{"embedding_dim":1024,"data":[{"__id__":"rel-2ff952e23e9ad334f9244237bc7d6049","__created_at__":1752193087,"src_id":"Nitric Acid","tgt_id":"Nitrogen Dioxide","content":"Nitric Acid\tNitrogen Dioxide\nchemical decomposition,gas production\nNitric Acid decomposes to produce Nitrogen Dioxide under light or heat.","source_id":"chunk-c944b40c845357549a25762357eaddc7","file_path":"unknown_source"},{"__id__":"rel-b3095dbdb7af936628d51cc9a32da619","__created_at__":1752193087,"src_id":"Nitric Acid","tgt_id":"Oxygen","content":"Nitric Acid\tOxygen\nchemical decomposition,gas production\nNitric Acid decomposes to produce Oxygen gas under light or heat.","source_id":"chunk-c944b40c845357549a25762357eaddc7","file_path":"unknown_source"},{"__id__":"rel-19fc003f86fe0ab223780b80bb3cbdcb","__created_at__":1752193087,"src_id":"Iron Oxide","tgt_id":"Nitric Acid","content":"Iron Oxide\tNitric Acid\nacid-base interaction,chemical reaction\nIron Oxide reacts with Nitric Acid to produce Iron Nitrate, Hydrogen, and Nitrogen Dioxide.","source_id":"chunk-c944b40c845357549a25762357eaddc7","file_path":"unknown_source"},{"__id__":"rel-40ca1814ff3034c4057137e8874eb6f1","__created_at__":1752193087,"src_id":"Hydrogen","tgt_id":"Oxygen","content":"Hydrogen\tOxygen\ncombustion reaction,energy release\nHydrogen combusts with Oxygen to produce Water.","source_id":"chunk-c944b40c845357549a25762357eaddc7","file_path":"unknown_source"},{"__id__":"rel-866438beee4479ca12ffad8da79eb283","__created_at__":1752193087,"src_id":"Light/Heat (Δ)","tgt_id":"Nitric Acid (HNO₃)","content":"Light/Heat (Δ)\tNitric Acid (HNO₃)\nenergy requirement,reaction condition\nNitric acid requires light or heat energy to decompose into nitrogen dioxide and oxygen.","source_id":"chunk-c944b40c845357549a25762357eaddc7","file_path":"unknown_source"},{"__id__":"rel-47fe1858b6fbdf417be9b92a9736eeb4","__created_at__":1752193087,"src_id":"Nitric Acid (HNO₃)","tgt_id":"Nitrogen Dioxide (NO₂)","content":"Nitric Acid (HNO₃)\tNitrogen Dioxide (NO₂)\nchemical decomposition,gas production\nNitric acid decomposition produces nitrogen dioxide as a primary product.","source_id":"chunk-c944b40c845357549a25762357eaddc7","file_path":"unknown_source"},{"__id__":"rel-55c7bd6bf1abd82987a66ed0911a0373","__created_at__":1752193087,"src_id":"Nitric Acid (HNO₃)","tgt_id":"Oxygen (O₂)","content":"Nitric Acid (HNO₃)\tOxygen (O₂)\ngas evolution,redox reaction\nNitric acid decomposition yields oxygen gas as a byproduct.","source_id":"chunk-c944b40c845357549a25762357eaddc7","file_path":"unknown_source"},{"__id__":"rel-b362c25bf7d524a2a9d808743274fa5a","__created_at__":1752193087,"src_id":"Iron Oxide (FeO)","tgt_id":"Nitric Acid (HNO₃)","content":"Iron Oxide (FeO)\tNitric Acid (HNO₃)\nacid-base reaction,redox process\nIron oxide reacts with nitric acid under heating conditions to produce multiple compounds.","source_id":"chunk-c944b40c845357549a25762357eaddc7","file_path":"unknown_source"},{"__id__":"rel-af6a6e6f9b3551aebe13982495213dbc","__created_at__":1752193087,"src_id":"Iron Nitrate (Fe(NO₃)₃)","tgt_id":"Iron Oxide (FeO)","content":"Iron Nitrate (Fe(NO₃)₃)\tIron Oxide (FeO)\nchemical transformation,salt formation\nIron oxide transforms into iron nitrate through reaction with nitric acid.","source_id":"chunk-c944b40c845357549a25762357eaddc7","file_path":"unknown_source"},{"__id__":"rel-04b1b7bbe797d96c772b494d5b9ce79b","__created_at__":1752193087,"src_id":"Hydrogen (H₂)","tgt_id":"Iron Oxide (FeO)","content":"Hydrogen (H₂)\tIron Oxide (FeO)\ngas production,redox byproduct\nThe reaction between iron oxide and nitric acid produces hydrogen gas.","source_id":"chunk-c944b40c845357549a25762357eaddc7","file_path":"unknown_source"},{"__id__":"rel-87eb6eba5a3ed8b67324e25b8a9a15ad","__created_at__":1752193087,"src_id":"Hydrogen (H₂)","tgt_id":"Oxygen (O₂)","content":"Hydrogen(H₂)\tOxygen(O₂)\ncombustion,energyrelease\nHydro
