) → ReceivesAction → allowed to enter on other hand	0.36
charge (aspect of ion) → CapableOf → be an ono dielectric	0.36
sodium ion (subgroup of ion) → CapableOf → leave the glass	0.36
ion → ReceivesAction → neutralized	0.36
ion → HasA → positive effect	0.36
ion → CapableOf → form bond	0.36
ion → ReceivesAction → held by electrostatic forces	0.36
ion → CapableOf → pass through stripper	0.36
ion → CapableOf → carry charge	0.36
ion → HasA → required density	0.36
ion → HasA → positive or negative electrical charge	0.36
negative ion (subgroup of ion) → HasProperty → beneficial	0.35
charged ion (subgroup of ion) → ReceivesAction → accelerated by induced electric field	0.35
electron (aspect of ion) → HasProperty → negative	0.35
electron (aspect of ion) → SimilarTo → evaporative cooling	0.35
electron (aspect of ion) → ReceivesAction → trapped	0.35
electron (aspect of ion) → CapableOf → combine at negative electrode	0.35
electron (aspect of ion) → CapableOf → move to another	0.35
electron (aspect of ion) → CapableOf → rotate in their counterdiamagnetic direction	0.35
charge (aspect of ion) → HasProperty → small	0.35
ion → ReceivesAction → released	0.35
charged ion (subgroup of ion) → IsA → metal	0.35
ion → CapableOf → leave the cell	0.35
ion → CapableOf → attach to other particles	0.35
ion → ReceivesAction → implanted into the silicon substrate	0.35
ion → ReceivesAction → replenished in technique	0.35
ion → ReceivesAction → replenished in the bath	0.35
ion → HasA → non-zero net electrical charge	0.35
ion → CapableOf → carry half the current	0.35
ion → ReceivesAction → converted to rotational energy	0.35
ion → CapableOf → emerge with positive charge	0.35
ion → CapableOf → hit surface	0.35
ion → CapableOf → reach magnetic cusp	0.35
ion → CapableOf → neutralize charged toxins	0.35
ion → HasProperty → monatomic	0.34
charge (aspect of ion) → ReceivesAction → removed	0.34
charge (aspect of ion) → ReceivesAction → made in present embodiment of the invention	0.34
positive ion (subgroup of ion) → HasProperty → harmful	0.34
positive ion (subgroup of ion) → ReceivesAction → accelerated in high energy synchrotron	0.34
ion → ReceivesAction → detected by mechanism	0.33
ion → ReceivesAction → dissolved in seawater	0.33
ion → ReceivesAction → injected into the cavity	0.33
ion → CapableOf → focus on wetsuit	0.33
ion → ReceivesAction → shown by arrow	0.33
ion → CapableOf → induce a chemical reaction	0.33
ion → CapableOf → react through a fusion reaction	0.33
electron (aspect of ion) → ReceivesAction → attracted	0.33
electron (aspect of ion) → HasProperty → light	0.33
electron (aspect of ion) → HasA → enough energy	0.33
electron (aspect of ion) → CapableOf → accompany injected ions	0.33
electron (aspect of ion) → CapableOf → supply the energy	0.33
electron (aspect of ion) → CapableOf → enter the fluorine atom	0.33
electron (aspect of ion) → HasProperty → mobile	0.33
electron (aspect of ion) → ReceivesAction → distributed	0.33
electron (aspect of ion) → ReceivesAction → released	0.33
electron (aspect of ion) → HasA → temperature	0.33
electron (aspect of ion) → CapableOf → rotate in opposite directions	0.33
electron (aspect of ion) → CapableOf → form plasma	0.33
electron (aspect of ion) → CapableOf → form anion	0.33
ion → HasProperty → invisible	0.32
positive ion (subgroup of ion) → ReceivesAction → detected	0.32
positive ion (subgroup of ion) → CapableOf → enter into the housing	0.32
positive ion (subgroup of ion) → CapableOf → enter into the chamber	0.32
ion → CapableOf → make up more than 99%	0.32
charge (aspect of ion) → HasA → three layers	0.32
charge (aspect of ion) → CapableOf → repel each other	0.32
ion → CapableOf → store energy	0.32
ion → HasA → the electron configuration	0.32
ion → ReceivesAction → surrounded by ions of the opposite charge	0.32
ion → ReceivesAction → utilized to make radical new designs	0.32
