Some Other Spin Related Papers
"Warning: Due to the volitility of URLs, quite a few of these links may not work.
Theses
- RHIC/AP/9,
A. Luccio,
Examples of spin rotators and siberian snakes for RHIC
- RHIC/AP/41,
V. Ptitsyn,
Notes on the helical field
- RHIC/AP/44,
F. Pilat,
Linear coupling effect of the helical snake in RHIC
- RHIC/AP/47,
E. D. Courant,
Orbit matrices for helical snakes
- RHIC/AP/49,
V. Ptitsyn,
Symmetric designs for helical spin rotators at RHIC
- RHIC/AP/51,
N. Malitsky,
Application of a differential algebra approach
to a RHIC helical dipole
- RHIC/AP/56,
F. Pilat,
Linear coupling effect of the helical snakes and rotators in RHIC
- RHIC/AP/83,
Wolfram Fischer,
Magnetic Field Error Coefficients for Helical Dipoles
- RHIC/AP/98,
Wolfram Fischer,
Measurements of Helical Magnetic Fields Using Flat Rotating Coils
- RHIC/AP/101,
P. R. Cameron et al.,
Squids, Snakes, and Polarimeters: A New Technique for Measuring
the Magnetic Moments of Polarized Beams
- RHIC/AP/107,
Wolfram Fischer,
On Measurements of Helical Magnetic Fields Using Devices for Straight
Magnets
- RHIC/AP/110,
Wolfram Fischer,
Preliminary Tracking Results with Helical Magnets in RHIC
- RHIC/AP/153,
Waldo MacKay,
Notes on a Generalization of the Stern-Gerlach Force
- RHIC/AP/175,
Waldo MacKay,
Converging towards a Solution on gamma vs 1/gamma
CAD/AP Notes
- C-A/AP/2
N. Tsoupas, M. Bai, H. Huang, T. Roser,
Transferring Polarized Proton Beam from AGS to RHIC at Energies
below the Spin Resonance G*gamma=36+ny
- C-A/AP/10
A. Lehrach, A. U. Luccio, T. Roser,
Polarized proton beam acceleration with a single Siberian Snake
in each RHIC ring
- C-A/AP/11
A. Lehrach, E. D. Courant, J. W. Glenn, H. Huang, T. Roser,
Suppressing Intrinsic Spin Harmonics at the AGS
- C-A/AP/13
M. Xiao & T. Katayama,
Spin Tracking with "Real" Siberian Snakes in RHIC
- C-A/AP/14
I. Ben-Zvi, J. Kewisch, J. Murphy, and S. Peggs,
Accelerator Physics issues in eRHIC
- C-A/AP/14
H. Huang,
Energy Deposition Downstream of RHIC Polarimeter
- C-A/AP/25
A. Hershcovitch,
Novel Source & Ionizer Options for Polarized Ions
- C-A/AP/34
A. Lehrach, A.U. Luccio,
W.W. MacKay, T. Roser,
Beam Polarization Distribution for the Relativistic Heavy Ion
Collider
- C-A/AP/36
E. D. Courant,
Coupling Matrices in AGS with different types of partial snakes
- C-A/AP/37
M. Bai, T. Roser,
Crossing a Coupling Spin Resonance with an RF Dipole
- C-A/AP/41
V. Ranjbar, S.Y. Lee, A. Lehrach,
Spin Matching for weak intrinsic resonances in the AGS
- C-A/AP/55
T. Tominaka, M. Okamura
and T. Katayama,
Analytical Field Calculation of Helical Magnets with an
Axially Symmetric Iron Yoke
- C-A/AP/56
R. Cadman, H. Huang, K. Krueger,
H. Spinka, D. Underwood and A. Yokosawa
Analysis of Low Energy AGS Polarimeter Data and Potential
Consequences for RHIC Spin Physics
- C-A/AP/62
T. Tominaka, M. Okamura and
T. Katayama,
Analytical Field Calculation of Helical Magnets with an Axially
Symmetric Iron Yoke
- C-A/AP/93
H. Huang, R.V. Cadman,
H.M. Spinka and D.G. Underwood,
Analysis of AGS Polarimeter Data at Ggamma=7.5
- C-A/AP/100
A. U. Luccio,
Spin Tracking in RHIC with one Full Snake and one Partial Snake.
