Edge list

Results from ConceptNet 5.8

Source: Open Multilingual WordNet
en tetravalent (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en include (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en anhydrous (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en Dalton's law (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en unreactive (a, physics)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en imbibition (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en rarefy (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en mercuric (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en scavenge (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en catalyst (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en equilibrate (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en activity (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en esterify (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en iodize (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en rectification (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en alkylic (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en electronegativity (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en decarboxylate (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en detoxify (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en nitrate (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en decomposition (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en decompose (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en absorb (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en conjugated (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en fractionate (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en catabolize (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en copolymerize (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en adsorb (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en sequester (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en solvate (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en clathrate (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en periodic table (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en carburet (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en electrolysis (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en polyvalent (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en benzylic (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en polyvalence (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en resublime (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en dissociation (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en critical (a, physics)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en atom (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en fluorocarbon (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en dissociate (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en acyclic (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en deaden (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en moonshine (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en distill (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en equilibrium law (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en actinide series (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en allomerism (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en azido (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en crack (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en displacement (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en dimorphism (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en sublimation (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en aromatic (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en acid value (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en anticatalyst (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en acceptor (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en molecular weight (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en saturated (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en state of matter (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en ligate (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en admix (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en coke (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en stoichiometry (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en osmosis (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en catalyze (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en free (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en calcine (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en semisynthetic (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en unsaturated (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en group (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en supernatant (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en peptize (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en react (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en thoriate (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en theory of dissociation (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en organic chemistry (n, organism)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en association (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en chemical reaction (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en convert (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en hydrous (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en acid (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en volatilize (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en pH (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en iodinating (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en acidify (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en volatile (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en desorb (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en reverse osmosis (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en chain (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en alchemize (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en law of equivalent proportions (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en polymorphism (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en migration (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en glycerolize (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en abundance (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en isolate (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en bate (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en demineralize (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en chemical phenomenon (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en law of mass action (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en valent (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en bivalent (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en reversible (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en indicator (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en compound (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en deglycerolize (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en liberate (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en ethereal (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en inactive (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en Henry's law (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en polymerize (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en closed chain (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en chemical process (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en noncritical (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en transmute (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en mixture (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en rich (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en purify (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en equilibrium constant (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en sensitizer (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en periodic law (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en atomic mass (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en long-chain molecule (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en hydrophilic (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en carboxyl (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en allylic (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en law of constant proportion (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en saponify (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en build (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en saturate (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en carbolated (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en carbocyclic (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en reactive (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en acidic (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en etherify (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en law of multiple proportions (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en light (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en denitrify (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en sulfurette (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en bind (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en indifferent (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en butylate (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en alkaline (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en atomism (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en carbonyl (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en valence (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en polymorphous (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en ammonify (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en isomerize (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en alkalize (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en deoxidize (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en resuspend (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en reversibly (r, physics)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en oleophilic (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en inhibit (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en conjugate (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en sorb (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en alloy (v, metallurgy)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en pentavalent (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en reform (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en technical grade (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en saturation point (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en foryml (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en carbonize (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en oxidize (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en absorption (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en organic (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en amphoteric (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en hydrophobic (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en lipophilic (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en membered (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en acetylate (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en bound (a, physics)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en monad (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en strip (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en buffer (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en de-iodinating (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en formulate (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en molecule (n, physics)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en emulsion (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en chemist (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en alkalinize (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en preisolate (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en basic (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en monovalent (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en suspend (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en heavy (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en theory of indicators (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en transaminate (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en cacodylic (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en inorganic (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en carboxylate (v, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en cyclic (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en fullerene (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en trivalent (a, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
en distribution law (n, chemistry)
― HasContext ⟶
Weight: 2.0
en chemistry (n, cognition) Source: Open Multilingual WordNet
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