ion → ReceivesAction → dispersed into the water	0.32
ion → ReceivesAction → adsorbed	0.32
ion → ReceivesAction → replenished by the anode	0.32
ion → CapableOf → encounter decelerating electric field	0.32
ion → CapableOf → combine with electron	0.32
ion → ReceivesAction → launched in 2004	0.32
ion → CapableOf → flow to the cathode	0.32
ion → CapableOf → use electromagnetic fields	0.32
ion → CapableOf → focus on neoprene products	0.32
ion → CapableOf → combine at negative electrode	0.32
ion → HasProperty → neutral	0.32
ion → ReceivesAction → made in the air	0.32
ion → CapableOf → follow helical paths	0.32
ion → ReceivesAction → attracted to one another	0.32
ion → ReceivesAction → determined to be fragment ions	0.32
negative ion (subgroup of ion) → CapableOf → neutralize positive ions	0.31
ion → CapableOf → pass through an ion channel per second	0.31
electron (aspect of ion) → ReceivesAction → torn	0.31
charged ion (subgroup of ion) → HasSubevent → field reversal	0.31
ion → ReceivesAction → implanted into the semiconductor layer	0.30
ion → ReceivesAction → fixed in place	0.30
ion → ReceivesAction → picked up by solar wind	0.30
ion → CapableOf → cross the gap	0.30
ion → ReceivesAction → solvated	0.30
ion → HasA → integrated led	0.30
ion → ReceivesAction → available in gas	0.30
ion → ReceivesAction → available in liquid	0.30
ion → ReceivesAction → generated by the ion cleanse	0.30
ion → ReceivesAction → directed	0.30
ion → CapableOf → neutralize charged particles	0.30
ion → HasA → two motions	0.30
ion → ReceivesAction → contained in large betatron orbits	0.30
ion → CapableOf → move	0.30
ion → CapableOf → rotate in opposite directions	0.30
ion → CapableOf → correspond to ctb5	0.30
ion → CapableOf → move to port	0.30
electron (aspect of ion) → CapableOf → lose energy	0.29
electron (aspect of ion) → CapableOf → carry half the current	0.29
electron (aspect of ion) → ReceivesAction → contained in electrostatic energy	0.29
electron (aspect of ion) → CapableOf → pass through the cusp	0.29
electron (aspect of ion) → HasA → a charge of -1	0.29
electron (aspect of ion) → CapableOf → spend more time	0.29
electron (aspect of ion) → CapableOf → cross magnetic field	0.29
electron (aspect of ion) → CapableOf → carry other half	0.29
electron (aspect of ion) → CapableOf → experience acceleration	0.29
electron (aspect of ion) → ReceivesAction → deflected	0.29
electron (aspect of ion) → HasA → opposite spins	0.29
electron (aspect of ion) → ReceivesAction → pulled	0.29
charge (aspect of ion) → ReceivesAction → carried by electron	0.29
charge (aspect of ion) → MadeOf → sin	0.29
charge (aspect of ion) → MadeOf → aluminum oxide	0.29
electron (aspect of ion) → ReceivesAction → injected	0.29
ion → ReceivesAction → absorbed	0.28
ion → CapableOf → reach their destination	0.28
ion → CapableOf → move in battery	0.28
ion → ReceivesAction → introduced	0.28
ion → ReceivesAction → described by their ease of formation	0.28
ion → ReceivesAction → injected into the air stream	0.28
ion → AtLocation → the atmosphere	0.28
ion → ReceivesAction → generated through interaction	0.28
ion → ReceivesAction → attracted to the cathode	0.28
ion → ReceivesAction → based on size	0.28
ion → CapableOf → affect our mood	0.28
ion → ReceivesAction → diverted	0.28
ion → ReceivesAction → attached to the resin	0.28
ion → ReceivesAction → charged with electricity	0.28
ion → CapableOf → surround the hydrogen ions	0.28
ion → CapableOf → change the hydrogen ion concentration	0.28
ion → CapableOf → pass	0.28
ion → CapableOf → satisfy octet rule	0.28
ion → CapableOf → enter selectivity filter	0.28
ion → CapableOf → combine on the surface of a pathogen	0.28
ion → CapableOf → diffuse into the matrix	0.28
ion → ReceivesAction → driven by their electrochemical gradient	0.28
ion → HasProperty → motionless	0.28
ion → HasProperty → active	0.28
ion → ReceivesAction → confined by the lorentz force	0.28