Effect of Orbit Harmonics
- C-A/AP/108
H. Spinka, et al.,
Analysis of Polarimeter Data for the 2001-2002 RHIC Run
BNL Reports
-
BNL-52541 (Formal),
M. Conte, W. W. MacKay, and R. Parodi,
An Overview on the Longitudinal Stern-Gerlach Effect
- BNL-48235 (Conf),
A. Luccio and M. Conte
Wiggler as Spin Rotators for RHIC
- BNL-63592 (Conf),
N. Akchurin et al.,
Spin States Separation Based
on the Longitudinal Stern-Gerlach Effect
- BNL-63592 (Conf),
A. U. Luccio and M. Conte,
Proton Polarimetry by Undulator Radiation
INFN Reports
-
INFN/TC-00/03
M. M. Conte, M. Ferro, G. Gemme, W. W. MacKay, R. Parodi, and M. Pusterla,
The Stern-Gerlach Interaction Between a Traveling Particle
and a Time Varying Magnetic Field
- T. Roser,
Polarized Proton Beams,
p. 3154
- A. N. Zelenski et al.,
The TRIUMF High-Current DC Optically-Pumped
Polarized H- Ion Source
p. 864
- M. Okamura et al.,
Three Dimensional Field Analysis of Helical Snake Magnets for RHIC
p.3359
- A. N. Zelinski et al.,
High-Current, Optically-Pumped, Polarized H-
Ion Source Development for High Energy Accelerators
p.1530
- H. Wu et al.,
Spin Dynamics Study for RHIC
p.974
- M. Syphers et al.,
Helical Dipole Magnets for Polarized Protons in RHIC,
p.3359
- E. Willen et al.,
A Helical Magnet Design for RHIC,
p.3362
- W. Fischer and M. Okamura,
Parameterization and Measurments of Helical Magnetic Fields
p.3341
- H. Huang et al.,
Overcoming Weak Intrinsic Depolarizing Resonances
with Energy-Jump,
p.1460
- M. Okamura et al.,
Three Dimensional Field Analysis of Helical Magnet
for RHIC Siberian Snake,
p.3431
- T. Tominaka et al.,
Analytical Field Calculation of Helical Dipole Magnets for RHIC,
p.3437
- M. Bai et al.,
Overcoming Intrinsic Spin Resonance by Using an AC Dipole,
p.1478
- N. Tsoupas et al.,
Transfer of a Polarized Proton Beam from AGS to RHIC,
p.207
- Haixin Huang et al.,
Spin Tracking Study of the AGS,
p.2538
- A. U. Luccio et al.,
Spin Tracking in RHIC
p.92
- T. Tominaka et al.,
Intrinsic Limit of Field Homogeneity of Helical Dipoles
p. 567
- T. Katayama et al.,
Field Calculation and Measurment of a Full-Length Snake Magnet
for RHIC
p.2005
- G. Dutto et al.,
Development of High-Current Polarized H- Ion Sources
at TRIUMF
p.290
- Yuri K. Batygin and Takeshi Katayama,
Spin Depolarization by the Beam-Beam Effect
p.1026
- T. Roser,
Acceleration of Polarized Protons to High Energy,
p.26
- A. N. Zelenski et al.,
Optically-Pumped Polarized H- Ion Sources for RHIC
and HERA Colliders
p.106
- M. Xiao et al.,
DA Method and Symplectification for Field Map Generated Matrices
of Siberian Snake in RHIC
p.404
- H. Huang et al.,
A p-Carbon CNI polarimeter for RHIC
p.471
- A. Luccio et al.,
New Capabilities of the Spin Tracking Code SPINK
p.1578
- J. Alessi et al.,
Design of a 35 keV LEBT for the New High Intensity OPPIS at BNL
p.1964
- E. Willen et al.,
Construction of Helical Magnets for RHIC
p.3161
- T. Tominaka et al.,
Rotation Angle of a Helical Dipole
p.3164
- B. Parker et al.,
Design of an AC-Dipole for use in RHIC
p.3336
- W. W. MacKay et al., Commissioning and Future Plans for Polarized
Protons in RHIC
- M. Bai et al., Spin Flipping in RHIC
- P. Cameron et al., Proposal for a Cavity Polarimeter at MIT-Bates
- H. Huang et al., A New Relative Proton Polarimeter for RHIC
- V. Ranjbar et al., Mapping Out the Full Spin Resonance Structure of
RHIC
- V. Ranjbar et al., Fitting Helical Snake and Rotator Field Strength
Measurements in RHIC
- M. Bai et al., RHIC AC Dipole Design and Construction
- F. Pilat, RHIC Status and Plans
- J. G. Alessi et al., Accelerating and Colliding Polarized Protons
in RHIC with Siberian Snakes
- M. Bai et al., RHIC Spin Flipper Commissioning
- H. Huang et al., Polarized Proton Acceleration at the Brookhaven AGS
-- An Update
- H. Huang et al., Commissioning CNI Proton Polarimeters in RHIC
- V. Ranjbar et al., Spin Coupling Resonance Study in AGS
- V. Ranjbar et al., nake Calibration in RHIC
- H. Huang et al., A p+Deutron Proton Polarimeter at 200 MeV
- M. Okamura et al., Design Study of a Partial Snake for the AGS
- 15th International Spin Physics Symposium, Upton NY 2002,
AIP Conf. Proc. 675
- William MacKay et al., Spin Dynamics in AGS and RHIC
- William Mackay et al., Commissioning Spin Rotators in RHIC
- Andrew Marone et al., Engineering of the AGS Snake Coil Assembly
- Ramesh Gupta et al., Magnetic Design of a Superconducting AGS Snake
- Vadim Ptitsyn et al., Electron-Ion Collisions at RHIC Using a High
Intensity Self-Polarizing Electron Ring
- Haixin Huang et al., Polarized Proton Acceleration at the
Brookhaven AGS and RHIC
- Anatoli Zelenski et al., Polarized H- Ion Source Performance
During the 2003 RHIC Run
- Yuri Shatunov, Proposal of Partial Siberian Snake based on
Helical Magnets for AGS
Mangled by
Waldo MacKay
(waldo@bnl.gov)