Aerosol Processing of Materials

Recent advances in aerosol generation of materials are reviewed. Gas-to-particle and spray processes (spray pyrolysis) for powder generation and various routes for film generation are discussed from the experimental and theoretical perspectives. The range of materials generated by these routes has i...

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Published inAerosol science and technology Vol. 19; no. 4; pp. 411 - 452
Main Authors Gurav, Abhijit, Kodas, Toivo, Pluym, Tammy, Xiong, Yun
Format Journal Article
LanguageEnglish
Published United States Taylor & Francis Group 01.01.1993
Subjects
360000 - Materials
400201 - Chemical & Physicochemical Properties
AEROSOLS
CARBON
CERAMICS
CHEMICAL REACTIONS
COLLOIDS
DECOMPOSITION
DISPERSIONS
ELEMENTS
FABRICATION
FULLERENES
HIGH-TC SUPERCONDUCTORS
INORGANIC, ORGANIC, PHYSICAL AND ANALYTICAL CHEMISTRY
MANUFACTURING
MATERIALS
MATERIALS SCIENCE
MATHEMATICAL MODELS
METALS
MORPHOLOGY
NONMETALS
POWDERS
PROCESSING
PYROLYSIS
SINTERING
SOLS
SPRAYS
SUPERCONDUCTORS
SYNTHESIS
THERMOCHEMICAL PROCESSES
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Abstract Recent advances in aerosol generation of materials are reviewed. Gas-to-particle and spray processes (spray pyrolysis) for powder generation and various routes for film generation are discussed from the experimental and theoretical perspectives. The range of materials generated by these routes has increased in recent years to include fullerenes and ceramic superconductors. Many metals and various oxide and nonoxide ceramics have also been added to the list of materials generated by gas-phase routes. Established aerosol routes such as vapor condensation have found widespread applications for generation of nanophase materials. The formation of quantum dots via aerosol approaches has also been demonstrated. The theoretical understanding of gas-to-particle conversion routes has advanced to include the finite rate of particle fusion or sintering occurring after collisions of particles. The modeling of spray pyrolysis systems has provided insight into the control of particle morphology and reactor design. In this review, these recent developments in aerosol generation of powders and Alms via gas-phase and spray routes are discussed with an emphasis on the material chemistries involved and the synthesis of nanophase materials.
AbstractList Recent advances in aerosol generation of materials are reviewed. Gas-to-particle and spray processes (spray pyrolysis) for powder generation and various routes for film generation are discussed from the experimental and theoretical perspectives. The range of materials generated by these routes has increased in recent years to include fullerenes and ceramic superconductors. Many metals and various oxide and nonoxide ceramics have also been added to the list of materials generated by gas-phase routes. Established aerosol routes such as vapor condensation have found widespread applications for generation of nanophase materials. The formation of quantum dots via aerosol approaches has also been demonstrated. The theoretical understanding of gas-to-particle conversion routes has advanced to include the finite rate of particle fusion or sintering occurring after collisions of particles. The modeling of spray pyrolysis systems has provided insight into the control of particle morphology and reactor design. In this review, these recent developments in aerosol generation of powders and films via gas-phase and spray routes are discussed with an emphasis on the material chemistries involved and the synthesis of nanophase materials. 351 refs., 20 figs.
Recent advances in aerosol generation of materials are reviewed. Gas-to-particle and spray processes (spray pyrolysis) for powder generation and various routes for film generation are discussed from the experimental and theoretical perspectives. The range of materials generated by these routes has increased in recent years to include fullerenes and ceramic superconductors. Many metals and various oxide and nonoxide ceramics have also been added to the list of materials generated by gas-phase routes. Established aerosol routes such as vapor condensation have found widespread applications for generation of nanophase materials. The formation of quantum dots via aerosol approaches has also been demonstrated. The theoretical understanding of gas-to-particle conversion routes has advanced to include the finite rate of particle fusion or sintering occurring after collisions of particles. The modeling of spray pyrolysis systems has provided insight into the control of particle morphology and reactor design. In this review, these recent developments in aerosol generation of powders and Alms via gas-phase and spray routes are discussed with an emphasis on the material chemistries involved and the synthesis of nanophase materials.
Author Pluym, Tammy
Xiong, Yun
Kodas, Toivo
Gurav, Abhijit
Author_xml – sequence: 1
  givenname: Abhijit
  surname: Gurav
  fullname: Gurav, Abhijit
  organization: Chemical Engineering Department , Center for Micro-Engineered Ceramics, University of New Mexico
– sequence: 2
  givenname: Toivo
  surname: Kodas
  fullname: Kodas, Toivo
  organization: Chemical Engineering Department , Center for Micro-Engineered Ceramics, University of New Mexico
– sequence: 3
  givenname: Tammy
  surname: Pluym
  fullname: Pluym, Tammy
  organization: Chemical Engineering Department , Center for Micro-Engineered Ceramics, University of New Mexico
– sequence: 4
  givenname: Yun
  surname: Xiong
  fullname: Xiong, Yun
  organization: Chemical Engineering Department , Center for Micro-Engineered Ceramics, University of New Mexico
BackLink https://www.osti.gov/biblio/5610442$$D View this record in Osti.gov
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Snippet Recent advances in aerosol generation of materials are reviewed. Gas-to-particle and spray processes (spray pyrolysis) for powder generation and various routes...
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SubjectTerms 360000 - Materials
400201 - Chemical & Physicochemical Properties
AEROSOLS
CARBON
CERAMICS
CHEMICAL REACTIONS
COLLOIDS
DECOMPOSITION
DISPERSIONS
ELEMENTS
FABRICATION
FULLERENES
HIGH-TC SUPERCONDUCTORS
INORGANIC, ORGANIC, PHYSICAL AND ANALYTICAL CHEMISTRY
MANUFACTURING
MATERIALS
MATERIALS SCIENCE
MATHEMATICAL MODELS
METALS
MORPHOLOGY
NONMETALS
POWDERS
PROCESSING
PYROLYSIS
SINTERING
SOLS
SPRAYS
SUPERCONDUCTORS
SYNTHESIS
THERMOCHEMICAL PROCESSES
Title Aerosol Processing of Materials
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https://www.osti.gov/biblio/5610442
Volume 19
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