---

charge (aspect of electron) → HasProperty → negative	0.84
electron → HasA → negative charge	0.83
value (aspect of electron) → ReceivesAction → obtained	0.82
electron (aspect of metal) → ReceivesAction → removed	0.82
electron → ReceivesAction → charged	0.82
electron (aspect of ion) → ReceivesAction → removed	0.81
electron (aspect of atom) → ReceivesAction → charged	0.80
electron (aspect of atom) → CapableOf → orbit the nucleus	0.79
charge (aspect of electron) → HasProperty → positive	0.78
charge (aspect of electron) → CapableOf → repel each other	0.78
electron → CapableOf → orbit the nucleus	0.77
positron → IsA → electron	0.77
energy (aspect of electron) → ReceivesAction → conserved	0.77
electron → IsA → particle	0.77
electron (aspect of metal) → CapableOf → orbit the nucleus	0.77
energy (aspect of electron) → HasProperty → equal	0.77
electron (aspect of atom) → HasA → negative charge	0.77
electron (aspect of atom) → CapableOf → carry negative charge	0.75
electron (aspect of ion) → ReceivesAction → charged	0.74
electron (aspect of hydrogen) → ReceivesAction → transferred to another	0.74
electron (aspect of hydrogen) → ReceivesAction → removed	0.73
atom → HasA → electron	0.73
energy (aspect of electron) → ReceivesAction → quantized	0.73
electron → CapableOf → lose energy	0.73
electron → ReceivesAction → removed	0.72
electron → HasA → charge	0.72
electron → CapableOf → absorb photon	0.72
electron → IsA → charged particles	0.71
electron → CapableOf → revolve around the nucleus	0.71
electron (aspect of atom) → ReceivesAction → excited	0.71
electron (aspect of metal) → HasA → negative charge	0.71
electron (aspect of metal) → ReceivesAction → charged	0.71
electron (aspect of atom) → CapableOf → lose energy	0.71
electron (aspect of atom) → ReceivesAction → removed	0.71
electron → HasA → negative electric charge	0.70
electron → ReceivesAction → excited	0.70
electron → ReceivesAction → transferred	0.70
electron → CapableOf → repel each other	0.70
electron → CapableOf → flow in one direction	0.70
electron → HasProperty → negative	0.70
electron (aspect of atom) → ReceivesAction → bound to the nucleus	0.70
value (aspect of electron) → HasProperty → consistent	0.69
electron → HasA → mass	0.69
electron (aspect of metal) → ReceivesAction → shared	0.68
electron → ReceivesAction → separated	0.68
electron (aspect of atom) → CapableOf → repel each other	0.67
electron → CapableOf → surround the nucleus	0.67
electron → HasProperty → identical	0.67
electron → CapableOf → flow through the circuit	0.67
electron → CapableOf → move in time	0.66
electron → CapableOf → form neutron	0.66
electron → HasA → spin	0.66
electron → ReceivesAction → bound	0.66
electron → ReceivesAction → stripped	0.66
free electron (subgroup of electron) → CapableOf → move in same direction	0.66
electron → ReceivesAction → pulled	0.65
electron → CapableOf → fill hole	0.65
electron → HasA → same charge	0.65
electron (aspect of atom) → ReceivesAction → bound	0.64
electron (aspect of atom) → CapableOf → surround the nucleus	0.64
electron → CapableOf → go through slit	0.64
energy (aspect of electron) → ReceivesAction → stored in the capacitor	0.64
electron (aspect of atom) → HasProperty → negative	0.64
electron → CapableOf → move at the speed of light	0.64
electron → CapableOf → move in direction	0.64
electron → ReceivesAction → entangled	0.64
electron → ReceivesAction → bound to atom	0.64
charge (aspect of electron) → ReceivesAction → conserved	0.63
electron → CapableOf → fall into the nucleus	0.63
electron → HasProperty → equal	0.63
energy (aspect of electron) → HasA → mass	0.63
value (aspect of electron) → HasProperty → equal	0.63
electron → CapableOf → combine with proton	0.63
electron (aspect of atom) → ReceivesAction → transferred	0.63
electron (aspect of hydrogen atom) → CapableOf → orbit the nucleus	0.63
electron → CapableOf → absorb energy	0.63
electron → CapableOf → travel	0.63
electron → CapableOf → move in one direction	0.63
electron → ReceivesAction → repelled	0.63
electron → ReceivesAction → accelerated by electric field	0.63
electron → CapableOf → travel in orbit	0.63
electron → CapableOf → radiate energy	0.63
electron → HasA → property	0.63
electron (aspect of atom) → ReceivesAction → lost	0.63
energy (aspect of electron) → ReceivesAction → related	0.63
energy (aspect of electron) → ReceivesAction → created	0.62
electron → HasA → definite position	0.62
electron (aspect of hydrogen) → ReceivesAction → charged	0.62
electron → CapableOf → move to the anode	0.62
electron (aspect of metal) → ReceivesAction → free to move	0.62
electron (aspect of atom) → ReceivesAction → shared	0.62
electron (aspect of atom) → HasProperty → stable	0.62
mass (aspect of electron) → ReceivesAction → converted into energy	0.62
electron → ReceivesAction → emitted by the cathode	0.62
electron → CapableOf → jump to another	0.62
energy (aspect of electron) → ReceivesAction → absorbed	0.61
value (aspect of electron) → HasProperty → higher	0.61
electron → HasProperty → indistinguishable	0.61
electron → CapableOf → flow to the cathode	0.61
electron → HasA → proton	0.61
electron → CapableOf → behave like particle	0.61
energy (aspect of electron) → HasProperty → greater	0.61
electron → ReceivesAction → paired	0.61
electron → HasA → positive charge	0.61
energy (aspect of electron) → ReceivesAction → required	0.60
electron (aspect of atom) → HasProperty → equal	0.60
electron → CapableOf → make up atom	0.60
electron → ReceivesAction → released	0.60
charge (aspect of electron) → ReceivesAction → stored in the capacitor	0.60
charge (aspect of electron) → HasProperty → zero	0.60
electron → CapableOf → surround the nucleus of an atom	0.60
electron → CapableOf → emit radiation	0.60
electron → ReceivesAction → lost	0.60
energy (aspect of electron) → CapableOf → remove electron	0.60
value (aspect of electron) → HasProperty → negative	0.60
electron → CapableOf → create magnetic field	0.60
electron → CapableOf → go through one slit	0.60
energy (aspect of electron) → HasProperty → negative	0.60
electron (aspect of hydrogen) → ReceivesAction → shared	0.60
electron → AtLocation → atom	0.59
electron (aspect of atom) → CapableOf → orbit the atom	0.59
electron → CapableOf → accelerate toward the anode	0.59
electron → ReceivesAction → arranged	0.59
electron → ReceivesAction → shared	0.59
electron → ReceivesAction → generated	0.59
electron → CapableOf → move in same direction	0.59
electron → CapableOf → spin in two directions	0.59
energy (aspect of electron) → ReceivesAction → required to remove electron	0.59
electron (aspect of ion) → HasProperty → equal	0.58
electron → CapableOf → emit photon	0.58
electron → CapableOf → move	0.58