ion → HasA → all frc experiments	0.28
ion → CapableOf → follow curved path	0.28
ion → CapableOf → take up more room	0.28
ion → CapableOf → produce a layer of compressive stress	0.28
ion → ReceivesAction → contained in the medium	0.28
ion → ReceivesAction → dosed onto the eptfe sample	0.28
ion → ReceivesAction → maintained at low levels	0.28
ion → HasA → deuterium	0.28
ion → HasA → tritium	0.28
ion → ReceivesAction → transmitted through fringing field	0.28
ion → CreatedBy → gain	0.28
ion → CapableOf → pass through gate	0.28
ion → ReceivesAction → implanted into the glass substrate	0.28
ion → CapableOf → pass through the machine	0.28
ion → CapableOf → pass through aperture	0.28
electron (aspect of ion) → ReceivesAction → replaced	0.26
ion → ReceivesAction → contained in abrasive 60	0.25
ion → CapableOf → touch each other	0.25
ion → HasProperty → easy	0.25
ion → CapableOf → hit the wall	0.25
ion → CapableOf → energize cell	0.25
ion → CapableOf → rebalance cell	0.25
ion → CapableOf → use time of flight mass spectrometry	0.25
ion → CapableOf → happen to be similar	0.25
ion → CapableOf → complete the circuit	0.25
ion → ReceivesAction → separated by mass	0.25
ion → ReceivesAction → oxidized	0.25
ion → CapableOf → interact	0.25
ion → CapableOf → bombard the surface	0.25
ion → ReceivesAction → based on al3	0.25
ion → HasProperty → short-lived	0.25
ion → ReceivesAction → described by their oxidation state	0.25
ion → CapableOf → undergo same amount of deflection	0.25
ion → ReceivesAction → separated by drift time	0.25
ion → ReceivesAction → produced by electrospray ionization	0.25
ion → ReceivesAction → released by an ion-exchange resin	0.25
ion → CapableOf → reach the surface	0.25
ion → ReceivesAction → excreted	0.25
ion → ReceivesAction → retained	0.25
ion → ReceivesAction → knocked loose	0.25
ion → AtLocation → the corners of a cube	0.25
ion → CapableOf → strike the target	0.25
ion → ReceivesAction → implanted into amorphous targets	0.25
ion → HasProperty → divalent	0.25
ion → ReceivesAction → based on chemistry	0.25
ion → ReceivesAction → stacked in alternating fashion	0.25
ion → CapableOf → show polarizing power	0.25
ion → CapableOf → fall into the center	0.25
ion → CapableOf → form alkaline molecules	0.25
ion → ReceivesAction → connected by a pcie 1x	0.25
ion → ReceivesAction → based on the geforce	0.25
ion → CapableOf → dance in solid	0.25
ion → CapableOf → dance in one place	0.25
ion → CapableOf → vibrate in coordination	0.25
ion → HasProperty → more effective	0.25
ion → ReceivesAction → founded	0.25
ion → CapableOf → return to the air	0.25
ion → ReceivesAction → allowed to pass therethrough	0.25
ion → CapableOf → enter the cytoplasm	0.25
ion → CapableOf → emit photon	0.25
ion → CapableOf → flow across synapse	0.25
ion → ReceivesAction → produced by waterfall	0.25
ion → CapableOf → pass through the peak	0.25
ion → CapableOf → create gentle vibration	0.25
ion → CapableOf → enter the bloodstream	0.25
ion → ReceivesAction → locked in place	0.25
ion → ReceivesAction → comprised in a packet of ions	0.25
ion → ReceivesAction → depleted	0.25
ion → ReceivesAction → provided by ion source	0.25
ion → ReceivesAction → shown as green spheres	0.25
ion → ReceivesAction → diffused into said electrochromic layer	0.25
ion → HasA → velocity	0.25
ion → ReceivesAction → likely to dissolve	0.25
ion → ReceivesAction → responsible for the hardness of water	0.25
ion → HasA → unpaired electrons	0.25
ion → ReceivesAction → produced by other processes	0.25
ion → CapableOf → donated 1 or more electrons	0.25
ion → ReceivesAction → mass-selected	0.25
ion → ReceivesAction → limited	0.25
ion → ReceivesAction → shunted onto different drift trajectories	0.25
ion → HasA → a charge of -2	0.25
ion → HasProperty → hot	0.25
ion → CapableOf → limit the transport of water	0.25
ion → ReceivesAction → present in proximity to the field lines	0.25
