Search Results - "Cernansky, Nicholas P."

A comprehensive combustion chemistry study of n-propylcyclohexane by Ahmed, Ahfaz, Corrubia, Julius A., Al-Lehaibi, Moaz, Farid, Farinaz, Wang, Heng, Wang, Zhandong, Chen, Bingjie, Roberts, William L., Miller, David L., Farooq, Aamir, Cernansky, Nicholas P., Sarathy, S. Mani

“…Alkylated cycloalkanes are vital components in gasoline, aviation, and diesel fuels; however, their combustion chemistry has been less investigated compared to…”
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RON and MON chemical kinetic modeling derived correlations with ignition delay time for gasoline and octane boosting additives by Corrubia, Julius A., Capece, Jonathan M., Cernansky, Nicholas P., Miller, David L., Durrett, Russell P., Najt, Paul M.

“…For regulatory and certification purposes the indices that characterize the ignition propensity for a fuel, Research Octane Number (RON) and Motor Octane…”
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The oxidation of a gasoline surrogate in the negative temperature coefficient region by Lenhert, David B., Miller, David L., Cernansky, Nicholas P., Owens, Kevin G.

“…This experimental study investigated the preignition reactivity behavior of a gasoline surrogate in a pressurized flow reactor over the low and intermediate…”
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Low temperature oxidation of n-butylcyclohexane by Natelson, Robert H., Kurman, Matthew S., Cernansky, Nicholas P., Miller, David L.

“…n-Butylcyclohexane, a possible surrogate component for petroleum- and coal-derived jet fuels, was oxidized in a flow reactor through the low temperature region…”
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Experimental investigation of surrogates for jet and diesel fuels by Natelson, Robert H., Kurman, Matthew S., Cernansky, Nicholas P., Miller, David L.

“…The low and intermediate temperature reactivities of 2:1:1 n-decane:n-butylcyclohexane:n-butylbenzene and 1:1:1 n-decane:n-butylcyclohexane:n-butylbenzene were…”
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Speciation of the reaction intermediates from n-dodecane oxidation in the low temperature regime by Kurman, Matthew S., Natelson, Robert H., Cernansky, Nicholas P., Miller, David L.

“…The oxidation of n-dodecane was studied with experiments in a pressurized flow reactor over the low temperature regime (550–830K) at elevated pressure…”
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THE OXIDATION OF JP-8, JET-A, AND THEIR SURROGATES IN THE LOW AND INTERMEDIATE TEMPERATURE REGIME AT ELEVATED PRESSURES by LENHERT, DAVID B., MILLER, DAVID L., CERNANSKY, NICHOLAS P.

“…The preignition reactivity behavior of five JP-8 samples, three Jet-A samples, one JP-7 sample, and four JP-8 surrogate mixtures was studied in a pressurized…”
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Preignition and Autoignition Chemistry of the Xylene Isomers by Natelson, Robert H., Kurman, Matthew S., Johnson, Rodney O., Cernansky, Nicholas P., Miller, David L.

“…The relative reactivity of the xylene isomers has been compared under preignition and autoignition conditions. Preignition experiments of each isomer with…”
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Comparison of reactivity in a flow reactor and a single cylinder engine by Natelson, Robert H., Johnson, Rodney O., Kurman, Matthew S., Cernansky, Nicholas P., Miller, David L.

“…The relative reactivity of 2:1:1 and 1:1:1 mixtures of n-decane: n-butylcyclohexane: n-butylbenzene and an average sample of JP-8 were evaluated in a single…”
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Oxidation of n-Butane: Transition in the Mechanism across the Region of Negative Temperature Coefficient by Wilk, Richard D, Cohen, Richard S, Cernansky, Nicholas P

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Modified reaction mechanism of aerated n-dodecane liquid flowing over heated metal tubes by Reddy, K. T, Cernansky, Nicholas P, Cohen, R. S

“…The degradation mechanism of the n-dodecane was studied using a modified jet fuel thermal oxidation tester containing a sample withdrawal system as a reaction…”
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Short communication: Experimental investigation of surrogates for jet and diesel fuels by Natelson, Robert H, Kurman, Matthew S, Cernansky, Nicholas P, Miller, David L

“…The low and intermediate temperature reactivities of 2:1:1 n-decane:n-butylcyclohexane:n-butylbenzene and 1:1:1 n-decane:n-butylcyclohexane:n-butylbenzene were…”
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Comparison of diesel engine exhaust using chromatographic profiling techniques by Partridge, Patricia A, Shala, Francis J, Cernansky, Nicholas P, Suffet, Irwin H

“…An analytical method, developed for examining changes in the intensity and number of chemical compounds in the odorous fraction of diesel exhaust, has been…”
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Chemical kinetic modeling of high-pressure propane oxidation and comparison to experimental results by Koert, David N., Pit, William J., Boelli, Joseph W., Cernansky, Nicholas P.

“…A pressure-dependent kinetic mechanism for propane oxidation is developed and compared to experimental data from a high-pressure flow reactor. Experimental…”
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Characterization and analysis of diesel exhaust odor by Partridge, Patricia A, Shala, Francis J, Cernansky, Nicholas P, Suffet, Irwin H

“…An analytical method was developed to determine which compound or compounds in the oxygenated fraction of diesel exhaust were changing in intensity and number…”
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A flow reactor study of neopentane oxidation at 8 atmospheres: experiments and modeling by Wang, Suqing, Miller, David L, Cernansky, Nicholas P, Curran, Henry J, Pitz, William J, Westbrook, Charles K

“…An existing detailed chemical kinetic reaction mechanism for neopentane oxidation [1] is applied to new experimental measurements taken in a flow reactor [2]…”
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1-Pentene oxidation and its interaction with nitric oxide in the low and negative temperature coefficient regions by Prabhu, Srinivasa K., Bhat, Rohit K., Miller, David L., Cernansky, Nicholas P.

“…The oxidation of 1-pentene and the effect of nitric oxide (NO) on this oxidation has been examined in a pressurized flow reactor facility. The experiments were…”
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Sensitive and Selective Detection of Paramagnetic Species Using Cavity Enhanced Magneto-Optic Rotation by Emig, Mary, Billmers, Richard I., Owens, Kevin G., Cernansky, Nicholas P., Miller, David L., Narducci, Frank A.

“…Cavity enhanced magneto-optic rotation spectroscopy (CEMOR) is a technique that utilizes a high-finesse cavity within a traditional magnetic rotation…”
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Postcombustion hydrocarbon oxidation in a spark ignition engine by Yang, Weiying, Bian, Xiaoming, Prabhu, Srinivasa K., Cernansky, Nicholas P., Miller, David L.

“…Postcombustion oxidation plays a significant role in reducing engine-out hydrocarbon emission levels and is a complicated process depending on in-cylinder…”
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Potential of thermal stratification and combustion retard for reducing pressure-rise rates in HCCI engines, based on multi-zone modeling and experiments: Journal of engines by SJÖBERG, Magnus, DEC, John E, CERNANSKY, Nicholas P

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