electron → CapableOf → occupy orbital	0.58
electron (aspect of atom) → HasA → mass	0.58
electron → CapableOf → move through wire	0.58
electron → CapableOf → hit the screen	0.58
electron → HasA → a charge of -1	0.58
electron → CapableOf → repel other electrons	0.58
electron → CapableOf → strike the target	0.58
electron (aspect of atom) → CapableOf → form bond	0.58
electron → CapableOf → jump to higher energy level	0.58
electron (aspect of atom) → CapableOf → revolve around the nucleus	0.58
electron → CapableOf → move in opposite directions	0.58
electron (aspect of atom) → HasA → spin	0.58
electron (aspect of atom) → HasProperty → free	0.58
energy (aspect of electron) → ReceivesAction → expended	0.57
electron (aspect of hydrogen) → CapableOf → flow through external circuit	0.57
electron → ReceivesAction → accelerated	0.57
electron → AtLocation → orbit	0.57
electron → CapableOf → behave like wave	0.57
electron → ReceivesAction → treated as particle	0.57
electron → CapableOf → travel to the cathode	0.57
energy (aspect of electron) → ReceivesAction → released	0.57
electron → HasProperty → small	0.57
electron (aspect of atom) → CapableOf → gain energy	0.57
energy (aspect of electron) → ReceivesAction → converted	0.57
electron → CapableOf → gain energy	0.57
electron → HasA → same energy	0.57
electron (aspect of ion) → ReceivesAction → accelerated	0.56
energy (aspect of electron) → ReceivesAction → stored	0.56
electron (aspect of atom) → CapableOf → jump to higher energy level	0.56
electron → CapableOf → orbit atom	0.56
energy (aspect of electron) → HasProperty → low	0.56
electron → ReceivesAction → emitted by the filament	0.56
electron → CapableOf → move around the nucleus	0.56
electron → AtLocation → pair	0.56
electron → ReceivesAction → free to move	0.56
electron (aspect of atom) → AtLocation → orbit	0.56
electron (aspect of ion) → HasA → negative charge	0.56
electron → ReceivesAction → trapped	0.56
electron → AtLocation → the valence band	0.56
electron (aspect of atom) → CapableOf → pass through slit	0.56
electron → ReceivesAction → ripped	0.55
electron → CapableOf → flow in opposite direction	0.55
electron → CapableOf → go through the other	0.55
electron → CapableOf → leave the atom	0.55
electron → CapableOf → interact with proton	0.55
electron → HasA → enough energy	0.55
electron → CapableOf → move through the circuit	0.55
electron → CapableOf → change direction	0.55
electron (aspect of ion) → CapableOf → orbit the nucleus	0.55
electron → ReceivesAction → reflected	0.55
electron (aspect of atom) → CapableOf → move around the nucleus	0.55
electron → CapableOf → interact with each other	0.55
electron → CapableOf → interact with magnetic fields	0.55
electron → ReceivesAction → promoted to the conduction band	0.55
mass (aspect of electron) → HasProperty → proportional	0.55
electron → CapableOf → move through the material	0.54
electron (aspect of hydrogen atom) → ReceivesAction → transferred to another	0.54
energy (aspect of electron) → HasProperty → constant	0.54
electron → ReceivesAction → blocked	0.54
electron → CapableOf → move to another	0.54
electron → HasProperty → free	0.54
electron → HasA → same spin	0.54
electron (aspect of ion) → ReceivesAction → bound	0.54
mass (aspect of electron) → HasProperty → constant	0.54
value (aspect of electron) → HasProperty → zero	0.53
electron → CapableOf → flow to positive terminal	0.53
electron → HasA → a spin of 1/2	0.53
electron → CapableOf → flow to positive electrode	0.53
electron (aspect of atom) → CapableOf → move	0.53
electron (aspect of atom) → ReceivesAction → bound to atom	0.53
electron (aspect of atom) → CapableOf → behave like wave	0.53
electron → ReceivesAction → gained	0.53
electron → HasA → much energy	0.53
electron (aspect of hydrogen) → CapableOf → orbit the nucleus	0.53
electron (aspect of ion) → ReceivesAction → lost	0.53
electron (aspect of ion) → ReceivesAction → transferred to another	0.53
electron → CapableOf → carry current	0.53
energy (aspect of electron) → ReceivesAction → radiated	0.53
electron → HasProperty → mobile	0.53
electron (aspect of metal) → CapableOf → flow in external circuit	0.53
electron → AtLocation → shell	0.53
electron → CapableOf → leave the emitter	0.53
electron (aspect of atom) → HasProperty → small	0.52
metal → HasA → electron	0.52
electron → CapableOf → give off energy	0.52
energy (aspect of electron) → ReceivesAction → lost as heat	0.52
energy (aspect of electron) → ReceivesAction → gained by electron	0.52
electron → ReceivesAction → collected at the anode	0.52
value (aspect of electron) → ReceivesAction → measured	0.52
electron (aspect of hydrogen atom) → ReceivesAction → charged	0.52
electron → CapableOf → orbit the nucleus of an atom	0.52
electron → CapableOf → interact with other particles	0.52
electron → ReceivesAction → associated with atom	0.52
electron → HasProperty → right	0.52
electron → HasA → different spins	0.52
electron → ReceivesAction → transferred to the electrode	0.52
electron (aspect of atom) → ReceivesAction → gained	0.52
electron → CapableOf → give rise	0.52
electron → CapableOf → attract each other	0.52
electron → ReceivesAction → emitted	0.52
electron → ReceivesAction → donated	0.52
electron → CapableOf → hit a phosphor screen	0.52
electron (aspect of hydrogen atom) → ReceivesAction → shared	0.52
electron → CapableOf → surround atom	0.52
proton → HasA → electron	0.51
electron → CapableOf → release energy	0.51
electron (aspect of atom) → ReceivesAction → shared in pair	0.51
electron → CapableOf → flow	0.51
electron → ReceivesAction → attracted to proton	0.51
electron → ReceivesAction → added	0.51
electron (aspect of atom) → ReceivesAction → added	0.51
energy (aspect of electron) → ReceivesAction → used to do work	0.51
electron → ReceivesAction → lost by atom	0.51
electron → ReceivesAction → converted into photon	0.51
energy (aspect of electron) → ReceivesAction → calculated	0.51
electron → CapableOf → create electric current	0.51
electron (aspect of metal) → ReceivesAction → released	0.51
electron (aspect of metal) → ReceivesAction → transferred to the cathode	0.51
electron → ReceivesAction → scattered	0.51
electron → ReceivesAction → transferred to another	0.51
electron → CapableOf → move to atom	0.51
electron (aspect of ion) → CapableOf → leave the plasma	0.51
electron (aspect of atom) → CapableOf → determine chemical properties of an element	0.51
electron (aspect of atom) → CapableOf → move to another	0.51
energy (aspect of electron) → HasProperty → high	0.51
electron (aspect of atom) → AtLocation → atom	0.50
electron (aspect of atom) → ReceivesAction → attracted	0.50
electron → ReceivesAction → described	0.50
mass (aspect of electron) → HasProperty → small	0.50
