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0342711279
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SAE 1999-01-1328
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Kraemer1
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84877214594
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Influence of sulfur concentration in gasoline on NOx storage - Reduction catalyst
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Asanuma, Takamitsu, Takeshima, Shinichi, Yamashita, Tetsuya, Tanaka, Toshiaki, Murai, Toshimi, Iguchi, Satoshi, "Influence of sulfur concentration in gasoline on NOx storage - Reduction catalyst". SAE 1999-01-3501.
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Murai9
Toshimi10
Iguchi11
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7
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84877367260
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Particulate Traps for Retro- Fitting Construction Site Engines - VERT: Final measurements and implementation
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Mayer, Matter, Scheidegger, Czerwinski, Wyser, Kieser, Weidhofer, "Particulate Traps For Retro- Fitting Construction Site Engines - VERT: Final measurements and implementation". SAE 1999-01-0116.
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SAE 1999-01-0116
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Mayer1
Matter2
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8
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85072416655
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Diesel Particulate Control - Application of An Activated Particulate Trap in Combination with Fuel Additives at An Ultra Low Dose Rate
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Jelles1
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15
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85081773370
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Effect of Reactor Design on the Plasma Treatment of NOx
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Penetrante, & McLarnon, "Effect of Reactor Design on the Plasma Treatment of NOx". SAE 982434.
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SAE 982434
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Penetrante1
McLarnon2
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16
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85081771839
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Part A: Overview, Fundamentals and Supporting Technology and Part B: Electron Beam and Electrical Discharge Processing
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0001831953
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Corona Induced Non-Thermal Plasmas: Fundamental Study and Industrial Applications
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Chemical Reaction Mechanism and Power Saving Techniques in Non-Thermal Plasma DeSOx/DeNOx Process
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Mok, Kim, Nam, & Chang, "Chemical Reaction Mechanism and Power Saving Techniques in Non-Thermal Plasma DeSOx/DeNOx Process". RIST Research Journal, vol. 12 no. 3 (1998).
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Penetrante, Brusasco, Merritt, Pitz, Vogtlin, Kung M., Kung H., Was, and Voss, "NOx Conversion Chemistry in Plasma-Assisted Catalysis". 1998 DOE Diesel Engine Emission Reduction Workshop, Castine, Maine, July 1998
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Penetrante1
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Was8
Voss9
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21
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-
85081764170
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Effect of Propene on the Remediation of NOx from Engine Exhausts
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SAE Paper 1999-01-3683
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Kushner1
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22
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-
84877542837
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Effect of Gas Composition on the NOx Conversion Chemistry in a Plasma
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MacLarnon, & Penetrante, "Effect of Gas Composition on the NOx Conversion Chemistry in a Plasma". SAE paper 982433.
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SAE Paper 982433
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MacLarnon1
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23
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-
85081774172
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Interaction between Soot Particles and NOx during Dielectric Barrier Discharge Plasma Remediation of Simulated Diesel Exhaust
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Feasibility of Plasma Aftertreatment for Simultaneous Control of NOx and Particulates
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SAE Paper 1999-01-3637
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Penetrante1
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26
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84877228173
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Analysis of Plasma-Catalysis for Diesel NOx Remediation
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Hoard, & Balmer, "Analysis of Plasma-Catalysis for Diesel NOx Remediation". SAE paper 982429.
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SAE Paper 982429
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Hoard1
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28
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0033201428
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Role of Methyl Nitrate in Plasma Exhaust Treatment
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Hoard, Wallington, Balmer, Ball, Hurley, and Wodzisz, "Role of Methyl Nitrate in Plasma Exhaust Treatment". Environ. Sci. Technol. 1999, 33, 3427-3431.
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0041687606
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Cluster Formation by Barrier Discharge in Simulated Exhaust Gas at High Temperature
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Hoard, Kalashnikov, Szente, & Podsiadlik, "Cluster Formation by Barrier Discharge in Simulated Exhaust Gas at High Temperature". Appl. Phys. Letters, vol. 76 no. 21, 22 May 2000.
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85081763931
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Composition of Clusters Formed by Plasma Discharge in Simulated Engine Exhaust
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Hoard, Kalashnikov, Bretz, Kaberline, & Haack, "Composition of Clusters Formed by Plasma Discharge in Simulated Engine Exhaust". SAE 2000-01-2967.
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SAE 2000-01-2967
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Hoard1
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32
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85081766734
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Recent Performance Testing of the TecoJet Post-Combustion DeNOx Technology for Diesel Engines
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Becker, Litka, Koshkarian, Chanda, & Rockwell, "Recent Performance Testing of the TecoJet Post-Combustion DeNOx Technology for Diesel Engines". SAE 1999-01-3684.
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SAE 1999-01-3684
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Becker1
Litka2
Koshkarian3
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Rockwell5
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33
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0005331959
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Reduction of NOx from Combustion Flue Gases by Corona Discharge Activated Methane Radical Shower Injections
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0003281583
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Penetrante, Hsaio, Merritt, Vogtlin, Wan, Rice, & Voss, "Plasma-Assisted Heterogeneous Catalysis for NOx Reduction in Lean-Burn Engine Exhaust". Proceedings of the 1997 Diesel Engine Emission Reduction Workshop, San Diego, CA.
