RHIC Design Manual

TABLE OF CONTENTS



Rev. Date: October 2000






Pages

LAN Name

PROJECT SCOPE (WBS 1)

1-16

/SEP 98

Performance Objectives 2 00_scp1c.pdf
Collider Rings 5 00_scp2b.pdf
The Collider Scenario 8 00_scp3e.pdf
Future Improvements 15 00_scp4b.pdf

LATTICE AND BEAM DYNAMICS (WBS 1.11)

1-24

/SEP 95

Arcs 3 01_lat1b.pdf
Insertions 6 01_lat2a.pdf
Chromatic Effects 15 01_lat3a.pdf
YT-jump 19 01_lat4b.pdf
Lattice Correction Systems 23 01_lat5b.pdf

MAGNET SYSTEM (WBS 1.1)

1-62

/OCT 96

Overview 1 1_mag01b.pdf
Superconductor 4 1_mag02a.pdf
Standard Aperture Dipoles 14 1_mag03b.pdf
Standard Aperture Quadrupoles 27 1_mag04a.pdf
Sextupoles 37 1_mag05a.pdf
Corrector Magnets 41 1_mag06b.pdf
13 cm Aperture Insertion Quadrupoles 48 1_mag07b.pdf
10 cm Aperture Insertion Dipole 55 1_mag08a.pdf
18 cm Insertion Dipole 58 1_mag09b.pdf
Trim Quadrupole 61 1_mag10a.pdf

MAGNET ELECTRICAL SYSTEM (WBS 1.2)

1-27

/OCT 00

Power Supplies 1 2_me1c.pdf
Magnet Bus 4 2_me2b.pdf
Cable Tray System 8 2_me3a.pdf
Quench Protection System 10 2_me4a.pdf
Insertion Power Supply Systems 12 2_me5b.pdf
Correction Magnet Power Supply Systems 21 2_me6b.pdf
Power Supply Connections of Corrector Magnets 25 2_me7a.pdf

CRYOGENIC SYSTEM (WBS 1.3)

1-41

/JUL 97

Introduction 1 3_cryo1b.pdf
Heat Load of Magnets and Refrigeration Distribution System 4 3_cryo2b.pdf
Refrigerator Cycle Calculations 15 3_cryo3b.pdf
Pressure Ratings 18 3_cryo4b.pdf
Pressure Drop of Magnets and Distribution System 19 3_cryo5b.pdf
Helium Inventory for RHIC 24 3_cryo6c.pdf
System Thermal Mass and Cooldown/Warmup Time Estimates 26 3_cryo7b.pdf
System Components 29 3_cryo8c.pdf
Cryogenic Control System 37 3_cryo9b.pdf

VACUUM SYSTEM (WBS 1.4)

1-10

/MAR 98

Beam Vacuum 1 4_vac1a.pdf
System Configuration 3 4_vac2a.pdf
Instrumentation and Control System 9 4_vac3b.pdf
Experimental Vacuum Systems 10 4_vac4b.pdf

BEAM TRANSFER AND INJECTION (WBS 1.5)

1-22

/SEP 95

Principal Characteristics and Parameters 1 5_inj1c.pdf
Equipment 3 5_inj2b.pdf
Operation 18 5_inj3c.pdf
Tolerances 21 5_inj4b.pdf

BEAM DUMP SYSTEM (WBS 1.6)

1-17

/AUG 97

System Introduction 1 6_bd1c.pdf
Kicker Magnet Requirements and Design 7 6_bd2a.pdf
Pulser and PFN Requirements and Design 10 6_bd3a.pdf
Beam Absorber 14 6_bd4a.pdf
Beam Instrumentation 17 6_bd5a.pdf

RF SYSTEMS (WBS 1.7)

1-18

/JUL 98

General Considerations 1 7_rf1c.pdf
The Acceleration rf Cavity and Driver System 12 7_rf2b.pdf
The Storage rf Cavity 13 7_rf3b.pdf
The Wideband Cavity 15 7_rf4b.pdf
Beam Loading Considerations 16 7_rf5b.pdf

BEAM INSTRUMENTATION (WBS 1.8)

1-9

/APR 98

Beam Position and Closed Orbit Measurement 1 8_in1a.pdf
Beam Current Monitors 4 8_in2a.pdf
Beam Loss Monitor System 4 8_in3a.pdf
Transverse Damper/Tune Measurement System 7 8_in4b.pdf
Beam Profile Monitor 9 8_in5a.pdf
Luminosity Monitor - Zero Degree Calorimeter 9 8_in6a.pdf

CONTROL SYSTEM (WBS 1.9)

1-18

/OCT 93

System Requirements 1 9_cntl1a.pdf
System Architecture 6 9_cntl2a.pdf
Front-End Systems 8 9_cntl3a.pdf
Network and Links 10 9_cntl4a.pdf
Control Center 13 9_cntl5a.pdf
Software 14 9_cntl6a.pdf

CONVENTIONAL FACILITIES (WBS 1.10)

1-9

/FEB 95

Ring Tunnel and Experimental Halls 1 a_cf1b.pdf
Shielding 6 a_cf2b.pdf

COLLIDER INSTALLATION (WBS 1.0)

1-23

/SEP 98

Ring Element Nomenclature System 1 b_inst1a.pdf
Tunnel Survey and Magnet Alignment 7 b_inst2a.pdf
Tunnel Equipment Clear Zone 15 b_inst3a.pdf
Warm Space Components Allocations 16 b_inst4e.pdf

SAFETY SYSTEMS (WBS 1.12)

1-4

/JAN 94

Personnel Safety Systems 1 c_sfty1a.pdf

SYSTEMS INTEGRATION

1-3

/AUG 91

Design Requirements Relating to Power Line Perturbation 1 d_syst1a.pdf