electron → ReceivesAction → ejected	0.50
electron → CapableOf → collide with atom	0.50
electron → ReceivesAction → deflected	0.50
electron (aspect of atom) → ReceivesAction → paired	0.50
electron → HasA → energy	0.50
electron (aspect of hydrogen) → ReceivesAction → released	0.50
electron → CapableOf → occupy empty orbital	0.50
electron → HasA → unique set of quantum numbers	0.50
electron → CapableOf → occupy state	0.50
electron → ReceivesAction → treated	0.50
energy (aspect of electron) → HasProperty → equivalent	0.50
energy (aspect of electron) → AtLocation → longitudinal component	0.50
electron → CapableOf → return to the ground state	0.50
electron (aspect of metal) → CapableOf → repel each other	0.50
electron → CapableOf → make transition	0.50
electron (aspect of atom) → CapableOf → travel	0.49
electron (aspect of atom) → ReceivesAction → lost by one atom	0.49
electron (aspect of atom) → ReceivesAction → associated with atom	0.49
electron → CapableOf → obey the pauli exclusion principle	0.49
electron (aspect of atom) → CapableOf → absorb energy	0.49
electron (aspect of atom) → CapableOf → interact with each other	0.49
electron (aspect of atom) → IsA → charged particles	0.49
mass (aspect of electron) → ReceivesAction → calculated	0.49
electron → IsA → subatomic particle	0.49
electron → CapableOf → carry charge	0.49
single electron (subgroup of electron) → ReceivesAction → removed	0.49
energy (aspect of electron) → ReceivesAction → transferred	0.49
electron (aspect of atom) → IsA → particle	0.49
electron → HasProperty → light	0.49
electron → HasA → the lowest energy	0.49
electron → CapableOf → travel through space	0.49
electron → ReceivesAction → injected into floating gate	0.49
electron → CapableOf → occupy same orbital	0.49
electron (aspect of hydrogen) → HasA → negative charge	0.49
electron (aspect of atom) → CapableOf → emit photon	0.49
electron → ReceivesAction → derived	0.49
electron → HasProperty → magnetic	0.49
electron → ReceivesAction → considered free	0.49
electron → AtLocation → anti-bonding orbital	0.49
energy (aspect of electron) → ReceivesAction → released as heat	0.49
electron → HasProperty → energetic	0.49
electron → CapableOf → reach the collector	0.49
electron (aspect of metal) → CapableOf → move through wire	0.49
electron (aspect of metal) → CapableOf → leave the electrolyte	0.49
electron (aspect of metal) → ReceivesAction → transferred	0.49
electron (aspect of metal) → ReceivesAction → delocalised	0.49
electron (aspect of metal) → ReceivesAction → generated	0.49
electron → IsA → elementary particles	0.49
electron → CapableOf → travel through the wire	0.49
energy (aspect of electron) → CapableOf → excite electron	0.49
electron (aspect of atom) → CapableOf → jump to another	0.48
electron (aspect of atom) → AtLocation → shell	0.48
value (aspect of electron) → HasProperty → small	0.48
electron → CapableOf → leave hole	0.48
electron → ReceivesAction → attracted	0.48
electron → ReceivesAction → delocalized	0.48
electron → ReceivesAction → drawn	0.48
electron → CapableOf → recombine with hole	0.48
electron → CapableOf → collide with each other	0.48
electron → CapableOf → jump to the conduction band	0.48
energy (aspect of electron) → HasProperty → positive	0.48
electron → CapableOf → fall to lower energy level	0.48
electron (aspect of atom) → CapableOf → occupy orbital	0.48
electron → CapableOf → flow through conductor	0.48
energy (aspect of electron) → HasProperty → lower	0.48
mass (aspect of electron) → ReceivesAction → created	0.48
electron (aspect of hydrogen atom) → ReceivesAction → shared by atom	0.48
electron (aspect of hydrogen atom) → ReceivesAction → removed	0.48
energy (aspect of electron) → ReceivesAction → measured in joules	0.48
electron (aspect of ion) → ReceivesAction → excited	0.48
energy (aspect of electron) → ReceivesAction → lost	0.48
electron → CapableOf → circle the nucleus	0.48
electron → CapableOf → move in response	0.48
electron → HasProperty → smaller	0.48
electron → ReceivesAction → charged neutral	0.48
electron → CapableOf → determine chemical properties of an atom	0.48
electron → ReceivesAction → aligned	0.48
energy (aspect of electron) → HasProperty → large	0.47
energy (aspect of electron) → ReceivesAction → transferred to electron	0.47
electron → HasA → more energy	0.47
electron (aspect of atom) → AtLocation → orbital	0.47
electron → ReceivesAction → bound to the nucleus	0.47
electron → CapableOf → move in the surface layers	0.47
charge (aspect of electron) → CapableOf → attract each other	0.47
charge (aspect of electron) → ReceivesAction → measured	0.47
charge (aspect of electron) → ReceivesAction → generated by the photoelectric conversion unit	0.47
charge (aspect of electron) → CapableOf → cancel each other	0.47
electron → ReceivesAction → transferred to oxygen	0.47
electron → ReceivesAction → attracted to the nucleus	0.47
electron → CapableOf → react with oxygen	0.47
energy (aspect of electron) → ReceivesAction → supplied	0.47
muon → SimilarTo → electron	0.47
electron (aspect of ion) → ReceivesAction → shared	0.47
electron → ReceivesAction → held in place	0.47
energy (aspect of electron) → ReceivesAction → converted into heat	0.47
electron → CapableOf → orbit proton	0.47
electron → HasA → magnetic moment	0.47
electron → CapableOf → move in orbital	0.47
electron (aspect of atom) → CapableOf → fall into the nucleus	0.47
electron (aspect of atom) → ReceivesAction → attracted to the nucleus	0.47
electron → ReceivesAction → injected into the base	0.47
energy (aspect of electron) → ReceivesAction → emitted	0.47
energy (aspect of electron) → ReceivesAction → removed	0.47
electron → CapableOf → travel through external circuit	0.47
electron → CapableOf → flow through metal	0.47
electron (aspect of ion) → ReceivesAction → emitted	0.47
electron → ReceivesAction → magnetized	0.47
electron → CapableOf → undergo collision	0.47
electron → CapableOf → create current	0.46
electron → IsA → fundamental particle	0.46
electron (aspect of atom) → ReceivesAction → attracted to proton	0.46
energy (aspect of electron) → HasProperty → small	0.46
energy (aspect of electron) → HasProperty → consistent	0.46
electron → CapableOf → strike the anode	0.46
electron → ReceivesAction → fired	0.46
value (aspect of electron) → HasProperty → large	0.46
electron (aspect of atom) → ReceivesAction → described	0.46
electron → CapableOf → transfer energy	0.46
electron → CapableOf → pass through the electron transport chain	0.46
electron → HasA → high probability	0.46
electron → ReceivesAction → extracted	0.46
electron (aspect of metal) → ReceivesAction → excited	0.46
energy (aspect of electron) → ReceivesAction → increased	0.46