ion → ReceivesAction → moved by ambipolar diffusion	0.25
ion → CapableOf → correspond to deprotonated metabolites	0.25
ion → CapableOf → react at the surface of the material	0.25
ion → ReceivesAction → accelerated against hydride targets	0.25
ion → ReceivesAction → immobilized in rigid inner-sphere complex	0.25
ion → CapableOf → react with any of the other ions	0.25
ion → ReceivesAction → exchanged for potassium ions	0.25
ion → ReceivesAction → designed to be ultimate indoor clay tire	0.25
ion → CapableOf → act as condensation nuclei	0.25
ion → CapableOf → pick up electron	0.25
ion → ReceivesAction → attracted to the surface charge	0.25
ion → ReceivesAction → separated by charge	0.25
ion → HasA → high enough energy	0.25
ion → CapableOf → move down their concentration gradient	0.25
ion → ReceivesAction → formed in the flame	0.25
ion → CapableOf → enter the electron gap	0.25
ion → AtLocation → aqueous solution	0.25
ion → CapableOf → use electrostatic fields	0.25
ion → ReceivesAction → implanted at an energy level	0.25
ion → CapableOf → respond to electric fields	0.25
ion → ReceivesAction → deflected by magnetic field	0.25
ion → ReceivesAction → implanted into magnetic recording layer	0.25
ion → CapableOf → focus on educational institutions	0.25
ion → ReceivesAction → beaten out in the sputter source	0.25
charged ion (subgroup of ion) → ReceivesAction → attracted to form a solid	0.25
charged ion (subgroup of ion) → IsA → charged ion	0.25
charged ion (subgroup of ion) → CapableOf → move toward the anode	0.25
charged ion (subgroup of ion) → HasA → more electrons	0.25
charged ion (subgroup of ion) → CapableOf → hook up with negatively-charged one	0.25
charged ion (subgroup of ion) → CapableOf → strike the detector	0.25
hydrogen ion (subgroup of ion) → CapableOf → pass through inner mitochondrial membrane	0.25
hydrogen ion (subgroup of ion) → CapableOf → shift into extracellular fluid	0.25
negative ion (subgroup of ion) → IsA → electron	0.25
negative ion (subgroup of ion) → ReceivesAction → polarized	0.25
negative ion (subgroup of ion) → CapableOf → increase alkalinity	0.25
negative ion (subgroup of ion) → IsA → oxygen atoms	0.25
negative ion (subgroup of ion) → IsA → atom	0.25
negative ion (subgroup of ion) → CapableOf → spread in every direction	0.25
negative ion (subgroup of ion) → CapableOf → disperse into the air	0.25
positive ion (subgroup of ion) → CapableOf → increase acidity	0.25
positive ion (subgroup of ion) → CapableOf → enter the cell	0.25
positive ion (subgroup of ion) → IsA → molecule	0.25
positive ion (subgroup of ion) → CapableOf → fly towards negative inner cage	0.25
positive ion (subgroup of ion) → ReceivesAction → heated by electric field	0.25
positive ion (subgroup of ion) → ReceivesAction → emitted by negative ion collisions	0.25
positive ion (subgroup of ion) → ReceivesAction → allowed to enter into the housing	0.25
silver ion (subgroup of ion) → CapableOf → combine with chloride ions	0.25
sodium ion (subgroup of ion) → ReceivesAction → released	0.25
charge (aspect of ion) → CapableOf → cancel each other	0.25
charge (aspect of ion) → HasProperty → +1	0.25
charge (aspect of ion) → ReceivesAction → increased	0.25
electron (aspect of ion) → CapableOf → interact with each other	0.25
electron (aspect of ion) → HasProperty → fast	0.25
electron (aspect of ion) → HasA → negatively-charged ions	0.25
electron (aspect of ion) → HasA → magnetic outer layer	0.25
electron (aspect of ion) → CapableOf → fall on the nucleus	0.25
electron (aspect of ion) → CapableOf → be a constituent of matter	0.25
electron (aspect of ion) → ReceivesAction → separated	0.25
electron (aspect of ion) → ReceivesAction → transferred to the cathode	0.25
electron (aspect of ion) → ReceivesAction → added to same shell	0.25
electron (aspect of ion) → ReceivesAction → arranged	0.25
electron (aspect of ion) → CapableOf → move through the circuit	0.25
