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4“... thickness to support combustion was found to be 2.5 mm on brackish water at temperatures from 2 to 6.5C...”
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5by Alan S Feitelberg, Michael D Starkey, Richard B Schiefer, Roointon E Pavri, Matt Bender, John L Booth, Gordon R Schmidt, British Petroleum, Prudhoe Bay, Alaska“..., swirl stabilized diffusion flame combustion system. The twelve standard combustors in an MS5002 turbine...”
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6by Gunsch, Matthew J., Kirpes, Rachel M., Kolesar, Katheryn R., Barrett, Tate E., China, Swarup, Sheesley, Rebecca J., Laskin, Alexander, Wiedensohler, Alfred, Tuch, Thomas, Pratt, Kerri A.“...–1 µm) combustion-derived particles (20–50 % organic carbon, by number; 5–10 % soot by number). While...”
Published in Atmospheric Chemistry and Physics (2018)
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7by Gunsch, Matthew J., Kirpes, Rachel M., Kolesar, Katheryn R., Barrett, Tate E., China, Swarup, Sheesley, Rebecca J., Laskin, Alexander, Wiedensohler, Alfred, Tuch, Thomas, Pratt, Kerri A.“...–1 µm) combustion-derived particles (20–50 % organic carbon, by number; 5–10% soot by number). While...”
Published in Atmospheric Chemistry and Physics (2023)
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8by Gunsch, Matthew J., Kirpes, Rachel M., Kolesar, Katheryn R., Barrett, Tate E., China, Swarup, Sheesley, Rebecca J., Laskin, Alexander, Wiedensohler, Alfred, Tuch, Thomas, Pratt, Kerri A.“...-1 μm) combustion-derived particles (20-50 % organic carbon, by number; 5-10 % soot by number). While...”
Published 2017
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9by Gunsch, Matthew J., Kirpes, Rachel M., Kolesar, Katheryn R., Barrett, Tate E., China, Swarup, Sheesley, Rebecca J., Laskin, Alexander, Wiedensohler, Alfred, Tuch, Thomas, Pratt, Kerri A.“...-1 μm) combustion-derived particles (20-50 % organic carbon, by number; 5-10 % soot by number). While...”
Published 2017
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10by Gunsch, Matthew J., Kirpes, Rachel M., Kolesar, Katheryn R., Barrett, Tate E., China, Swarup, Sheesley, Rebecca J., Laskin, Alexander, Wiedensohler, Alfred, Tuch, Thomas, Pratt, Kerri A.“...-1 μm) combustion-derived particles (20-50 % organic carbon, by number; 5-10 % soot by number). While...”
Published 2017
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11by Gunsch, Matthew J., Kirpes, Rachel M., Kolesar, Katheryn R., Barrett, Tate E., China, Swarup, Sheesley, Rebecca J., Laskin, Alexander, Wiedensohler, Alfred, Tuch, Thomas, Pratt, Kerri A.“...-1 μm) combustion-derived particles (20-50 % organic carbon, by number; 5-10 % soot by number). While...”
Published 2017
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12by Gunsch, Matthew J., Kirpes, Rachel M., Kolesar, Katheryn R., Barrett, Tate E., China, Swarup, Sheesley, Rebecca J., Laskin, Alexander, Wiedensohler, Alfred, Tuch, Thomas, Pratt, Kerri A.“...-1 μm) combustion-derived particles (20-50 % organic carbon, by number; 5-10 % soot by number). While...”
Published 2017
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13by Gunsch, Matthew J., Kirpes, Rachel M., Kolesar, Katheryn R., Barrett, Tate E., China, Swarup, Sheesley, Rebecca J., Laskin, Alexander, Wiedensohler, Alfred, Tuch, Thomas, Pratt, Kerri A.“...-1 μm) combustion-derived particles (20-50 % organic carbon, by number; 5-10 % soot by number). While...”
Published 2017
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14by Gunsch, Matthew J., Kirpes, Rachel M., Kolesar, Katheryn R., Barrett, Tate E., China, Swarup, Sheesley, Rebecca J., Laskin, Alexander, Wiedensohler, Alfred, Tuch, Thomas, Pratt, Kerri A.“...-1 μm) combustion-derived particles (20-50 % organic carbon, by number; 5-10 % soot by number). While...”
Published 2017
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15by Gunsch, Matthew J., Kirpes, Rachel M., Kolesar, Katheryn R., Barrett, Tate E., China, Swarup, Sheesley, Rebecca J., Laskin, Alexander, Wiedensohler, Alfred, Tuch, Thomas, Pratt, Kerri A.“...-1 μm) combustion-derived particles (20-50 % organic carbon, by number; 5-10 % soot by number). While...”
Published 2017
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16by Gunsch, Matthew J., Kirpes, Rachel M., Kolesar, Katheryn R., Barrett, Tate E., China, Swarup, Sheesley, Rebecca J., Laskin, Alexander, Wiedensohler, Alfred, Tuch, Thomas, Pratt, Kerri A.“...-1 μm) combustion-derived particles (20-50 % organic carbon, by number; 5-10 % soot by number). While...”
Published 2017
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17by Gunsch, Matthew J., Kirpes, Rachel M., Kolesar, Katheryn R., Barrett, Tate E., China, Swarup, Sheesley, Rebecca J., Laskin, Alexander, Wiedensohler, Alfred, Tuch, Thomas, Pratt, Kerri A.“...-1 μm) combustion-derived particles (20-50 % organic carbon, by number; 5-10 % soot by number). While...”
Published 2017
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18by Gunsch, Matthew J., Kirpes, Rachel M., Kolesar, Katheryn R., Barrett, Tate E., China, Swarup, Sheesley, Rebecca J., Laskin, Alexander, Wiedensohler, Alfred, Tuch, Thomas, Pratt, Kerri A.“...-1 μm) combustion-derived particles (20-50 % organic carbon, by number; 5-10 % soot by number). While...”
Published 2017
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19by Gunsch, Matthew J., Kirpes, Rachel M., Kolesar, Katheryn R., Barrett, Tate E., China, Swarup, Sheesley, Rebecca J., Laskin, Alexander, Wiedensohler, Alfred, Tuch, Thomas, Pratt, Kerri A.“...-1 μm) combustion-derived particles (20-50 % organic carbon, by number; 5-10 % soot by number). While...”
Published 2017
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20by Gunsch, Matthew J., Kirpes, Rachel M., Kolesar, Katheryn R., Barrett, Tate E., China, Swarup, Sheesley, Rebecca J., Laskin, Alexander, Wiedensohler, Alfred, Tuch, Thomas, Pratt, Kerri A.“...-1 μm) combustion-derived particles (20-50 % organic carbon, by number; 5-10 % soot by number). While...”
Published 2017
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