energy (aspect of electron) → ReceivesAction → absorbed by the electron	0.46
electron → CapableOf → change energy levels	0.46
electron → IsA → a point particle	0.46
electron → ReceivesAction → shared by atom	0.46
electron (aspect of atom) → ReceivesAction → free to move	0.46
electron → HasProperty → hard	0.46
electron → HasProperty → busy	0.46
electron → ReceivesAction → crushed	0.46
electron → CapableOf → absorb light	0.46
electron → CapableOf → emit energy	0.46
electron → CapableOf → move to higher energy level	0.46
energy (aspect of electron) → ReceivesAction → added	0.46
energy (aspect of electron) → CapableOf → release electron	0.46
electron (aspect of ion) → ReceivesAction → magnetized	0.45
electron (aspect of ion) → CapableOf → flow to positive electrode	0.45
electron → CapableOf → move at speed	0.45
electron → CapableOf → travel in circular orbits	0.45
value (aspect of electron) → HasProperty → correct	0.45
charge (aspect of electron) → ReceivesAction → removed	0.45
charge (aspect of electron) → CapableOf → emit electromagnetic radiation	0.45
charge (aspect of electron) → CapableOf → demolish entire energy conservation law	0.45
value (aspect of electron) → ReceivesAction → chosen	0.45
value (aspect of electron) → ReceivesAction → given in the table	0.45
electron → ReceivesAction → energized	0.45
electron → HasA → wave-like properties	0.45
electron → CapableOf → conduct electricity	0.45
electron (aspect of ion) → ReceivesAction → contained	0.45
mass (aspect of electron) → HasProperty → negligible	0.45
electron → HasProperty → important	0.45
electron → AtLocation → the conduction band	0.45
energy (aspect of electron) → HasProperty → higher	0.45
energy (aspect of electron) → ReceivesAction → stored in battery	0.45
energy (aspect of electron) → ReceivesAction → obtained	0.45
electron (aspect of hydrogen) → CapableOf → reach the cathode	0.44
electron (aspect of atom) → CapableOf → orbit the nucleus of an atom	0.44
electron (aspect of atom) → CapableOf → move in orbit	0.44
electron → CapableOf → move into the conduction band	0.44
electron → CapableOf → move through conductor	0.44
electron → CapableOf → move in circle	0.44
electron → ReceivesAction → discovered	0.44
electron → CapableOf → form water	0.44
electron → CapableOf → experience force	0.44
electron → ReceivesAction → transmitted through speciman	0.44
electron → CapableOf → emerge with kinetic energy	0.44
electron (aspect of hydrogen atom) → ReceivesAction → bound to the nucleus	0.44
electron → CapableOf → combine with hole	0.44
charge (aspect of electron) → ReceivesAction → trapped in the memory cell	0.44
energy (aspect of electron) → ReceivesAction → used to generate atp	0.44
energy (aspect of electron) → ReceivesAction → applied	0.44
energy (aspect of electron) → ReceivesAction → captured	0.44
electron → CapableOf → move in vacuum	0.44
electron → CapableOf → jump	0.44
electron → CapableOf → flow through external circuit	0.44
electron → CapableOf → annihilate each other	0.44
electron → HasA → certain energies	0.44
energy (aspect of electron) → HasProperty → dependent	0.44
energy (aspect of electron) → ReceivesAction → contained in sunlight	0.44
electron → CapableOf → reach the phosphor screen	0.44
electron → CapableOf → make instantaneous quantum leap	0.44
electron (aspect of atom) → CapableOf → radiate energy	0.44
electron → ReceivesAction → passed	0.44
electron (aspect of atom) → CapableOf → jump to the conduction band	0.44
electron → CapableOf → leave the plate	0.44
electron → CapableOf → provide energy	0.44
electron → CapableOf → move through the crystal	0.44
electron → CapableOf → jump to higher orbit	0.44
electron → CapableOf → spiral into the nucleus	0.44
electron → CapableOf → move within atom	0.44
electron → CapableOf → move through magnetic field	0.44
electron → ReceivesAction → absorbed	0.44
electron → CapableOf → flow through the wire	0.44
electron → ReceivesAction → recombined	0.44
electron → CapableOf → return to the cathode	0.44
electron → HasA → fixed energy	0.44
electron → CapableOf → occupy only half-filled states	0.44
electron (aspect of atom) → CapableOf → absorb photon	0.44
electron (aspect of atom) → CapableOf → spin around the nucleus	0.44
electron (aspect of atom) → HasProperty → smaller	0.44
electron → CapableOf → flow to the other	0.43
electron → CapableOf → revolve in orbit	0.43
electron → CapableOf → tunnel	0.43
electron → CapableOf → pass through the sample	0.43
electron (aspect of metal) → ReceivesAction → lost	0.43
electron (aspect of atom) → ReceivesAction → shared by atom	0.43
electron (aspect of metal) → CapableOf → move through the material	0.43
electron (aspect of metal) → CapableOf → conduct electricity	0.43
electron (aspect of metal) → CapableOf → conduct material of the positive electrode	0.43
electron (aspect of metal) → ReceivesAction → promoted to the conduction band	0.43
electron (aspect of metal) → ReceivesAction → ejected	0.43
energy (aspect of electron) → ReceivesAction → required for electron	0.43
electron (aspect of atom) → HasA → opposite spins	0.43
electron → CapableOf → move through graphene	0.43
electron → CapableOf → interact with atom	0.43
electron → HasA → wavelength	0.43
electron → CapableOf → give up energy	0.43
electron → ReceivesAction → shared in a covalent bond	0.43
electron → CapableOf → move to the other	0.43
electron → CapableOf → reach the plate	0.43
electron → ReceivesAction → required	0.43
electron → CapableOf → move through resistor	0.43
electron (aspect of ion) → ReceivesAction → added to atom	0.43
electron → ReceivesAction → outside the nucleus	0.43
electron → CapableOf → accumulate in floating gate	0.43
electron → ReceivesAction → arranged in shell	0.43
electron → ReceivesAction → arranged in atom	0.43
electron → CapableOf → complete the circuit	0.43
electron → AtLocation → two places	0.43
electron → ReceivesAction → raised to higher energy level	0.43
electron → CapableOf → produce photon	0.43
electron → ReceivesAction → attached to atom	0.43
electron → ReceivesAction → excited by light	0.43
electron → CapableOf → occupy certain energy levels	0.43
electron (aspect of atom) → CapableOf → surround atom	0.42
electron (aspect of atom) → CapableOf → flow through the wire	0.42
electron (aspect of atom) → HasA → energy	0.42
electron (aspect of atom) → HasProperty → light	0.42
electron (aspect of atom) → IsA → subatomic particle	0.42
electron (aspect of atom) → ReceivesAction → distributed	0.42
energy (aspect of electron) → ReceivesAction → released as light	0.42
energy (aspect of electron) → ReceivesAction → used to pump proton	0.42
electron (aspect of atom) → ReceivesAction → ejected	0.42
charge (aspect of electron) → ReceivesAction → stored on floating gate	0.42
