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Pickup Ions Throughout the Heliosphere and Beyond 2010 ed. [Hardback]

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Pickup Ions Throughout the Heliosphere and Beyond 2010 ed.Palielināt
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Permanent link: https://www.kriso.lv/db/9780735408579.html
Keywords:
Pickup ions, formed whenever a neutral gas and plasma interact, are present in almost all space and astrophysical environments. The conference took place to review current understanding of pickup ion physics. The conference volume serves as a reference for researchers as well as a thorough introduction for newcomers.
Preface ix
Sir W. Ian Axford Obituary xi
G. P. Zank
PICKUP IONS IN THE HELIOSPHERE
Relating IBEX and Voyager Data through Global Modeling of the Heliospheric Interface
3(10)
N. V. Pogorelov
J. Heerikhuisen
S. N. Borovikov
G. P. Zank
R. W. Ebert
D. J. McComas
J. D. Richardson
S. T. Suess
The SW-LISM Interaction: Modeling and Observations
13(5)
R. Ratkiewicz
J. Grygorczuk
M. Strumik
Lyman-α Absorption from Heliotail ENAs
18(6)
B. E. Wood
V. V. Izmodenov
Global Solar Wind Structure: Effects of Pickup Protons
24(7)
A. V. Usmanov
M. L. Goldstein
The Dynamic Outer Heliosphere and Preliminary Analysis of GCR Trajectories
31(6)
H. Washimi
G. P. Zank
Q. Hu
T. Tanaka
K. Munakata
H. Shinagawa
He Pickup Ions in the Inner Heliosphere---Diagnostics of the Local Interstellar Gas and of Interplanetary Conditions
37(7)
E. Mobius
B. Klecker
P. Bochsler
G. Gloeckler
H. Kucharek
K. D. C. Simunac
A. B. Galvin
L. Ellis
C. Farrugia
L. M. Kistler
J. G. Luhmann
M. A. Popecki
C. T. Russell
R. F. Wimmer-Sehweingruber
P. Wurz
On the Origin of Inner Source Pickup Ions
44(7)
P. Bochsler
E. Mobius
H. Kucharek
R. F. Wimmer-Schweingruber
Variations of Low-Energy Ion Distributions Measured in the Heliosheath
51(7)
R. B. Decker
S. M. Krimigis
E. C. Roelof
M. E. Hill
Interim Report on the Power Law Index of Interplanetary Suprathermal Ion Spectra
58(6)
M. E. Hill
D. C. Hamilton
Density Correlations between Solar Wind and Pick-Up Ions
64(6)
B. M. Randol
D. J. McComas
Non-Equilibrium Stationary States in the Heliosphere and the Influence of Pick-Up Ions
70(9)
G. Livadiotis
D. J. McComas
ENERGETIC NEUTRAL ATOMS
ENA (E %gt; 5 keV) Images from Cassini and Voyager "Ground Truth": Suprathermal Pressure in the Heliosheath
79(7)
S. M. Krimigis
D. G. Mitchell
E. C. Roelof
R. B. Decker
Energetic Neutral Atoms from the Heliotail Direction and Their Potential Source Regions
86(6)
M. Hilchenbach
R. Kallenbach
K. C. Hsieh
A. Czechowski
The Structure of the IBEX Ribbon: A Reflection of Interstellar Turbulence?
