The status of a three year construction program, begun October 1, 1983, of the SLAC Linear Collider is reviewed and evolutions of the original conceptual design are discussed. Subsystems of the project, that are described with emphasis on new or unusual technology, include: Electron Source and Injector, Damping Rings, Linear Accelerator Development, Energy (Klystron and Modulator) Upgrades, Positron Production and Reinjection, Arc Transport, Final Focus System, Control System and Conventional Facilities. Results from the commissioning program, which began in early 1986, and plans for the operation of the machine are presented
Klystrons capable of 75 MW output power at 11.4 GHz have been under development at SLAC for the last...
This paper reviews the innovations which have recently been made or are being planned on the SLAC th...
Klystrons capable of driving accelerator sections in the Next Linear Collider (NLC) have been develo...
The SLAC Linear Collider project (SLC) is reported as being near completion. The performance specifi...
The construction project for the SLAC Linear Collider (SLC) was officially completed in April 1987, ...
We, at SLAC, are in the process of preparing the SLC, the first linear collider, for the initial phy...
The linear collider system is described in detail, including the transport system, the collider latt...
The linac of the SLAC Linear Collider (SLC) is required to accelerate several intense electron and p...
An overview of linear collider programs is given. The history and technical challenges are described...
The SLAC linear collider, in which beams of electrons and positrons are accelerated simultaneously, ...
The International Linear Collider (ILC) Injector is a complex of different subsystems that are stric...
In this paper, we will first review the status of the Stanford Lin-ear Collider (SLC). In particular...
We discuss the scaling laws of linear colliders and their consequences for accelerator design. We th...
The current construction status of the Stanford Linear Col-lider (SLC) is described along with a bri...
The present SLAC accelerator program is summarized briefly, and the future of electron-positron coll...
Klystrons capable of 75 MW output power at 11.4 GHz have been under development at SLAC for the last...
This paper reviews the innovations which have recently been made or are being planned on the SLAC th...
Klystrons capable of driving accelerator sections in the Next Linear Collider (NLC) have been develo...
The SLAC Linear Collider project (SLC) is reported as being near completion. The performance specifi...
The construction project for the SLAC Linear Collider (SLC) was officially completed in April 1987, ...
We, at SLAC, are in the process of preparing the SLC, the first linear collider, for the initial phy...
The linear collider system is described in detail, including the transport system, the collider latt...
The linac of the SLAC Linear Collider (SLC) is required to accelerate several intense electron and p...
An overview of linear collider programs is given. The history and technical challenges are described...
The SLAC linear collider, in which beams of electrons and positrons are accelerated simultaneously, ...
The International Linear Collider (ILC) Injector is a complex of different subsystems that are stric...
In this paper, we will first review the status of the Stanford Lin-ear Collider (SLC). In particular...
We discuss the scaling laws of linear colliders and their consequences for accelerator design. We th...
The current construction status of the Stanford Linear Col-lider (SLC) is described along with a bri...
The present SLAC accelerator program is summarized briefly, and the future of electron-positron coll...
Klystrons capable of 75 MW output power at 11.4 GHz have been under development at SLAC for the last...
This paper reviews the innovations which have recently been made or are being planned on the SLAC th...
Klystrons capable of driving accelerator sections in the Next Linear Collider (NLC) have been develo...