electron (aspect of ion) → CapableOf → occupy first and second shells	0.25
electron (aspect of ion) → CapableOf → fill their outermost shells	0.25
electron (aspect of ion) → ReceivesAction → shared by atom	0.25
electron (aspect of ion) → ReceivesAction → used to reduce an oxygen molecule	0.25
electron (aspect of ion) → CapableOf → flow through wire	0.25
electron (aspect of ion) → HasA → magnetic moment	0.25
electron (aspect of ion) → ReceivesAction → added to ion	0.25
electron (aspect of ion) → ReceivesAction → transmitted through speciman	0.25
electron (aspect of ion) → ReceivesAction → present in proximity to the field lines	0.25
electron (aspect of ion) → HasProperty → smaller	0.25
electron (aspect of ion) → CapableOf → spread out in space	0.25
electron (aspect of ion) → CapableOf → neutralize ionsbulk electrical charge	0.25
electron (aspect of ion) → CapableOf → enter the electron gap	0.25
electron (aspect of ion) → CapableOf → decrease the gap resistance	0.25
electron (aspect of ion) → CapableOf → permit current	0.25
electron (aspect of ion) → ReceivesAction → close to two nuclei	0.25
electron (aspect of ion) → ReceivesAction → dislodged	0.25
electron (aspect of ion) → ReceivesAction → attracted to the anode	0.25
electron (aspect of ion) → ReceivesAction → made a p-layer 33	0.25
electron (aspect of ion) → HasA → two possible orientations	0.25
cytosol → HasA → ion	0.25
ion → CapableOf → start with simple push of a button	0.23
ion → CapableOf → enhance freedom of movement	0.23
ion → HasProperty → colourless	0.23
ion → HasProperty → fast	0.21
ion → HasProperty → good	0.19
ion → CapableOf → boost immune system	0.19
ion → CapableOf → go beyond the boundaries of filtration	0.19
ion → CapableOf → destroy voc	0.19
ion → CapableOf → offer the best of iceland	0.19
ion → ReceivesAction → used as a transmit or receiver antenna	0.19
ion → ReceivesAction → colored in grey	0.19
ion → HasA → tortuous path	0.19
charge (aspect of ion) → ReceivesAction → applied	0.18
electron (aspect of ion) → ReceivesAction → added	0.16
negative ion (subgroup of ion) → Causes → many diseases	0.16
negative ion (subgroup of ion) → HasA → dangerous effect	0.16
ion → HasProperty → perfect	0.16
ion → CapableOf → clean the air	0.16
ion → Causes → pain	0.16
ion → CapableOf → break down cell walls	0.16
ion → HasProperty → accurate	0.16
ion → CapableOf → increase the efficacy of healing	0.16
ion → CapableOf → do great job	0.16
ion → AtLocation → south-western town of selfoss	0.16
ion → ReceivesAction → controlled with better accuracy	0.16
ion → ReceivesAction → controlled with less loss of information	0.16
ion → CapableOf → revitalize cell metabolism	0.16
ion → CapableOf → move to set aside the verdict	0.16
ion → CapableOf → file post-trial motion	0.16
ion → ReceivesAction → run by passionate people	0.16
ion → CapableOf → plan at same time	0.16
ion → CapableOf → take the roar national championship	0.16
ion → ReceivesAction → easy to drive	0.16
ion → HasProperty → lightweight	0.16
ion → CapableOf → deliver perfect fit	0.16
ion → HasProperty → light	0.16
negative ion (subgroup of ion) → CapableOf → feel good	0.16
negative ion (subgroup of ion) → CapableOf → remove the pollution	0.16
negative ion (subgroup of ion) → CapableOf → increase the flow of oxygen	0.16
negative ion (subgroup of ion) → HasProperty → abundant	0.16
negative ion (subgroup of ion) → CapableOf → produce biochemical reactions	0.16
negative ion (subgroup of ion) → CapableOf → purify the air	0.16
negative ion (subgroup of ion) → IsA → odorless	0.16
negative ion (subgroup of ion) → HasProperty → invisible	0.16
positive ion (subgroup of ion) → IsA → dubbed electronic smog	0.16
positive ion (subgroup of ion) → ReceivesAction → accelerated in isochronous cyclotron	0.16
charge (aspect of ion) → ReceivesAction → created	0.13
ion → CapableOf → reach the substrate	0.09