92(6)
J. R. Jokipii
J. Giacalone
K. E. Hsieh
J. Kota
IBEX Ribbon from Outer Heliosheath Pick-Up Ions
98(6)
J. Heerikhuisen
N. Pogorelov
G. P. Zank
Energetic Ions and the Observations of the Heliosheath by Means of ENA
104(6)
A. Czechowski
M. Hilchenbach
K. C. Hsieh
S. Grzedzielski
Proton Velocity Distributions in the Inner Heliosheath Derived from Energetic Hydrogen Atoms Measured with Cassini and IBEX
110(9)
G. Gloeckler
L. A. Fisk
PICKUP IONS AT HELIOSPHERIC SHOCKS
The Acceleration of Inner-Source Pickup Ions by a Propagating Interplanetary Shock
119(6)
J. Giacalone
Hybrid Simulations for Pickup Ion Distributions at the Termination Shock
125(8)
H. Kucharek
N. Pogorelov
E. Moebius
M. A. Lee
Implications of Generalized Rankine-Hugoniot Conditions for the PUI Population at the Voyager 2 Termination Shock
133(9)
E. C. Roelof
S. M. Krimigis
D. G. Mitchell
R. B. Decker
J. D. Richardson
M. Gruntman
H. O. Funsten
Modified Burgers' Equation Resulting from a Hydrodynamic Model of Shock Waves with Reflected Particles
142(6)
R. H. Burrows
G. P. Zank
B. Dasgupta
G. M. Webb
Voyager 2 High Energy Ions Near the Outward Moving Termination Shock
148(10)
D. S. Intriligator
J. Intriligator
W. D. Miller
W. R. Webber
R. B. Decker
W. Sun
T. Detman
M. Dryer
C. Deehr
A Coincidence in Time between Two Large Interplanetary Shocks Reaching Voyagers 1 and 2 Near the Heliospheric Termination Shock and the Onset of Two Recent kHz Heliospheric Radio Events at about 2004.64 and 2006.39
158(9)
W. R. Webber
D. S. Intriligator
PICKUP IONS AND WAVES AND TURBULENCE
The Transport of Low Frequency Turbulence Throughout the Heliosphere
167(7)
G. P. Zank
P. Hunana
D. Shaikh
V. Florinski
G. M. Webb
The Effect of Magnetic Turbulence Energy Spectra and Pickup Ions on the Heating of the Solar Wind
174(6)
C. S. Ng
A. Bhattacharjee
P. A. Isenberg
D. Munsi
C. W Smith
Solar Wind Turbulent Heating by Interstellar Pickup Protons: 2-Component Model
180(6)
P. A. Isenberg
S. Oughton
C. W. Smith
W. H. Matthaeus
Ulysses and Voyager Observations of Waves Due to Interstellar Pickup H+ and He+
186(6)
C. W. Smith
P. A. Isenberg
C. J. Joyce
B. E. Cannon
N. Murphy
R. G. Nuno
N. A. Schwadron
Stability of Pickup Ion Rings in the Outer Heliosphere and LISM
192(6)
V. Florinski
G. P. Zank
J. Heerikhuisen
Why Is Reconnection in the Solar Wind So Different than in Other Environments?
198(6)
H. Karimabadi
V. Roytershteyn
W. Dauehton
J. T. Gosling
J. Scudder
Toward a Fully Kinetic Theory of Turbulence in Magnetized Plasmas
204(9)
P. H. Yoon
PICKUP IONS IN PLANETARY AND COMETARY ENVIRONMENTS
Ion Pickup at Comets: Comparison with Other Unmagnetized Objects
213(12)
A. J. Coates
The Structure of Comets' Induced Magnetotails: Remote and in situ Observations
225(6)
G. H. Jones
R. J. Forsyth
A. J. Coates
Heliospheric Shocks and Sheaths
231(6)
J. D. Richardson
Hybrid Simulations of Plasma-Neutral-Dust Interactions at Enceladus
237(6)
N. Omidi
C. T. Russell
R. L. Tokar
W. M. Farrell
W. S. Kurth
D. A. Gurnett
Y. D. Jia
J. S. Leisner
Pickup Ions Measured Near Mars: General Implications for the Planet of Its Interaction with the Solar Wind
243(7)
S. MeKenna-Lawlor
Electron-Ion Thermal Equilibration at Saturn: Electron Signatures of Ion Pick-Up?
250(6)
A. M. Rymer
Neutral Clouds and Their Influence on Pick-Up Ions in Saturn's Magnetosphere
256(7)
H. T. Smith
Ion Pick-Up Near the Icy Galilean Satellites
263(10)
M. Volwerk
K. K. Khurana
PICKUP IONS IN ASTROPHYSICAL ENVIRONMENTS
Pickup Ions in Supernova Remnant Shock Waves
273(6)
J. C. Raymond
The Nature of the Circumheliospheric Interstellar Medium
279(6)
J. D. Slavin
Heliospheric Signatures Seen in the Sidereal Anisotropy of High-Energy Galactic Cosmic Ray Intensity
285(6)
M. Amenomori
Author Index 291