Catalytic Reactions at High Pressures and Temperatures |
Contents
DEHYDROGENATION | 1 |
DEHYDRATION OF ALCOHOLS | 60 |
CATALYTIC DECOMPOSITION OF ACIDS | 121 |
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acetic acid acetone action aldehyde alkylation alumina aluminum chloride amylene Anal analysis atmospheres ATMS benzene boiling point bromide Calcd carbinol carbon monoxide catalyst catalytic reactions CH CH CHâ‚‚ Chem CnH2n condensation contained copper oxide cyclohexane decomposed decomposition of alcohol dehydration distilled esters ether ethyl alcohol ethylene experiments Expt formation formed Found fraction boiling gave genation grams heated hexane high pressure apparatus high temperature hydro hydrogen chloride investigations Ipatieff iron tube isobutane isobutyl isobutylene isomerization ketone liquid product melting mesitylene metal methane molecules naphthalene naphthenes nickel oxide nitrating mixture obtained olefins ordinary pressure organic compounds oxygen paraffins phenol phosphoric acid polymer polymerization polymerization of ethylene potassium permanganate potassium permanganate solution presence of alumina presence of nickel properties propylene reaction product reduced nickel salt saturated hydrocarbons showed small amount sodium substance sulphuric acid TABLE tion unsaturated upper layer yield zinc