Colliding Beam Notes - 1981
- CBN 81-32
- Calculation of the Wakefield for a 1.5 mm Bunch
R. Siemann
- CBN 81-31
- Measurement of Transverse `Impedance' Effects
M. Billing
(Single beam instability.)
- CBN 81-30
- L0 CESR Vacuum Chamber Changes
J. Seeman
- CBN 81-29
- Tentative Scheme for Spin Manipulation in CESR II
K. Steffen
- CBN 81-29
- On Polarization and Spin Matching in Electron Storage Rings with Field Errors
K. Steffen
- CBN 81-28
- Study of Required Apertures in L0 for Various Lattices
J. Seeman
- CBN 81-27
- Inexpensive L0 Vacuum Chamber Changes to Enlarge hte H and V Apertures
J. Seeman
- CBN 81-26
- Vertical Emittance Control
S. Peggs
- CBN 81-25
- NO PAPER
- CBN 81-24
- Practical Details of CLEO Solenoid Compensation
S. Peggs
- CBN 81-23
- Higher Mode Manifold
R. Sundelin
(Use of a manifold to extract higher mode power from a group of superconducting cavities.)
- CBN 81-22
- Longitudinal Growth Rates and Tune Shifts for CESR II
A. Kronfeld and R. Siemann
(Results for broadband resonator and higher modes.)
- CBN 81-21
- Determination of the Magnetic Axis of the CLEO Superconducting Coil
D. Kreinick
- CBN 81-20
- Superconducting Cavity - Fundamental Power Coupler Configuration for Vertical Dewar Tests
R. Sundelin
- CBN 81-19
- Tuning Angle(Resonant Frequency) Control for the CESR Beam Test Superconducting Cavity
M. Tigner
- CBN 81-18
- Injection Alternatives for CESR
R. Siemann
- CBN 81-17
- Skew Quad Compensation in a Mini-Beta Lumionstiy Lattice
S. Peggs
- CBN 81-16
- Cavity Length for CESR Beam Test of 1.5 GHz Cavity
M. Tigner
- CBN 81-15
- Chromaticity Limits for CESR II
Robert Siemann
(Broadband resonator and chromaticity.)
- CBN 81-14
- Masking Requirements of the CESR Superconducting Cavity Test
J. Seeman
- CBN 81-13
- Selecting the Loaded Q, QL , for the CESR Beam Test Cavity
M. Tigner
- CBN 81-12
- RF Controls for CESR Beam Test
M. Tigner
- CBN 81-11
- Landau Damping by Non-Linear Transverse Fields from Octupoles
John Seeman
(Dispersion relation in CESR.)
- CBN 81-10
- Notes on Shielding for Public Areas at CESR II
J. DeWire
- CBN 81-9
- Experimental Results on the Beam-Beam Effects in CESR, Beam Enlargement Parameterization, and Comparison with PETRA
J. Seeman
- CBN 81-8
- SCAN Tune Plane Searches with Normal and Low Dispersion
Steve Peggs
(SCAN is a computer Code which simulates in three dimensions the strong beam-strong beam interaction.)
- CBN 81-7
- CRF Plans and Status, Feb. 1981
Maury Tigner
(The viability of the L-band cavity in an accelerator environment.)
- CBN 81-6
- Bunch Length Control in the CESR Beam Test
Maury Tigner
(Presence of the 1.5GHz superconducting cavity in CESR.)
- CBN 81-5
- Proposed Lattices for Mini-B
K. Adams
- CBN 81-4
- CESR Octupoles
J. Seeman
- CBN 81-3
- Vertical Dispersion Effects
S. Peggs
- CBN 81-2
- Beam-Cavity Interactions in CESR II
Maury Tigner
(Longitudinal and transverse impedances.)
- CBN 81-1
- Reconciliation of the Broadband Resonator Model and Longitudinal Beam Motion Measurements in CESR
Maury Tigner
(Application of the simplified longitudinal quadrupole mode.)
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