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S-Å Gustafson

Biographic Data

ID10909064
NAMES-Å Gustafson
GIVEN NAMESS-Å
FAMILY NAMEGustafson
SIGNATUREGUSTAFSON S
AFFILIATIONSDepartment of Numerical Analysis, The Royal Institute of Technology, Stockholm, Sweden
VERIFIEDNo
TOTAL WORKS2
TOTAL CITATIONS2
WORKS AS AUTHOR2
WORKS AS EDITOR0
FIRST PUBLICATION YEAR1972
LATEST PUBLICATION YEAR1972
H-INDEX1
  • Analytical Properties of Some Multiple-Source Urban Diffusion Models

    Open Access•Å Gustafson, S-Å Gustafson et al.•ARTICLE•Environment and Planning A…•1972•Cited by: 2•References: 10

    It is generally required that the concentration of a certain pollutant at any given point ( x, y) shall be below a maximum amount defined by a known function S( x, y). In this paper we analyze different ways of relating the emission rates of polluters with the resultant concentration Q( x, y) by means of various transfer functions. We discuss the analytical properties of the transfer functions which can be derived from various well-known diffusio…

  • Optimal Control Strategies for Air Quality Standards and Regulatory Policy

    Open Access•Wilpen L Gorr, Å Gustafson et al.•ARTICLE•Environment and Planning A…•1972•References: 19

    The setting of air quality standards for classes of air pollution in a region is one approach to the protection of public health and welfare by defining limits on levels of pollution in the air. We present methods to determine regional emission regulations that are (1) feasible in the sense that they lead to compliance with air quality standards and (2) optimal in the sense that the total economic impact due to implementation is minimized. Under …

  • Analytical Properties of Some Multiple-Source Urban Diffusion Models

    Open Access•Å Gustafson, S-Å Gustafson et al.•ARTICLE•Environment and Planning A…•1972•Cited by: 2•References: 10

    It is generally required that the concentration of a certain pollutant at any given point ( x, y) shall be below a maximum amount defined by a known function S( x, y). In this paper we analyze different ways of relating the emission rates of polluters with the resultant concentration Q( x, y) by means of various transfer functions. We discuss the analytical properties of the transfer functions which can be derived from various well-known diffusio…

  • Analytical Properties of Some Multiple-Source Urban Diffusion Models

    Open Access•Å Gustafson, S-Å Gustafson et al.•ARTICLE•Environment and Planning A…•1972•Cited by: 2•References: 10

    It is generally required that the concentration of a certain pollutant at any given point ( x, y) shall be below a maximum amount defined by a known function S( x, y). In this paper we analyze different ways of relating the emission rates of polluters with the resultant concentration Q( x, y) by means of various transfer functions. We discuss the analytical properties of the transfer functions which can be derived from various well-known diffusio…

  • Optimal Control Strategies for Air Quality Standards and Regulatory Policy

    Open Access•Wilpen L Gorr, Å Gustafson et al.•ARTICLE•Environment and Planning A…•1972•References: 19

    The setting of air quality standards for classes of air pollution in a region is one approach to the protection of public health and welfare by defining limits on levels of pollution in the air. We present methods to determine regional emission regulations that are (1) feasible in the sense that they lead to compliance with air quality standards and (2) optimal in the sense that the total economic impact due to implementation is minimized. Under …

Computer Science (2 works) · Engineering (2 works) · Mathematics (2 works) · Air pollution (1 work) · Air Quality and Health Impacts (1 work) · Air quality index (1 work) · Applied Mathematics (1 work) · Biological system (1 work) · Business (1 work) · Climate Change Policy and Economics (1 work)

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