Assertion: berkelium | /r/CapableOf | assume the oxidation states
Facets:
value: in halides
type: LOCATION
value: readily
type: MANNER
value: in solids
type: OTHER
Source sentences:
text: In halides, berkelium assumes the oxidation states +3 and +4.
text: The fact that berkelium readily assumes oxidation state +4 in solids, and is relatively stable in this state in liquids greatly assists separation of berkelium away from many other actinides.
text: In halides, berkelium assumes the oxidation states +3 and +4.
text: In halides, berkelium assumes the oxidation states +3 and +4.
text: In halides, berkelium assumes the oxidation states +3 and +4.
text: In halides, berkelium assumes the oxidation states +3 and +4.
text: The fact that berkelium readily assumes oxidation state +4 in solids, and is relatively stable in this state in liquids greatly assists separation of berkelium away from many other actinides.
text: The fact that berkelium readily assumes oxidation state +4 in solids, and is relatively stable in this state in liquids greatly assists separation of berkelium away from many other actinides.
text: The fact that berkelium readily assumes oxidation state +4 in solids, and is relatively stable in this state in liquids greatly assists separation of berkelium away from many other actinides.