Sudeep Bhattacharjee
Compact Plasma and Focused Ion Beams (eBook, PDF)
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Sudeep Bhattacharjee
Compact Plasma and Focused Ion Beams (eBook, PDF)
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This book discusses method to produce compact microwave plasma by overcoming challenges posed by geometrical cutoff of waveguide and density cutoff of plasma alongwith the properties of such compact plasmas. It also brings out a new area of applications where such compact high densities plasmas are utilized for multi-element focused ion beams.
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This book discusses method to produce compact microwave plasma by overcoming challenges posed by geometrical cutoff of waveguide and density cutoff of plasma alongwith the properties of such compact plasmas. It also brings out a new area of applications where such compact high densities plasmas are utilized for multi-element focused ion beams.
Dieser Download kann aus rechtlichen Gründen nur mit Rechnungsadresse in A, B, BG, CY, CZ, D, DK, EW, E, FIN, F, GR, HR, H, IRL, I, LT, L, LR, M, NL, PL, P, R, S, SLO, SK ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Taylor & Francis eBooks
- Seitenzahl: 392
- Erscheinungstermin: 12. Dezember 2013
- Englisch
- ISBN-13: 9781466557925
- Artikelnr.: 57101686
- Verlag: Taylor & Francis eBooks
- Seitenzahl: 392
- Erscheinungstermin: 12. Dezember 2013
- Englisch
- ISBN-13: 9781466557925
- Artikelnr.: 57101686
- Herstellerkennzeichnung Die Herstellerinformationen sind derzeit nicht verfügbar.
Sudeep Bhattacharjee
IntroductionPlasmaParticle InteractionsSome Basic Plasma
PropertiesCriterion for the Definition of a PlasmaDifferent Types of
PlasmasDescription of PlasmasTheoretical ApproachesMicrowave-Generated
PlasmasCompact Microwave Plasma SourcesResearch Objective and
MethodsReferencesReview of the Cutoff ProblemA Brief History of Earlier
WorkMicrowave Propagation in WaveguidesPlasma Density
CutoffReferencesPlasma and Wave DiagnosticsPlasma Diagnostics with
Langmuir's ProbesDesign of Electromagnetic ProbesReferencesGenesis of a
Wave Induced Discharge: A New PerspectiveIntroductionHistorical Development
of Breakdown StudiesModeling of the Electron DynamicsDevelopment of the
General AlgorithmField-Free Case: Three-Dimensional Random WalkElectron
Transport in the Presence of an EM FieldMagnetostatically Assisted Electron
Transport in the Presence of an EM FieldElectric Field Effects and the
Random Walk ParameterLinear and Circularly Polarized WavesSummary and
ConclusionReferencesPlasma Production in Continuous-Mode Microwaves:
Near-Circular MulticuspIntroductionApparatusMulticusp DesignWaveguide
DesignExperimental ResultsSpatial Profiles of the
PlasmaDiscussionConclusionsReferencesPlasma Production in Continuous-Mode
Microwaves: Rectangular Nonmulticusp WaveguideIntroductionExperimental
ProceduresExperimental ResultsDiscussionConclusionsReferencesComparison of
Square and Near-Circular Multicusp WaveguidesIntroductionWaveguide
DesignExperimental ResultsDiscussionConclusionsSummary of Experimental
Results in Continuous-Mode MicrowavesSummary of the Plasma Production
MechanismsReferencesPlasma Production in Pulsed-Mode Microwaves: General
ExperimentIn
PropertiesCriterion for the Definition of a PlasmaDifferent Types of
PlasmasDescription of PlasmasTheoretical ApproachesMicrowave-Generated
PlasmasCompact Microwave Plasma SourcesResearch Objective and
MethodsReferencesReview of the Cutoff ProblemA Brief History of Earlier
WorkMicrowave Propagation in WaveguidesPlasma Density
CutoffReferencesPlasma and Wave DiagnosticsPlasma Diagnostics with
Langmuir's ProbesDesign of Electromagnetic ProbesReferencesGenesis of a
Wave Induced Discharge: A New PerspectiveIntroductionHistorical Development
of Breakdown StudiesModeling of the Electron DynamicsDevelopment of the
General AlgorithmField-Free Case: Three-Dimensional Random WalkElectron
Transport in the Presence of an EM FieldMagnetostatically Assisted Electron
Transport in the Presence of an EM FieldElectric Field Effects and the
Random Walk ParameterLinear and Circularly Polarized WavesSummary and
ConclusionReferencesPlasma Production in Continuous-Mode Microwaves:
Near-Circular MulticuspIntroductionApparatusMulticusp DesignWaveguide
DesignExperimental ResultsSpatial Profiles of the
PlasmaDiscussionConclusionsReferencesPlasma Production in Continuous-Mode
Microwaves: Rectangular Nonmulticusp WaveguideIntroductionExperimental
ProceduresExperimental ResultsDiscussionConclusionsReferencesComparison of
Square and Near-Circular Multicusp WaveguidesIntroductionWaveguide
DesignExperimental ResultsDiscussionConclusionsSummary of Experimental
Results in Continuous-Mode MicrowavesSummary of the Plasma Production
MechanismsReferencesPlasma Production in Pulsed-Mode Microwaves: General
ExperimentIn
IntroductionPlasmaParticle InteractionsSome Basic Plasma
PropertiesCriterion for the Definition of a PlasmaDifferent Types of
PlasmasDescription of PlasmasTheoretical ApproachesMicrowave-Generated
PlasmasCompact Microwave Plasma SourcesResearch Objective and
MethodsReferencesReview of the Cutoff ProblemA Brief History of Earlier
WorkMicrowave Propagation in WaveguidesPlasma Density
CutoffReferencesPlasma and Wave DiagnosticsPlasma Diagnostics with
Langmuir's ProbesDesign of Electromagnetic ProbesReferencesGenesis of a
Wave Induced Discharge: A New PerspectiveIntroductionHistorical Development
of Breakdown StudiesModeling of the Electron DynamicsDevelopment of the
General AlgorithmField-Free Case: Three-Dimensional Random WalkElectron
Transport in the Presence of an EM FieldMagnetostatically Assisted Electron
Transport in the Presence of an EM FieldElectric Field Effects and the
Random Walk ParameterLinear and Circularly Polarized WavesSummary and
ConclusionReferencesPlasma Production in Continuous-Mode Microwaves:
Near-Circular MulticuspIntroductionApparatusMulticusp DesignWaveguide
DesignExperimental ResultsSpatial Profiles of the
PlasmaDiscussionConclusionsReferencesPlasma Production in Continuous-Mode
Microwaves: Rectangular Nonmulticusp WaveguideIntroductionExperimental
ProceduresExperimental ResultsDiscussionConclusionsReferencesComparison of
Square and Near-Circular Multicusp WaveguidesIntroductionWaveguide
DesignExperimental ResultsDiscussionConclusionsSummary of Experimental
Results in Continuous-Mode MicrowavesSummary of the Plasma Production
MechanismsReferencesPlasma Production in Pulsed-Mode Microwaves: General
ExperimentIn
PropertiesCriterion for the Definition of a PlasmaDifferent Types of
PlasmasDescription of PlasmasTheoretical ApproachesMicrowave-Generated
PlasmasCompact Microwave Plasma SourcesResearch Objective and
MethodsReferencesReview of the Cutoff ProblemA Brief History of Earlier
WorkMicrowave Propagation in WaveguidesPlasma Density
CutoffReferencesPlasma and Wave DiagnosticsPlasma Diagnostics with
Langmuir's ProbesDesign of Electromagnetic ProbesReferencesGenesis of a
Wave Induced Discharge: A New PerspectiveIntroductionHistorical Development
of Breakdown StudiesModeling of the Electron DynamicsDevelopment of the
General AlgorithmField-Free Case: Three-Dimensional Random WalkElectron
Transport in the Presence of an EM FieldMagnetostatically Assisted Electron
Transport in the Presence of an EM FieldElectric Field Effects and the
Random Walk ParameterLinear and Circularly Polarized WavesSummary and
ConclusionReferencesPlasma Production in Continuous-Mode Microwaves:
Near-Circular MulticuspIntroductionApparatusMulticusp DesignWaveguide
DesignExperimental ResultsSpatial Profiles of the
PlasmaDiscussionConclusionsReferencesPlasma Production in Continuous-Mode
Microwaves: Rectangular Nonmulticusp WaveguideIntroductionExperimental
ProceduresExperimental ResultsDiscussionConclusionsReferencesComparison of
Square and Near-Circular Multicusp WaveguidesIntroductionWaveguide
DesignExperimental ResultsDiscussionConclusionsSummary of Experimental
Results in Continuous-Mode MicrowavesSummary of the Plasma Production
MechanismsReferencesPlasma Production in Pulsed-Mode Microwaves: General
ExperimentIn