energy (aspect of electron) → ReceivesAction → reflected	0.42
electron (aspect of hydrogen atom) → CapableOf → occupy certain energy levels	0.42
electron (aspect of hydrogen atom) → HasA → negative charge	0.42
electron → CapableOf → crash into the nucleus	0.42
electron → CapableOf → leave the cathode	0.42
electron → ReceivesAction → displaced	0.42
electron → ReceivesAction → attracted to positive charge	0.42
electron → CapableOf → move around the nucleus of an atom	0.42
electron → AtLocation → outer shell	0.42
electron → ReceivesAction → emitted per second	0.42
free electron (subgroup of electron) → CapableOf → move to atom	0.42
electron (aspect of atom) → CapableOf → create electricity	0.42
electron (aspect of atom) → ReceivesAction → discovered	0.42
electron (aspect of atom) → ReceivesAction → accelerated	0.42
electron → CapableOf → reach the anode	0.42
energy (aspect of electron) → ReceivesAction → released as photon	0.42
energy (aspect of electron) → HasProperty → free	0.42
energy (aspect of electron) → ReceivesAction → lost by electron	0.42
electron → CapableOf → carry energy	0.42
electron → CapableOf → create image	0.42
electron → CapableOf → cross the junction	0.42
electron → CapableOf → move into hole	0.42
electron → CapableOf → enter the cell	0.42
electron → CapableOf → form cloud	0.42
electron → CapableOf → drop to lower one	0.42
electron → CapableOf → rotate around the nucleus	0.42
electron (aspect of ion) → ReceivesAction → gained	0.42
charge (aspect of electron) → HasProperty → -1	0.42
charge (aspect of electron) → HasProperty → small	0.42
electron → ReceivesAction → freed	0.42
electron (aspect of atom) → ReceivesAction → shared in a covalent bond	0.41
electron → CapableOf → go through two slits	0.41
electron → ReceivesAction → controlled	0.41
electron → CapableOf → carry information	0.41
electron → CapableOf → remain in excited state	0.41
electron → ReceivesAction → ionized	0.41
electron → CapableOf → fill orbital	0.41
electron (aspect of ion) → CapableOf → leave the electrolyte	0.41
electron (aspect of ion) → CapableOf → follow helical paths	0.41
electron (aspect of ion) → HasA → smaller gyroradius	0.41
electron (aspect of ion) → ReceivesAction → moved	0.41
electron (aspect of ion) → ReceivesAction → free to move	0.41
electron (aspect of ion) → ReceivesAction → ejected	0.41
energy (aspect of electron) → IsA → same thing	0.41
energy (aspect of electron) → ReceivesAction → liberated	0.41
energy (aspect of electron) → ReceivesAction → required to move electron	0.41
electron → CapableOf → flow through the device	0.41
electron → CapableOf → travel same acceleration distance	0.41
individual electron (subgroup of electron) → CapableOf → give up a particle of light-energy	0.41
charge (aspect of electron) → ReceivesAction → discharged	0.41
electron (aspect of hydrogen) → CapableOf → move in molecule	0.41
electron (aspect of metal) → CapableOf → strike the target	0.41
electron (aspect of ion) → HasA → small turning radius	0.41
mass (aspect of electron) → ReceivesAction → conserved	0.41
electron (aspect of atom) → CapableOf → flow	0.41
value (aspect of electron) → HasProperty → proportional	0.41
electron (aspect of hydrogen) → CapableOf → gain energy	0.41
electron (aspect of hydrogen) → CapableOf → recombine with oxygen	0.41
electron → CapableOf → produce light	0.41
electron → CapableOf → exist in the nucleus	0.41
electron → ReceivesAction → dislodged	0.41
electron → ReceivesAction → measured	0.41
electron → CapableOf → release photon	0.41
electron → CapableOf → spend most of their time	0.41
electron → CapableOf → leave the plasma	0.41
electron → CapableOf → move within the material	0.41
electron → CapableOf → form electric current	0.41
electron → CapableOf → travel in pair	0.41
electron → HasA → temperature	0.41
electron (aspect of atom) → CapableOf → revolve in orbit	0.41
electron (aspect of atom) → CapableOf → change energy levels	0.41
electron (aspect of atom) → CapableOf → move around the nucleus of an atom	0.41
electron (aspect of atom) → CapableOf → leave the atom	0.41
electron (aspect of atom) → IsA → elementary particles	0.41
electron (aspect of atom) → IsA → fundamental particles	0.41
energy (aspect of electron) → ReceivesAction → converted to atp	0.41
energy (aspect of electron) → CapableOf → do work	0.41
energy (aspect of electron) → CapableOf → knock electron	0.41
electron → CapableOf → spin around the nucleus	0.40
electron → CapableOf → leave negative terminal of the battery	0.40
electron → ReceivesAction → transferred to the cathode	0.40
electron → ReceivesAction → stopped	0.40
electron → CapableOf → generate electric field	0.40
electron → HasProperty → fast	0.40
electron → HasProperty → matter	0.40
electron → HasPrerequisite → less energy	0.40
electron → CapableOf → behave like light	0.40
electron → IsA → both a particle	0.40
electron → ReceivesAction → added to atom	0.40
charge (aspect of electron) → ReceivesAction → neutralized	0.40
charge (aspect of electron) → ReceivesAction → quantized	0.40
electron (aspect of atom) → CapableOf → occupy same orbital	0.40
electron (aspect of atom) → CapableOf → spiral into the nucleus	0.40
electron (aspect of atom) → CapableOf → carry electrical charge	0.40
electron (aspect of atom) → CapableOf → drop to lower energy level	0.40
electron (aspect of atom) → ReceivesAction → distributed around the nucleus	0.40
electron (aspect of atom) → ReceivesAction → outside the nucleus	0.40
electron (aspect of atom) → ReceivesAction → delocalized	0.40
electron (aspect of hydrogen atom) → HasA → certain energies	0.40
electron (aspect of metal) → ReceivesAction → added	0.40
electron (aspect of metal) → ReceivesAction → added to neutral atom	0.40
electron (aspect of metal) → ReceivesAction → emitted	0.40
electron (aspect of metal) → ReceivesAction → attracted to the nucleus	0.40
electron → CapableOf → absorb enough energy	0.40
electron → CapableOf → set up voltage	0.40
electron → CapableOf → carry neutron	0.40
electron → HasA → momentum	0.40
electron → CapableOf → enter the chain	0.40
electron → AtLocation → turn	0.40
electron → CapableOf → fill up 4s	0.40
electron → HasA → lower energy	0.40
electron → ReceivesAction → attracted to the anode	0.40
electron → CapableOf → exist at certain energy levels	0.40
electron → CapableOf → change orbit	0.40
electron → CapableOf → interfere with each other	0.40
electron → CapableOf → leave the metal	0.40
electron → CapableOf → change state	0.40
electron → CapableOf → move to place	0.40
electron (aspect of atom) → CapableOf → behave like particle	0.40
energy (aspect of electron) → ReceivesAction → converted to mass	0.40
energy (aspect of electron) → CapableOf → promote electron	0.40