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Penetrante1
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38
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-
84877222506
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Plasma Enhanced Selective Catalytic Reduction of NOx for Diesel Cars
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Hammer, & Broer, "Plasma Enhanced Selective Catalytic Reduction of NOx for Diesel Cars". SAE 982428.
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SAE 982428
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Hammer1
Broer2
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39
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84877193896
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Plasma-Assisted Catalytic Reduction of NOx
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Penetrante, Brusasco, Merritt, Vogtlin, Pitz, Kung M., Kung H., Wan, & Voss, "Plasma-Assisted Catalytic Reduction of NOx". SAE 982508.
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SAE 982508
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-
Penetrante1
Brusasco2
Merritt3
Vogtlin4
Pitz5
Kung, M.6
Kung, H.7
Wan8
Voss9
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40
-
-
0003866699
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NOx Destruction Behavior of Select Materials When Combined with a Non-Thermal Plasma
-
Balmer, Tonkyn, Yoon, Kolwaite, Barlow, Maupin, & Hoard, "NOx Destruction Behavior of Select Materials When Combined With a Non-Thermal Plasma". SAE 1999-01-3640.
-
SAE 1999-01-3640
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Balmer1
Tonkyn2
Yoon3
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Barlow5
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Hoard7
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41
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-
85081764969
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Plasma Enhanced Selective Catalytic Reduction: Kinetics of NOx-Removal and Byproduct Formation
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Hammer, Kishimoto, Miessner, & Rudolph, "Plasma Enhanced Selective Catalytic Reduction: Kinetics of NOx-Removal and Byproduct Formation". SAE 1999-01-3632.
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SAE 1999-01-3632
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Hammer1
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Rudolph4
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42
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85081772122
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Plasma Enhanced Selective Catalytic Reduction: Test Bench Measurements
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Hammer, & Broer, "Plasma Enhanced Selective Catalytic Reduction: Test Bench Measurements". SAE 1999-01-3633.
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SAE 1999-01-3633
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Hammer1
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44
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85081773777
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Non-Thermal Plasma System Development for CIDI Exhaust Aftertreatment
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Balmer, Tonkyn, Maupin, Yoon, Kolwaite, Barlow, Domingo, Storey, Hoard, & Howden, "Non-Thermal Plasma System Development for CIDI Exhaust Aftertreatment". SAE 2000-01-1601.
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SAE 2000-01-1601
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Balmer1
Tonkyn2
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Domingo7
Storey8
Hoard9
Howden10
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46
-
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85072472340
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Lean NOx Reduction in Two Stages: Non-thermal Plasma Followed by Heterogeneous Catalysis
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Tonkyn, Yoon, Barlow, Panov, Kolwaite, & Balmer, "Lean NOx Reduction in Two Stages: Non-thermal Plasma Followed by Heterogeneous Catalysis". SAE 2000-01-2896.
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SAE 2000-01-2896
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Tonkyn1
Yoon2
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Kolwaite5
Balmer6
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47
-
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85081764812
-
Effect of Simulated Diesel Exhaust Gas Composition and Temperature on NOx Reduction Behavior of Alumina and Zeolite Catalysts in Combination with Non-Thermal Plasma
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Panov, Tonkyn, Yoon, Kolwaite, Barlow, & Balmer, "Effect of Simulated Diesel Exhaust Gas Composition and Temperature on NOx Reduction Behavior of Alumina and Zeolite Catalysts in Combination with Non-Thermal Plasma". SAE 2000-01-2964.
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SAE 2000-01-2964
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Panov1
Tonkyn2
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Barlow5
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49
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85072466782
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Comparison of Plasma-Catalyst and Lean NOx Catalyst for Diesel NOx Reduction
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Hoard, Laing, Balmer, & Tonkyn,. "Comparison of Plasma-Catalyst and Lean NOx Catalyst for Diesel NOx Reduction". SAE 2000-01-2895.
-
SAE 2000-01-2895
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Hoard1
Laing2
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50
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85072507292
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Role of NO in Diesel Particulate Emission Control
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Cooper, & Thoss, "Role of NO in Diesel Particulate Emission Control". SAE 890404.
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SAE 890404
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Cooper1
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51
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85081773715
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Experimental Study of Soot Oxidation in Silent Discharge
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no, Feb. College of Materials and Maetallurgy, Northeastern University, Shenyang China. (In Chinese)
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Taiyin, Yibing, & Jianyi, "Experimental Study of Soot Oxidation in Silent Discharge". Journal of Northeastern University (Natural Science), vol. 18 no 1, Feb. 1997 pp 86-89. College of Materials and Maetallurgy, Northeastern University, Shenyang China. (In Chinese)
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Taiyin1
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52
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84877244493
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Non Thermal Plasma Aftertreatment of Particulates - Theoretical Limits and Impact on Reactor Design
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Thomas, Martin, Raybone, Shawcross, Ng, Beech, & Whitehead, "Non Thermal Plasma Aftertreatment of Particulates-Theoretical Limits and Impact on Reactor Design". SAE 2000-01-1926.
-
SAE 2000-01-1926
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-
Thomas1
Martin2
Raybone3
Shawcross4
Ng5
Beech6
Whitehead7
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