=======
{"embedding_dim":1024,"data":[{"__id__":"rel-2ff952e23e9ad334f9244237bc7d6049","__created_at__":1752205396,"src_id":"Nitric Acid","tgt_id":"Nitrogen Dioxide","content":"Nitric Acid\tNitrogen Dioxide\nbyproducts,chemical decomposition\nNitric acid decomposes under light to produce nitrogen dioxide, oxygen, and water.","source_id":"chunk-d0c3bf985a3b3b903e2fb35515fdff1e","file_path":"unknown_source"},{"__id__":"rel-19fc003f86fe0ab223780b80bb3cbdcb","__created_at__":1752205396,"src_id":"Iron Oxide","tgt_id":"Nitric Acid","content":"Iron Oxide\tNitric Acid\nchemical reaction,heat application\nIron oxide reacts with nitric acid under heat to produce iron nitrate, water, and nitrogen dioxide.","source_id":"chunk-d0c3bf985a3b3b903e2fb35515fdff1e","file_path":"unknown_source"},{"__id__":"rel-40ca1814ff3034c4057137e8874eb6f1","__created_at__":1752205396,"src_id":"Hydrogen","tgt_id":"Oxygen","content":"Hydrogen\tOxygen\ncombustion reaction,synthesis\nHydrogen combusts with oxygen to form water.","source_id":"chunk-d0c3bf985a3b3b903e2fb35515fdff1e","file_path":"unknown_source"},{"__id__":"rel-f792fce23f42b2dafa0eaf5f34f201bd","__created_at__":1752205396,"src_id":"Iron Nitrate","tgt_id":"Iron Oxide","content":"Iron Nitrate\tIron Oxide\nchemical transformation,product formation\nIron oxide is converted into iron nitrate through its reaction with nitric acid.","source_id":"chunk-d0c3bf985a3b3b903e2fb35515fdff1e","file_path":"unknown_source"},{"__id__":"rel-47fe1858b6fbdf417be9b92a9736eeb4","__created_at__":1752205396,"src_id":"Nitric Acid (HNO₃)","tgt_id":"Nitrogen Dioxide (NO₂)","content":"Nitric Acid (HNO₃)\tNitrogen Dioxide (NO₂)\nbyproduct formation,chemical decomposition\nNitric acid decomposes to produce nitrogen dioxide as a primary byproduct.","source_id":"chunk-d0c3bf985a3b3b903e2fb35515fdff1e","file_path":"unknown_source"},{"__id__":"rel-55c7bd6bf1abd82987a66ed0911a0373","__created_at__":1752205396,"src_id":"Nitric Acid (HNO₃)","tgt_id":"Oxygen (O₂)","content":"Nitric Acid (HNO₃)\tOxygen (O₂)\nchemical reaction,gas production\nNitric acid decomposition releases oxygen gas as a byproduct.","source_id":"chunk-d0c3bf985a3b3b903e2fb35515fdff1e","file_path":"unknown_source"},{"__id__":"rel-c767a7c647eb0d8a47393529e9c64fea","__created_at__":1752205396,"src_id":"Nitric Acid (HNO₃)","tgt_id":"Water (H₂O)","content":"Nitric Acid (HNO₃)\tWater (H₂O)\nchemical byproduct,reaction output\nWater is produced as a byproduct of nitric acid decomposition.","source_id":"chunk-d0c3bf985a3b3b903e2fb35515fdff1e","file_path":"unknown_source"},{"__id__":"rel-b362c25bf7d524a2a9d808743274fa5a","__created_at__":1752205396,"src_id":"Iron Oxide (FeO)","tgt_id":"Nitric Acid (HNO₃)","content":"Iron Oxide (FeO)\tNitric Acid (HNO₃)\nacid-base reaction,heat application\nIron oxide reacts with nitric acid under heat to produce various compounds.","source_id":"chunk-d0c3bf985a3b3b903e2fb35515fdff1e","file_path":"unknown_source"},{"__id__":"rel-af6a6e6f9b3551aebe13982495213dbc","__created_at__":1752205396,"src_id":"Iron Nitrate (Fe(NO₃)₃)","tgt_id":"Iron Oxide (FeO)","content":"Iron Nitrate (Fe(NO₃)₃)\tIron Oxide (FeO)\nchemical transformation,product formation\nIron oxide is converted to iron nitrate through reaction with nitric acid.","source_id":"chunk-d0c3bf985a3b3b903e2fb35515fdff1e","file_path":"unknown_source"},{"__id__":"rel-02a390dd6b5a7e8baa3e081ff7e3f69b","__created_at__":1752205396,"src_id":"Iron Oxide (FeO)","tgt_id":"Nitrogen Dioxide (NO₂)","content":"Iron Oxide (FeO)\tNitrogen Dioxide (NO₂)\nchemical reaction,gas production\nReaction between iron oxide and nitric acid produces nitrogen dioxide.","source_id":"chunk-d0c3bf985a3b3b903e2fb35515fdff1e","file_path":"unknown_source"},{"__id__":"rel-87eb6eba5a3ed8b67324e25b8a9a15ad","__created_at__":1752205396,"src_id":"Hydrogen (H₂)","tgt_id":"Oxygen (O₂)","content":"Hydrogen(H₂)\tOxygen(O₂)\ncombustion,
