(redirected from Adiabatic flame temperature)
Also found in: Encyclopedia, Wikipedia.
AFTAmerican Federation of Teachers
AFTAmerican Farmland Trust
AFTAtech Flash Technology (Fremont, CA)
AFTAgence France Tresor (French Treasury)
AFTAutomatic Fine Tuning
AFTAny Form Template
AFTanti Flutter Technology
AFTAutomated File Transceiver
AFTAdapter Fault Tolerance
AFTAutomated Funds Transfer
AFTAccueil Familial Thérapeutique (French: Home Family Therapy)
AFTAuthenticated Firewall Traversal
AFTAdaptive Fault Tolerance (computing)
AFTAmerican Folklore Theatre (Wisconsin)
AFTAccelerated Failure Time
AFTAnnual Field Training (US military; Air National Guard)
AFTAssociation Française de Terrariophilie (French: French Association of Arthropods)
AFTAccounting, Finance and Taxation (various locations)
AFTAssociation Française du Transpersonnel (French: French Transpersonal Association)
AFTAmericans for Fair Taxation
AFTAviation Fuel Trailer (AMA SpA; Italy)
AFTAlgemeen Fiscaal Tijdschrift (Belgian tax magazine)
AFTAdvanced Food Technology
AFTAdiabatic Flame Temperature
AFTAllowable Flight Temperature (US NASA)
AFTApartment Finance Today (magazine)
AFTAdvanced Flame Technology (personal computer board)
AFTAutomated File Transfer
AFTAn Foras Taluntais
AFTAerobic Fitness Test (USAFA)
AFTAutogenic Feedback Training
AFTAnimal Facilitated Therapy
AFTAerodynamic Flight Test
AFTActive File Table
AFTAssociation Française du Titanic (French: French Titanic Society)
AFTAtmospheric Flight Test
AFTAbbreviated Functional Test
AFTAnalytic Forensic Technology
AFTAlabama Family Ties
AFTA Forgotten Tragedy (alternative band)
AFTAffine Fourier Transform
AFTAft Flight Test
AFTAutomated Fund Transfer
AFTAnalog Facility Terminal
AFTAbout Freaking Time (polite form)
AFTApplied Foundation Testing, Inc.
AFTApplication File Transfer
AFTAvailable File Table
AFTAgglutination-Flocculation Test
AFTAngle/Frequency Tracking
AFTAnnual Funding Target
AFTAdvanced Function Terminal
References in periodicals archive ?
12 is useful for another purpose: Consider that the stoichiometric flame quenching distance of methane (see Table 1) is similar in magnitude to the flame-extent limit of the hydrogen vortex-stratified case just calculated, and the 243% increase of the heat flux Q of the homogeneous stoichiometric hydrogen result agrees reasonably well with the factor 3 higher peak heat flux reported by Demuynck et al (2009), noting that the stoichiometric adiabatic flame temperature of methane is in the order of 200 K lower than the hydrogen counterpart.
The adiabatic flame temperature is the maximum temperature that the combustion of products will reach in the limiting case of no heat loss to the surroundings through the combustion development.
Caption: FIGURE 4: Adiabatic flame temperature versus distance along the PFR using the PSR-PFR based on the generated five-step mechanism for methane oxidation, comparing with GRI 3.
In this situation, an important decrease of 43% is noticed on the adiabatic flame temperature (AFT) when oxygen dilution ranges from 21% which refers to fresh-air injection to 9%.
Empirical equations for adiabatic flame temperatures for some fuel-air combustion systems, Combustion Science and Technology 44(1-2): 75-88.
are higher flame speed, higher adiabatic flame temperature, Simulation tools for drastically reduced auto- estimating performance and ignition delay times and the lifetime of materials systems large increase in volumetric will also be enhanced to suit fuel flow rate of hydrogen the new operating compared to natural gas.
Full browser ?