electron (aspect of atom) → CapableOf → flow through conductor	0.40
electron → ReceivesAction → stolen	0.40
electron → CapableOf → pass through the grid	0.40
electron (aspect of ion) → CapableOf → flow through external circuit	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) → HasA → energy	0.39
electron (aspect of ion) → HasProperty → small	0.39
electron (aspect of atom) → CapableOf → move into the conduction band	0.39
electron (aspect of atom) → CapableOf → orbit proton	0.39
electron (aspect of atom) → CapableOf → travel in circular orbits	0.39
electron (aspect of atom) → CapableOf → make up atom	0.39
electron (aspect of atom) → HasA → sufficient energy	0.39
electron (aspect of atom) → ReceivesAction → arranged in atom	0.39
electron → CapableOf → receive energy	0.39
electron → CapableOf → form ion	0.39
electron → CapableOf → flow without resistance	0.39
electron → CapableOf → withdraw substituent	0.39
electron → ReceivesAction → discovered in 1897	0.39
electron → HasA → different amounts of energy	0.39
electron → CapableOf → flow through the material	0.39
electron → CapableOf → leave the cell	0.39
electron → CapableOf → jump to lower energy level	0.39
electron → HasA → kinetic energy	0.39
electron → ReceivesAction → shown in fig	0.39
electron → AtLocation → given moment	0.39
electron → CapableOf → exist in cloud	0.39
electron → CapableOf → move to excited state	0.39
value (aspect of electron) → HasProperty → high	0.39
electron → CapableOf → produce an interference pattern	0.39
energy (aspect of electron) → CapableOf → ionize atom	0.39
energy (aspect of electron) → ReceivesAction → transformed	0.39
energy (aspect of electron) → ReceivesAction → harnessed	0.39
electron → ReceivesAction → transferred in a redox reaction	0.39
electron → ReceivesAction → transferred to the balloon	0.39
electron (aspect of hydrogen) → CapableOf → travel through the wire	0.39
electron (aspect of hydrogen) → ReceivesAction → forced to travel in external circuit	0.39
electron (aspect of hydrogen) → ReceivesAction → shared by atom	0.39
electron → CapableOf → hold atom	0.39
electron → CapableOf → orbit atomic nuclei	0.39
electron → HasProperty → conscious	0.39
electron → ReceivesAction → forced	0.39
electron → HasProperty → stationary	0.39
electron → ReceivesAction → transferred to an electron-acceptor molecule	0.39
electron → CapableOf → spin clockwise	0.39
electron → ReceivesAction → detached	0.39
electron → CapableOf → follow helical paths	0.39
electron → ReceivesAction → packed	0.39
electron → CapableOf → stick to proton	0.39
electron → CapableOf → move through space	0.39
electron → CapableOf → jump to lower orbit	0.39
charge (aspect of electron) → ReceivesAction → localized in the dielectric layer	0.39
electron (aspect of atom) → CapableOf → return to the ground state	0.39
electron (aspect of atom) → CapableOf → move in same direction	0.39
electron (aspect of atom) → CapableOf → occupy certain energy levels	0.39
electron (aspect of atom) → ReceivesAction → thought	0.39
electron (aspect of atom) → CapableOf → undergo transition	0.38
electron (aspect of atom) → CapableOf → jump	0.38
energy (aspect of electron) → ReceivesAction → deposited by the radiation	0.38
energy (aspect of electron) → ReceivesAction → reduced	0.38
energy (aspect of electron) → ReceivesAction → carried by light	0.38
energy (aspect of electron) → ReceivesAction → required to remove second electron	0.38
electron (aspect of atom) → ReceivesAction → emitted	0.38
electron → ReceivesAction → decelerated	0.38
electron → CapableOf → accelerate to high speeds	0.38
electron → CapableOf → hit the phosphor	0.38
electron → CapableOf → move in a solid	0.38
electron → CapableOf → fill shell	0.38
electron → IsA → charged subatomic particle	0.38
electron → CapableOf → release extra energy	0.38
electron → CapableOf → leave the electrolyte	0.38
electron → CapableOf → flow to the anode	0.38
electron → ReceivesAction → generated by chemical reactions	0.38
electron → CapableOf → stay put	0.38
electron → CapableOf → carry heat	0.38
electron → AtLocation → constant motion	0.38
electron → IsA → small particle	0.38
electron → ReceivesAction → added to molecule	0.38
electron → CapableOf → go around the nucleus	0.38
electron → CapableOf → follow magnetic field lines	0.38
electron → ReceivesAction → bound to molecule	0.38
electron → CapableOf → travel in straight line	0.38
electron → CapableOf → move as wave	0.38
electron → AtLocation → ground state	0.38
electron → CapableOf → interact with photon	0.38
charge (aspect of electron) → ReceivesAction → carried	0.38
energy (aspect of electron) → ReceivesAction → observed	0.38
electron (aspect of atom) → CapableOf → fill orbital	0.38
electron (aspect of atom) → CapableOf → occupy different energy levels	0.38
electron (aspect of atom) → HasA → a charge of -1	0.38
electron (aspect of atom) → ReceivesAction → arranged in shell	0.38
electron → CapableOf → occupy shell	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) → CapableOf → respond to short-wavelength fluctuations	0.37
electron (aspect of ion) → CapableOf → repel each other	0.37
electron (aspect of ion) → ReceivesAction → heated by ion	0.37
value (aspect of electron) → HasProperty → positive	0.37
value (aspect of electron) → HasProperty → constant	0.37
electron → CapableOf → travel along magnetic force lines	0.37
electron → CapableOf → come in contact	0.37
electron → ReceivesAction → added to neutral atom	0.37
electron → CapableOf → move to higher orbit	0.37
electron → ReceivesAction → exited into the conduction band	0.37
electron → CapableOf → stay in orbit	0.37
electron → CapableOf → travel through proton	0.37
electron → CapableOf → fill up 5s	0.37
electron → CapableOf → hit a metal plate	0.37
electron → CapableOf → dissipate energy	0.37
electron → CapableOf → meet hole	0.37
electron → AtLocation → molecule	0.37
electron → HasProperty → massless	0.37
electron → ReceivesAction → arranged in energy levels	0.37
electron → CapableOf → ionize the gas	0.37
electron → HasProperty → unpaired	0.37
electron → CapableOf → cross magnetic field	0.37
electron → CapableOf → transport light emitting layer	0.37
electron → CapableOf → generate heat	0.37
electron → CapableOf → occupy the lowest energy orbitals	0.37
electron → CapableOf → fly around the nucleus	0.37
electron → IsA → lepton	0.37
electron → CapableOf → behave in way	0.37
electron → HasA → opposite charges	0.37
electron → CapableOf → collide with molecule	0.37
electron → CapableOf → push each other	0.37
electron → CapableOf → ionize molecule	0.37
electron → CapableOf → exist in a solid	0.37
electron → ReceivesAction → measured in ampere	0.37
electron → ReceivesAction → shielded	0.37
