HI

(redirected from Hydrogen Index)
Category filter:
AcronymDefinition
HIHawaii (US postal abbreviation)
HIHoliday Inn
HIHealth Insurance
HIHindi (linguistics)
HIHome Improvement
HIHandicap International
HIHead Injury
HIHigh Intensity (carbon)
HIHealth International
HIHydraulic Institute
HIHelpAge International
HIHostelling International
HIHarris Interactive
HIHospital Insurance
HIHumanitarian Intervention
HIHealth Informatics (various organizations)
HIHigh Impedance
HIHeart Institute
HIHuman Impact (index)
HIHearing Impairment
HIHaemophilus Influenzae (bacteria)
HIHarvest Index
HIHeifer International
HIHardware Item
HIHuman Interactions
HIHemagglutination Inhibition
HIHostile Intent (gaming, Half-Life Modification)
HIHeartland Institute (Chicago, IL)
HIHudson Institute
HIHydrogen Index
HIHeat Insulated
HIHead Guard (lifeguarding)
HIHasbro Interactive
HIHazard Index
HIHurley International (clothing company)
HIHorizontal Integration
HIHistoriographical Institute (University of Tokyo; Japan)
HIHeritage India (festival)
HIHumorous Interpretation
HIHydriodic Acid
HIHousehold International, Inc. (stock symbol)
HIHeliospheric Imager
HIHigh Inquisitor (Robert Jordan's Wheel of Time)
HIHomicidal Ideation
HIHeight Indicator
HIHearing International
HIHospital Income (health insurance)
HIHeight of Instrument (surveying)
HIHochspannungsinstitut (German: High Voltage Institute)
HIHarmony Incorporated (International Organization of Women's Barbershop Singers)
HIHorizontal Indicator (aviation)
HIHandover Initiation
HIHeavy Inspection
HIHerramientas Industriales (Spanish: hardware industry)
HIHeadington Institute (Pasadena, CA)
HIHertzian Indentation
HIHazelwood Initiative, Inc. (Pittsburgh, PA)
HIHollingshead International
HIHovedstadens Jernbane-Idræt
HIHorizontal Inverval
HIHochschulverband für Informationswissenschaft eV
HIHigh Nuc in Backhaul Check (airfare construction)
Copyright 1988-2018 AcronymFinder.com, All rights reserved.
References in periodicals archive ?
According to Kesgin [3], TOC, S2, hydrogen index (HI), kerogen type, [T.sub.max] and vitrinite reflectance (Ro) values of the Kucukkuyu Formation show that the formation had source rock potential.
El-Nakheil oil shale shows high hydrogen index HI (S2/TOC) of 608 as determined by Rock-Eval pyrolysis.
Based on tests with a large set of samples, oil yield, TOC content, semi-coke content, gas loss, bulk density, pyrolysis value [S.sub.2] and calculated hydrogen index (HI) have been analyzed to attempt establishing new evaluation parameters for determining the industrial grade of oil shale.
The TOC content, pyrolysis value [S.sub.2] and calculated hydrogen index (HI) show an excellent correlation with oil yield and variations are discussed in respect to kerogen quality.
Systematic analysis of oil shale and mudstone samples from the Songliao and Huadian basins shows a strong positive correlation to exist between oil yield and TOC content, Rock Eval pyrolysis peak [S.sub.2], calculated hydrogen index (HI) and gas loss rate.
Hydrogen index (HI) depends on the ratio of [S.sub.2] to TOC and reflects the potential of oil shale and mudstone for hydrocarbons generation by pyrolysis.
The Rock-Eval method estimates the amount of pyrolyzate (mg HC/g rock) that will be released from kerogen during gradual heating in a He stream, and normalized to the TOC content gives the hydrogen index (HI).
The important parameters for the method are the transformation ratio of hydrocarbon generated from organic matter, the original hydrogen index, the original total organic carbon, and the organopore correction coefficient.
where [I.sub.H0] is the original hydrogen index value (mg/g), [I.sub.H] is the residual hydrogen index value (mg/g), [F.sub.0] is the transformation ratio of oil generation (%), [B.sub.0] is the content of native asphalt in source rocks (non-thermally decomposed from kerogen, mg), B is the residue oil content calculated from chloroform "A" or the hydrocarbon index by light and heavy hydrocarbon compensation, respectively (mg), and [F.sub.g] is the transformation ratio of gas generation (%).
Using the transformation ratio of hydrocarbon generated from organic matter, the original hydrogen index, the original total organic carbon, and the organopore correction coefficient of the Py1 well Longmaxi Shale in southeast Chongqing (Figures 4, 5, and 6), the organoporosity was calculated.
Original Hydrogen Index and Original Total Organic Carbon.
The original hydrogen index value was calculated using the following formula (Formula (3)) [33]: