The physics of inertial fusion : beam plasma interaction, hydrodynamics, hot dense matter

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The physics of inertial fusion : beam plasma interaction, hydrodynamics, hot dense matter / Stefano Atzeni, Jürgen Meyer-ter-Vehn

資料種別:

図書

出版情報:

Oxford : Clarendon Press, 2004

形態:

xxii, 458 p. ; 26 cm

シリーズ名:

The international series of monographs on physics ; no. 125 <BA00185191>

著者名:

ISBN:

9780198562641 [0198562640]

書誌ID:

BA68693525

子書誌情報

フルテキスト

所蔵情報

他の版・巻

書誌詳細

注記:

Includes bibliographical references (p. [435]-452) and index

主題:

Pellet fusion

言語:

英語

目次情報:

Nuclear fusion reactions / 1：

Exothermic nuclear reactions: fission and fusion / 1.1：

Fusion reaction physics / 1.2：

Some important fusion reactions / 1.3：

Maxwell-averaged fusion reactivities / 1.4：

Fusion reactivity in very high density matter / 1.5：

Spin polarization of reacting nuclei / 1.6：

[mu]-catalysed fusion / 1.7：

Historical note / 1.8：

Thermonuclear fusion and confinement / 2：

Thermonuclear fusion / 2.1：

Plasma confinement / 2.2：

Thermonuclear ignition: MCF versus ICF / 2.3：

Lawson-type and n[tau]T ignition conditions for MCF / 2.4：

Conditions for ignition and high gain in ICF / 2.5：

General requirements for IFE energy production / 2.6：

Fuel cycles / 2.7：

Inertial confinement by spherical implosion / 3：

Simulation of a spherical implosion / 3.1：

Symmetry and stability / 3.2：

Fusion target energy output / 3.3：

Bibliographical note / 3.4：

Ignition and burn / 4：

Power balance of an igniting sphere / 4.1：

Central ignition of pre-assembled fuel / 4.2：

Dynamics of hot spot generation / 4.3：

Hot spot evolution and burn propagation / 4.4：

Volume ignition of optically thick fuel / 4.5：

Full burn simulations and burn efficiency / 4.6：

Ignition of pure deuterium / 4.7：

In summary / 4.8：

Energy gain / 5：

Hot spot ignition model / 5.1：

Gain curves of the isobaric model / 5.2：

Limiting gain curves / 5.3：

Constrained gain curves and target design / 5.4：

Gain curves for non-isobaric configurations / 5.5：

Hydrodynamics / 6：

Ideal gas dynamics / 6.1：

Shocks / 6.2：

Plane isentropic flow / 6.3：

Radial flows with u(r, t) [proportional to] r / 6.4：

Dimensional analysis / 6.5：

Symmetry groups and similarity solutions / 6.6：

Scale-invariant similarity solutions / 6.7：

Thermal waves and ablative drive / 7：

Transport by electrons and photons / 7.1：

Electron heat conduction / 7.2：

Radiative transport / 7.3：

Non-stationary thermal waves / 7.4：

Self-regulating heating wave / 7.5：

Ablative heat wave / 7.6：

Stationary ablation / 7.7：

Stationary laser-driven ablation / 7.8：

Stationary ablation fronts in accelerated frame / 7.9：

Spherical rocket drive / 7.10：

Hydrodynamic stability / 8：

Fluid instabilities and ICF: a preview / 8.1：

Stability of plane interfaces / 8.2：

RTI in fluids with arbitrary density profile / 8.3：

RTI at an ablation front / 8.4：

Stability of spherical boundaries / 8.5：

Non-linear evolution of single-mode perturbations / 8.6：

Non-linear evolution of multi-mode perturbations / 8.7：

RTI and target design / 8.8：

Hohlraum targets / 8.9：

General concept / 9.1：

Conversion into X-rays / 9.2：

Radiation confinement / 9.3：

Geometrical symmetrization / 9.4：

Hohlraum target simulations / 9.5：

Hohlraum target experiments / 9.6：

Hot dense matter / 10：

Atoms in dense plasma / 10.1：

Ideal dense plasma / 10.2：

Thomas-Fermi theory / 10.3：

Ion EOS model / 10.4：

Global equations of state / 10.5：

Radiative processes / 10.6：

Opacity / 10.7：

Non-LTE plasma / 10.8：

Electron collisions / 10.9：

Beam-target interaction / 11：

Elements of plasma physics / 11.1：

Collisional absorption of laser light in plasma / 11.2：

Resonance absorption / 11.3：

Light absorption and scattering by wave excitation / 11.4：

Theory of ion beam energy loss in plasma / 11.5：

The effective charge Z[subscript eff] of heavy ions / 11.6：

Ion stopping powers and ranges in cold and hot matter / 11.7：

Fast ignition / 12：

Concepts and perspectives / 12.1：

Ignition conditions and fuel energy gain / 12.2：

New perspectives by fast ignition / 12.3：

Laser plasma physics at relativistic intensities / 12.4：

Electron beam transport through overdense plasma / 12.5：

Emerging fast ignition concepts / 12.6：

Appendix

Units and conversion of units / A：

Physical constants / B：

Frequently used symbols / C：

Acronyms / D：

References

Index

Nuclear fusion reactions / 1：

Exothermic nuclear reactions: fission and fusion / 1.1：

Fusion reaction physics / 1.2：

Some important fusion reactions / 1.3：

Maxwell-averaged fusion reactivities / 1.4：

Fusion reactivity in very high density matter / 1.5：

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