electron (aspect of hydrogen atom) → ReceivesAction → distributed	0.37
energy (aspect of electron) → HasProperty → zero	0.37
energy (aspect of electron) → ReceivesAction → converted to electricity	0.37
energy (aspect of electron) → ReceivesAction → released by atom	0.37
energy (aspect of electron) → CapableOf → change form	0.37
energy (aspect of electron) → CapableOf → remain stable	0.37
electron (aspect of atom) → CapableOf → combine with proton	0.37
electron (aspect of atom) → CapableOf → carry neutron	0.37
electron (aspect of atom) → CapableOf → surround the nucleus of the atom	0.37
electron (aspect of atom) → CapableOf → flow in one direction	0.37
electron (aspect of atom) → CapableOf → exist as cloud	0.37
electron (aspect of atom) → CapableOf → emit light	0.37
electron (aspect of atom) → CapableOf → form ion	0.37
electron (aspect of atom) → HasA → magnetic moment	0.37
charge (aspect of electron) → ReceivesAction → transferred to the node	0.37
charge (aspect of electron) → ReceivesAction → dissipated	0.37
electron (aspect of atom) → ReceivesAction → added to atom	0.37
electron → ReceivesAction → confined	0.37
electron → CapableOf → create exciton	0.36
electron → ReceivesAction → accelerated in shock	0.36
electron → HasProperty → spherical	0.36
electron → ReceivesAction → combined	0.36
electron → ReceivesAction → struck by photon	0.36
electron → HasProperty → unaffected	0.36
electron → CapableOf → create negative charge	0.36
electron → ReceivesAction → accelerated near the speed of light	0.36
electron → CapableOf → bind to nucleus	0.36
electron → CapableOf → collide with gas molecules	0.36
electron → CapableOf → cancel each other	0.36
electron → ReceivesAction → added to compound	0.36
electron → CapableOf → exist as standing waves	0.36
electron → CapableOf → flow to positive side	0.36
electron → CapableOf → migrate to the surface	0.36
electron → ReceivesAction → heated by ion	0.36
electron → ReceivesAction → transferred to another atom	0.36
mass (aspect of electron) → HasProperty → greater	0.36
electron (aspect of hydrogen) → CapableOf → create separate current	0.36
electron (aspect of hydrogen) → ReceivesAction → distributed	0.36
electron → CapableOf → fall into hole	0.36
energy (aspect of electron) → ReceivesAction → detected	0.36
energy (aspect of electron) → ReceivesAction → added to the system	0.36
energy (aspect of electron) → ReceivesAction → used to move hydrogen ions	0.36
energy (aspect of electron) → ReceivesAction → dissipated	0.36
energy (aspect of electron) → ReceivesAction → stored in the experiment	0.36
energy (aspect of electron) → ReceivesAction → absorbed by chlorophyll	0.36
energy (aspect of electron) → CapableOf → match the energy difference	0.36
energy (aspect of electron) → ReceivesAction → released in the decay	0.36
electron (aspect of atom) → CapableOf → fill hole	0.36
electron (aspect of atom) → CapableOf → emit radiation	0.36
electron (aspect of atom) → CapableOf → fill shell	0.36
electron (aspect of atom) → CapableOf → move through the material	0.36
electron (aspect of atom) → ReceivesAction → detached	0.36
electron (aspect of atom) → ReceivesAction → pulled	0.36
charge (aspect of electron) → ReceivesAction → created	0.36
electron → CapableOf → interact with other electrons	0.36
electron → ReceivesAction → shown in drawing	0.36
electron → CapableOf → combine with nucleus	0.36
electron → CapableOf → leave the molecule	0.36
electron → ReceivesAction → produced at the anode	0.36
electron → CapableOf → move tens or hundreds of microns	0.36
electron → ReceivesAction → concerned	0.36
electron → CapableOf → learn	0.36
electron → ReceivesAction → amplified	0.36
electron → CapableOf → move through empty space	0.36
electron → ReceivesAction → used in reaction	0.36
electron → CapableOf → surround charged nucleus of an atom	0.36
electron → CapableOf → move in electric field	0.36
electron → CapableOf → occupy regions of space	0.36
electron → ReceivesAction → affected by magnetic field	0.36
electron → ReceivesAction → transferred to o2	0.36
electron → CapableOf → tunnel to floating gate	0.36
electron → CapableOf → drop to the ground state	0.36
electron → ReceivesAction → considered as wave	0.36
electron → CapableOf → react with water	0.36
electron → ReceivesAction → transferred to nad+	0.36
electron → CapableOf → form plasma	0.36
electron → ReceivesAction → studied	0.36
electron → CapableOf → return to their original energy level	0.36
electron → ReceivesAction → heated	0.36
electron → CapableOf → gain much energy	0.36
electron → AtLocation → energy levels	0.36
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
electron (aspect of ion) → HasProperty → negative	0.35
electron (aspect of ion) → ReceivesAction → trapped	0.35
electron (aspect of ion) → SimilarTo → evaporative cooling	0.35
electron → ReceivesAction → stored in floating gate	0.35
value (aspect of electron) → HasProperty → low	0.35
value (aspect of electron) → HasProperty → important	0.35
value (aspect of electron) → ReceivesAction → estimated	0.35
electron (aspect of atom) → ReceivesAction → illustrated in figure	0.35
electron → CapableOf → jump the gap	0.35
energy (aspect of electron) → ReceivesAction → stored in atp	0.35
energy (aspect of electron) → CapableOf → move electron	0.35
energy (aspect of electron) → ReceivesAction → deposited	0.35
energy (aspect of electron) → ReceivesAction → absorbed by atom	0.35
energy (aspect of electron) → ReceivesAction → shared	0.35
energy (aspect of electron) → ReceivesAction → gained	0.35
energy (aspect of electron) → ReceivesAction → received	0.35
energy (aspect of electron) → ReceivesAction → required to dislodge electron	0.35
energy (aspect of electron) → HasProperty → continuous	0.35
electron → CapableOf → tunnel through the barrier	0.35
electron → CapableOf → hit atom	0.35
electron → ReceivesAction → accepted by oxygen	0.35
electron → ReceivesAction → quantized	0.35
electron → Causes → lower resistance	0.35
electron → ReceivesAction → fired at time	0.35
electron → CapableOf → reach the detector	0.35
electron → ReceivesAction → located outside the atom	0.35
electron → CapableOf → return to their normal levels	0.35
electron → CapableOf → align their elliptical orbits	0.35
electron → HasA → potential energy	0.35
electron → PartOf → the atom	0.35
electron → CapableOf → move through hole	0.35
electron → CapableOf → spiral around magnetic field lines	0.35
electron → HasA → smaller gyroradius	0.35
electron → CapableOf → recombine with atom	0.35
electron → CapableOf → fall to lower orbit	0.35
electron → CapableOf → rotate in opposite directions	0.35
electron → ReceivesAction → shared in the bond	0.35
electron → CapableOf → move to other atoms	0.35
