Counting and measuring particles sized from soot to pollen_中国颗粒学会

Counting and measuring particles sized from soot to pollen_中国颗粒学会

高级检索

在线阅读

Volurnes 72-75 (2023)

pp. 1-228 (April 2023)

pp. 1-200 (March 2023)

pp. 1-138 (February 2023)

pp. 1-144 (January 2023)

Volurnes 60-71 (2022)

pp. 1-108 (December 2022)

pp. 1-106 (November 2022)

pp. 1-122 (October 2022)

pp. 1-124 (September 2022)

pp. 1-102 (August 2022)

pp. 1-112 (July 2022)

pp. 1-138 (June 2022)

pp. 1-186 (May 2022)

pp. 1-124 (April 2022)

pp. 1-104 (March 2022)

pp. 1-120 (February 2022)

pp. 1-124 (January 2022)

Volurnes 54-59 (2021)

pp. 1-214 (June 2021)

pp. 1-90 (December 2021)

pp. 1-222 (April 2021)

pp. 1-324 (October 2021)

pp. 1-200 (February 2021)

pp. 1-222 (August 2021)

Volurnes 48-53 (2020)

pp. 1-208 (December 2020)

pp. 1-112 (October 2020)

pp. 1-210 (August 2020)

pp. 1-204 (June 2020)

pp. 1-218 (April 2020)

pp. 1-182 (February 2020)

Volurnes 42-47 (2019)

pp. 1-104 (December 2019)

pp. 1-116 (October 2019)

pp. 1-130 (August 2019)

pp. 1-224 (June 2019)

pp. 1-226 (April 2019)

pp. 1-216 (February 2019)

Volurnes 36-41 (2018)

pp. 1-132 (December 2018)

pp. 1-182 (October 2018)

pp. 1-116 (August 2018)

pp. 1-228 (June 2018)

pp. 1-154 (April 2018)

pp. 1-198 (February 2018)

Volurnes 30-35 (2017)

pp. 1-118 (December 2017)

pp. 1-162 (October 2017)

pp. 1-138 (August 2017)

pp. 1-190 (June 2017)

pp. 1-220 (April 2017)

pp. 1-164 (February 2017)

Volurnes 24-29 (2016)

pp. 1-176 (December 2016)

pp. 1-138 (October 2016)

pp. 1-144 (August 2016)

pp. 1-122 (June 2016)

pp. 1-166 (April 2016)

pp. 1-222 (February 2016)

Volurnes 18-23 (2015)

pp. 1-118 (December 2015)

pp. 1-194 (October 2015)

pp. 1-212 (August 2015)

pp. 1-150 (June 2015)

pp. 1-184 (April 2015)

pp. 1-200 (February 2015)

Volurnes 12-17 (2014)

pp. 1-172 (December 2014)

pp. 1-230 (October 2014)

pp. 1-178 (August 2014)

pp. 1-138 (June 2014)

pp. 1-150 (April 2014)

pp. 1-122 (February 2014)

Volurne 11 (2013)

Volume 11, Issue 6

pp. 619-792 (December 2013)

Volume 11, Issue 5

pp. 475-618 (October 2013)

Volume 11, Issue 4

pp. 359-474 (August 2013)

Volume 11, Issue 3

pp. 249-358 (June 2013)

Volume 11, Issue 2

pp. 119-248 (April 2013)

Volume 11, Issue 1

pp. 1-118 (February 2013)

Volurne 10 (2012)

Volume 10, Issue 6

pp. 649-788 (December 2012)

Volume 10, Issue 5

pp. 523-647 (October 2012)

Volume 10, Issue 4

pp. 397-522 (August 2012)

Volume 10, Issue 3

pp. 255-396 (June 2012)

Volume 10, Issue 2

pp. 145-253 (April 2012)

Volume 10, Issue 1

pp. 1-143 (February 2012)

Volurne 9 (2011)

Volume 9, Issue 6

pp. 545-662 (December 2011)

Volume 9, Issue 5

pp. 451-544 (October 2011)

Volume 9, Issue 4

pp. 319-450 (August 2011)

Volume 9, Issue 3

pp. 193-317 (June 2011)

Volume 9, Issue 2

pp. 101-191 (April 2011)

