Characterization of Meteorology and Its Relationships to Fine Particulate Mass and Visibility in the VISTAS Region

Jul 18, 2012

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Characterization of Meteorology and Its Relationships to Fine Particulate Mass and Visibility in the VISTAS Region

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Preparation of Fine Particulate Emissions Inventories

7-2. AGRICULTURAL TILLING Overview. SCC 2801000003PollutantsFilterable PM10, PM2.5. 7-3. AGRICULTURAL TILLING NEI Method. Activity Data (no. of acres of land tilled)1998 County-Level Activity DataAcres of crops tilled in each county by crop type and by tilling method obtained from CTICFive t

771 views • 75 slides

Mass Relationships

Mass Relationships. The Mole and Stoichiometry. The Mole. A mole is the number of atoms in exactly 12 grams of 12 C (carbon-12 isotope) One mole is equal to 6.02x10 23 particles A particle will be an atom(elements) or molecule(compounds) The number 6.02x10 23 is known as Avogadro’s number.

447 views • 13 slides

Mole-Mass and Mole-Volume Relationships

Mole-Mass and Mole-Volume Relationships. The Mole-Mass Relationship. To convert the mass of a substance to the number of moles of the substance you have to use the molar mass of an element or compound. Mass = # of moles x (mass/1mole). The Mole-Mass Relationship.

1.19k views • 22 slides

The Higgs boson and its mass

The Higgs boson and its mass . LHC : Higgs particle observation. CMS 2011/12. ATLAS 2011/12. a prediction…. Higgs boson found. standard model Higgs boson. T.Plehn , M.Rauch. Spontaneous symmetry breaking confirmed at the LHC. Higgs mechanism verified. Higgs Brout Englert.

1.05k views • 84 slides

Interaction Between Particulate Matter and Meteorology

Wang Jiandong 1 , Wang Shuxiao 1 , Zhao Bin 1 , Wang Long 1 , David Wong 2 , Jonathan Pleim 2 , Hao Jiming 1 1. Tsinghua University, Beijing, China 2. U.S. EPA, NC, USA. Interactions between Particulate Matter and Meteorology: a Modeling Study Using Two-way CMAQ in China.

367 views • 20 slides

Fine Particulate Air Monitoring

STAPPA/ALAPCO. Fine Particulate Air Monitoring. Improvements in Data Collection and Reporting Spring Membership Meeting 2002. PM 2.5 Data Completeness Report Card. Improvements in collection and reporting SAMWG and EPA Working Together State and Local Agency efforts

266 views • 19 slides

Mass Relationships

Mass Relationships. Lab Data All masses are relative to one another. Cu:O = 4:1 O:H = 16:1 Cu:H= 64:1 Cu:O:H 64:16:1 Must choose a standard, but which one? C = 12 O = 16 F = 19 H = 1 H hard to work with, variable results

490 views • 32 slides

Using visibility as a surrogate for the trends of fine particle mass

Using visibility as a surrogate for the trends of fine particle mass. Li Du. Visbility. Visibility is a good indicator of surface air quality and has the advantage of being easily obtained by observation.

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Options for Estimating Natural Background Visibility in the VISTAS Region

Options for Estimating Natural Background Visibility in the VISTAS Region. Ivar Tombach with benefit of material prepared by Jim Boylan and Daniel Jacob (Harvard University) Presentation to VISTAS Workgroups 15 January 2004. The Need.

468 views • 34 slides

Application of Multiple Models to Simulation Fine Particulate in the Southeastern US

Application of Multiple Models to Simulation Fine Particulate in the Southeastern US. Ralph Morris and Bonyoung Koo ENVIRON International Corporation Denis McNally and T.W. Tesche Alpine Geophysics, LLC Gail Tonnesen UC Riverside National RPO Modeling Meeting Denver, Colorado

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IMPACT OF FINE PARTICLES ON VISIBILITY

THE PROBLEM WITH FINE PARTICLES- HOW TO ASSESS AND FIX IT! Rod Truce Indigo Technologies rod@indigotechnologies.com.au. IMPACT OF FINE PARTICLES ON VISIBILITY. TYPICAL MASS AND OPACITY VERSUS PARTICLE SIZE AT ESP OUTLET. IMPACT OF PM2.5 ON VISIBILITY.

635 views • 42 slides

Stoichiometry: Mass-Volume and Mass-Energy Relationships

Stoichiometry: Mass-Volume and Mass-Energy Relationships. Objectives. 2. Solve problems based on mass-volume of solution relationships in chemical reactions. 3. Solve problems based on mass-energy relationships in chemical reactions. Molarity.

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The Characterization of Atmospheric Particulate Matter

The Characterization of Atmospheric Particulate Matter. Richard F. Niedziela DePaul University 16 May 00. The atmosphere. Have you thought about your atmosphere today? Physical dimensions m atm  5.2  10 18 kg  10 -6 m earth h atm  100 km V atm  1.0  10 11 km 3  10 -1 V earth

1.17k views • 94 slides

Ozone and fine particulate forecasting for Evansville, Indiana

Ozone and fine particulate forecasting for Evansville, Indiana. Joanne Alexandrovich, PhD Vanderburgh County Health Department jalexandrovich@vanderburghgov.org. Where is Evansville?. SW Indiana north of Henderson, KY across the Ohio River east of southern Illinois

330 views • 19 slides

Nuclear Chemistry and Mass-Energy Relationships

Nuclear Chemistry and Mass-Energy Relationships. Chapter 3. The Nuclear Radius. Nucleus is very small single nucleon ~ 1x10 -15 m or 1 fm fm: femtometer, fermion, fermi nucleus ~ 1 – 10 fm atom ~ 1 Å = 1 x10 -10 m = 100,000 fm All experiments suggest that R = r 0 A 1/3

1.36k views • 22 slides

Mole–Mass and Mole–Volume Relationships

10.2. Mole–Mass and Mole–Volume Relationships.

440 views • 32 slides

Nuclear Chemistry and Mass-Energy Relationships

Nuclear Chemistry and Mass-Energy Relationships. Chapter 3 – Part 2. Mass Excess or Mass Defect. Δ = M – A = nuclidic mass – mass number Example Calculate mass excess in MeV for 14 C. The nuclidic mass of 14 C is 14.00324 daltons.

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Cluster Programming Technology and its Application in Meteorology

Cluster Programming Technology and its Application in Meteorology. Computer and Automation Research Institute Hungarian Academy of Sciences. Hungarian Meteorological Service. Silicon Computers Ltd. Background.

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Mole–Mass and Mole–Volume Relationships

10.2. Mole–Mass and Mole–Volume Relationships.

458 views • 39 slides

Mass Transfer and Its Applications

Mass Transfer and Its Applications. Mass transfer – transfer of material from one homogeneous phase to another. Based on differences in vapor pressure, solubility, diffusivity. Driving force for transfer is a concentration difference.

731 views • 56 slides

Particulate Matter and its Removal

Particulate Matter and its Removal. Particulate Matter – Overview. Can be solid or liquid particles Usually defined in terms of PM 10 and PM 2.5 where the subscript refers to the diameter of the particle in microns  10 or 2.5 Reduces visibility in the atmosphere

786 views • 73 slides

Options for Estimating Natural Background Visibility in the VISTAS Region

350 views • 34 slides

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