electron → ReceivesAction → shown in red	0.35
electron → CapableOf → fill energy levels	0.35
electron → ReceivesAction → carried by fadh2	0.35
electron → CapableOf → move through the lattice	0.35
electron → ReceivesAction → accelerated by high voltage	0.35
electron → CapableOf → form negative ion	0.35
electron → HasA → more room	0.35
electron → HasProperty → real	0.35
electron → CapableOf → hop	0.35
electron → ReceivesAction → emitted by the photocathode	0.35
electron → ReceivesAction → bound to charged nucleus	0.35
electron → HasA → stable orbits	0.35
electron → ReceivesAction → attracted to the plate	0.35
electron → CapableOf → move toward positive end	0.35
electron → ReceivesAction → bound to their atoms	0.35
electron → CapableOf → move to molecule	0.35
electron (aspect of atom) → CapableOf → exist in the lowest energy shell	0.35
electron (aspect of hydrogen) → CapableOf → exist in the lowest energy shell	0.35
electron (aspect of atom) → AtLocation → constant motion	0.35
electron (aspect of atom) → CapableOf → jump to higher orbit	0.35
electron (aspect of atom) → CapableOf → move to higher energy level	0.35
electron (aspect of atom) → CapableOf → form anion	0.35
electron (aspect of atom) → HasA → angular momentum	0.35
electron (aspect of atom) → HasA → kinetic energy	0.35
electron (aspect of atom) → HasProperty → mobile	0.35
charge (aspect of electron) → ReceivesAction → stored in floating trap	0.35
charge (aspect of electron) → HasProperty → high	0.35
charge (aspect of electron) → ReceivesAction → trapped in floating gate	0.35
charge (aspect of electron) → ReceivesAction → stored in a charge storage insulation layer	0.35
charge (aspect of electron) → ReceivesAction → based on at least information	0.35
charge (aspect of electron) → ReceivesAction → stored in dielectric charge trapping layer	0.35
electron → CapableOf → jump to the ground	0.34
electron → ReceivesAction → indicated by arrow	0.34
electron (aspect of atom) → CapableOf → move to the balloon	0.34
electron → HasA → same set of quantum numbers	0.34
electron → CapableOf → emit light	0.34
electron → CapableOf → pass given point	0.34
electron (aspect of hydrogen atom) → CapableOf → create separate current	0.34
electron (aspect of hydrogen atom) → CapableOf → absorb photon	0.34
electron (aspect of hydrogen atom) → ReceivesAction → ejected	0.34
electron (aspect of hydrogen atom) → ReceivesAction → emitted	0.34
electron → ReceivesAction → sent	0.34
electron → CapableOf → fill subshell	0.34
electron → ReceivesAction → discovered by j.j. thomson	0.34
electron → ReceivesAction → focused into beam	0.34
electron → CapableOf → determine chemical properties of an element	0.34
electron → CapableOf → move to the next	0.34
electron → ReceivesAction → trapped in magnetic field	0.34
electron → CapableOf → fill up 2s	0.34
electron → CapableOf → fill up 3s	0.34
electron → CapableOf → travel long distances	0.34
electron → ReceivesAction → ejected with a range of energies	0.34
electron → HasProperty → relativistic	0.34
electron → ReceivesAction → captured by trap	0.34
electron → HasA → a lower	0.34
electron → ReceivesAction → released by hot cathode	0.34
electron → HasA → internal structure	0.34
electron → CapableOf → behave like tiny bar magnet	0.34
electron → IsA → uniform particles of matter	0.34
electron → CapableOf → form molecule	0.34
electron → CapableOf → recombine with ion	0.34
electron → ReceivesAction → free to flow	0.34
electron → CapableOf → reappear at another	0.34
electron → CapableOf → cross the gap	0.34
electron → CapableOf → emit new photon	0.34
electron → CapableOf → collide with ion	0.34
electron → AtLocation → another	0.34
electron → CapableOf → form anion	0.34
electron → CapableOf → orbit charged nucleus	0.34
electron → ReceivesAction → squeezed	0.34
electron → CapableOf → move in one layer	0.34
electron → CapableOf → strike the surface	0.34
electron → ReceivesAction → separated by large distance	0.34
electron → CapableOf → jump to atom	0.34
electron → ReceivesAction → composed of smaller charged particles	0.34
electron → ReceivesAction → transported	0.34
electron → CapableOf → enter the electrolyte	0.34
electron → HasA → little	0.34
electron → CapableOf → deposit energy	0.34
electron → ReceivesAction → counted	0.34
electron → ReceivesAction → found around atom	0.34
electron → CapableOf → participate in conduction	0.34
electron → ReceivesAction → exchanged	0.34
electron → CapableOf → go through left slit	0.34
electron → CapableOf → reach the speed of light	0.34
electron → CapableOf → hop to the next	0.34
electron → CapableOf → flow on upper layer	0.34
energy (aspect of electron) → ReceivesAction → used in home	0.34
energy (aspect of electron) → ReceivesAction → supplied by the battery	0.34
energy (aspect of electron) → CapableOf → travel through space	0.34
energy (aspect of electron) → ReceivesAction → required to excite electron	0.34
energy (aspect of electron) → ReceivesAction → released in the process	0.34
energy (aspect of electron) → ReceivesAction → transmitted	0.34
energy (aspect of electron) → ReceivesAction → transferred to nearby primary electron acceptor	0.34
energy (aspect of electron) → ReceivesAction → stored in chemical bonds	0.34
energy (aspect of electron) → ReceivesAction → released by the reaction	0.34
energy (aspect of electron) → ReceivesAction → stored in electric field	0.34
electron → HasA → opposite spins	0.33
mass (aspect of electron) → CapableOf → equal one tenth of an ounce	0.33
mass (aspect of electron) → ReceivesAction → concentrated in the nucleus	0.33
free electron (subgroup of electron) → CapableOf → carry negative charge	0.33
free electron (subgroup of electron) → AtLocation → random motion	0.33
electron (aspect of atom) → AtLocation → any direction	0.33
electron (aspect of atom) → CapableOf → move in opposite direction	0.33
electron (aspect of atom) → CapableOf → flow through the circuit	0.33
electron (aspect of atom) → CapableOf → move in circle	0.33
electron (aspect of atom) → CapableOf → form cation	0.33
electron (aspect of atom) → CapableOf → jump to lower energy orbits	0.33
electron (aspect of atom) → CapableOf → remain in orbit	0.33
electron (aspect of atom) → HasA → different orbits	0.33
electron (aspect of atom) → HasA → definite position	0.33
electron (aspect of atom) → HasProperty → fundamental	0.33
electron (aspect of atom) → ReceivesAction → energized	0.33
electron (aspect of atom) → ReceivesAction → donated	0.33
electron (aspect of atom) → ReceivesAction → transmitted through speciman	0.33
electron (aspect of hydrogen) → CapableOf → form water	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) → 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