01677nam-a2200313-a-450000100100000000500170001000800410002702000170006804000240008504100080010908200150011710000300013224500540016225000120021626000320022830000250026050506960028565000290098165000210101065000130103165000190104465000160106365000200107965000180109965000210111799900130113895201060115195201060125700000100120260502230053.0^^^^^^s2015||||DE-|||||||||||||||e|eng|d  a978311033643  aANC-BCbspacANC-BC1 aeng04a660.2 MURc1 aMurzin, Dmitri Yu.d1963-10aChemical reaction technology /cDmitri Yu. Murzin  a1a. ed.  aBerlin :bDe Gruyte,c2015.  a428 p. :bil., graf.00aChemical technology as science. -- Physico-chemical foundations of chemical processes. -- Chemical processes and unit operations. -- Chemical process industry. -- Hydrogen and syngas generation. -- Cracking. -- Catalytic reforming of gasoline fractions: combining isomerization and dehydrogenation. -- Halogenation. -- Oxidation. -- Hydrogenation and dehydrogenation. -- Reactions involving water: hydration, dehydration, etheriflication, hydrolysis, and esterification. -- Alkylation. -- Reactions with CO, CO2, and synthesis gas. -- Key reactions in the synthesis of the intermediates: nitration, sulfation, sulfonation, alkali fusion, ketone, and aldehyde condensation. -- Polymerization.04aINDUSTRIA PETROQUÍMICA04aPOLIMERIZACIÓN04aCRACKING04aHALOGENACIÓN04aOXIDACIÓN04aHIDROGENACIÓN04aALQUILACIÓN04aPOLIMERIZACIÓN  c918d918  00104070aBCbBCd2025-09-21l0o660.2 MURc Ej. 1pBC2644r2025-09-21 18:10:15tc.1w2025-09-21yLB  00104070aBCbBCd2025-09-21l0o660.2 MURc Ej. 2pBC2736r2025-09-21 18:10:15tc.2w2025-09-21yLB