Volume 9, Issue 1

pp. 1-99 (February 2011)

Volurne 8 (2010)

Volume 8, Issue 6

pp. 491-644 (December 2010)

Volume 8, Issue 5

pp. 399-489 (October 2010)

Volume 8, Issue 4

pp. 301-397 (August 2010)

Volume 8, Issue 3

pp. 187-299 (June 2010)

Volume 8, Issue 2

pp. 81-185 (April 2010)

Volume 8, Issue 1

pp. 1-80 (February 2010)

Volurne 7 (2009)

Volume 7, Issue 6

pp. 421-512 (December 2009)

Volume 7, Issue 5

pp. 337-419 (October 2009)

Volume 7, Issue 4

pp. 231-335 (August 2009)

Volume 7, Issue 3

pp. 161-229 (June 2009)

Volume 7, Issue 2

pp. 93-160 (April 2009)

Volume 7, Issue 1

pp. 1-91 (February 2009)

Volurne 6 (2008)

Volume 6, Issue 6

pp. 389-583 (December 2008)

Volume 6, Issue 5

pp. 289-388 (October 2008)

Volume 6, Issue 4

pp. 225-288 (August 2008)

Volume 6, Issue 3

pp. 131-222 (June 2008)

Volume 6, Issue 2

pp. 59-129 (April 2008)

Volume 6, Issue 1

pp. 1-58 (February 2008)

Volurne 5 (2007)

Volume 5, Issue 6

pp. 363-428 (December 2007)

Volume 5, Issue 5

pp. 305-361 (October 2007)

Volume 5, Issue 4

pp. 247-304 (August 2007)

Volume 5, Issue 3

pp. 193-246 (June 2007)

Volume 5, Issue 1-2

pp. 1-191 (April 2007)

Volurne 4 (2006)

Volume 4, Issue 6

pp. 259-361 (December 2006)

Volume 4, Issue 5

pp. 211-258 (October 2006)

Volume 4, Issue 3-4

pp. 103-210 (July 2006)

Volume 4, Issue 2

pp. 47-102 (April 2006)

Volume 4, Issue 1

pp. 1-46 (February 2006)

Volurne 3 (2005)

Volume 3, Issue 6

pp. 289-404 (December 2005)

Volume 3, Issue 5

pp. 243-288 (October 2005)

Volume 3, Issue 4

pp. 197-242 (August 2005)

Volume 3, Issue 3

pp. 151-196 (June 2005)

Volume 3, Issue 1-2

pp. 1-150 (April 2005)

Volurne 2 (2004)

Volume 2, Issue 6

pp. 235-280 (December 2004)

Volume 2, Issue 5

pp. 189-234 (October 2004)

Volume 2, Issue 4

pp. 139-188 (August 2004)

Volume 2, Issue 3

pp. 93-138 (June 2004)

Volume 2, Issue 2

pp. 47-92 (April 2004)

Volume 2, Issue 1

pp. 1-46 (February 2004)

Volurne 1 (2003)

Volume 1, Issue 6

pp. 231-276 (December 2003)

Volume 1, Issue 5

pp. 185-230 (October 2003)

Volume 1, Issue 4

pp. 139-183 (September 2003)

Volume 1, Issue 3

pp. 93-138 (July 2003)

Volume 1, Issue 2

pp. 47-92 (June 2003)

Volume 1, Issue 1

pp. 1-46 (April 2003)

在线阅读

Partic. vol. 5 no. 5 pp. 359-361 (October 2007)
doi: 10.1016/j.cpart.2007.05.006

Instrument

Counting and measuring particles sized from soot to pollen

Martin Schmidt^*, Sven Schütz, Leander Mölter

Show more

Abstract

For number concentration measurements of superfine particles a condensation nucleus counter (CNC) is frequently used. The combination of a new CNC module with a white light aerosol spectrometer and a passive collector makes possible accurate time-resolved determination of particle number within the overall size range of 10 nm to 40 μm and at concentrations up to 10⁵ particles/cm³. With the aerosol spectrometer a high time-resolved particle size determination is also possible in the size range of 0.3–40 μm up to the same high number concentrations of 105 particles/cm³.

Keywords

CNC; Particles; Size