[{"_1":2,"_106":-5,"_107":-5},"loaderData",{"_3":4},"lang-word",{"_5":6,"_21":22,"_95":96,"_101":102},"entry",{"_7":8,"_9":8,"_10":-5,"_11":12,"_13":14,"_15":16,"_17":18,"_19":20},"headword","hydrogen","slug","pronunciation","type","simple_noun","complexity","simple","totalCollocations",4,"avgFrequency",7.5,"languageVariants",[],"categories",[23],{"_24":25,"_9":26,"_27":28},"name","hydrogen + NOUN","hydrogen-noun","collocations",[29,68,77,86],{"_30":31,"_32":33,"_9":34,"_35":36,"_37":38,"_39":40,"_45":46,"_67":-5},"collocation","molecule","phrase","hydrogen molecule","hydrogen-molecule","usage","A molecule composed of two hydrogen atoms (H2).","label","","frequency",{"_41":42,"_43":44},"score",8.5,"perMillion",2.5,"examples",[47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,62,63,64,65,66],"A hydrogen molecule consists of two hydrogen atoms bonded together.","A hydrogen molecule consists of two hydrogen atoms.","During the reaction, each hydrogen molecule splits into individual atoms.","Scientists studied the behavior of a single hydrogen molecule.","The energy stored in a single hydrogen molecule is significant.","Water is formed when oxygen combines with two hydrogen molecules.","A water molecule is formed from two hydrogen atoms, not a single hydrogen molecule.","The simplest molecule in existence is the hydrogen molecule.","The universe is filled with countless hydrogen molecules.","Energy is released when hydrogen molecules are broken apart.","How much energy is required to break the bond of a hydrogen molecule?","The atmosphere contains very few free hydrogen molecules.","The quantum state of the hydrogen molecule has been studied extensively.","Each hydrogen molecule has a unique quantum signature.","Under specific conditions, hydrogen atoms combine to form a hydrogen molecule.","They observed the rotation of a hydrogen molecule under extreme conditions.","The diagram shows the covalent bond within a hydrogen molecule.","Two atoms of hydrogen form a hydrogen molecule.","The chemical symbol for a hydrogen molecule is H₂.","The reaction produced a large number of hydrogen molecules.","translation",{"_30":69,"_32":70,"_9":71,"_35":72,"_37":38,"_39":73,"_45":76,"_67":-5},"gas","hydrogen gas","hydrogen-gas","Hydrogen in its gaseous state.",{"_41":74,"_43":75},8,2.1,[],{"_30":78,"_32":79,"_9":80,"_35":81,"_37":38,"_39":82,"_45":85,"_67":-5},"bomb","hydrogen bomb","hydrogen-bomb","A powerful nuclear weapon.",{"_41":83,"_43":84},7,0.8,[],{"_30":87,"_32":88,"_9":89,"_35":90,"_37":38,"_39":91,"_45":94,"_67":-5},"fuel","hydrogen fuel","hydrogen-fuel","Hydrogen used as a clean energy source.",{"_41":92,"_43":93},6.5,0.5,[],"relatedEntries",{"_97":98,"_99":100},"asSubject",[],"asObject",[],"serverTranslations",{"_34":103},{"_32":104,"_35":105},"molécule d'hydrogène","une molécule composée d'atomes d'hydrogène (H2)","actionData","errors"]