Add to ORKGThe joint SLACjLBL project group completed the construction of PEP at the beginning of April 1980. Commissioning of subsystems proceeded, concurrently with the completion of construction, and the storag
This Project Execution Plan (PEP) describes the management methods and responsibilities of the proje...
PEP-II is a two-ring asymmetric B factory operating at the Upsilon(4S) resonance. It was constructed...
The PEP-II High Energy Ring (HER), a 9 GeV electron storage ring, has been in commissioning since sp...
The design and construction of the PEP project is briefly reviewed. The initial testing of the stora...
PEP, an 18-GeV electron-positron colliding-beam stor-age ring facility at SLAC, is being built by a ...
The High Energy Ring of the PEP-II B-Factory has been constructed in the PEP tunnel. It is now begin...
The 9 GeV High Energy Ring (HER) of the PEP-II B Factory is an electron storage ring under construct...
The PEP II B-Factory1 project is an e+ e- colliding beam storage ring complex to be built on the SLA...
The PEP-II Asymmetric B-factory consists of two independent storage rings, one located atop the othe...
Installation of the PEP-II electron and positron Injection beamlines in the SLAC linac housing is no...
operation at the-end of the linear accelerator at Stanford. By the recent discoveries in high energy...
We describe the design and construction status of the Low-Energy Ring (LER) of the PEP-II project, ...
The main design features of the PEP-II asymmetric two-ring electron-positron B Factory collider, bui...
Installation of the PEP-II electron and positron Injection beamlines in the SLAC linac housing is no...
PEP-II is a two-ring asymmetric B factory operating at the Upsilon(4S) resonance. It was constructe...
This Project Execution Plan (PEP) describes the management methods and responsibilities of the proje...
PEP-II is a two-ring asymmetric B factory operating at the Upsilon(4S) resonance. It was constructed...
The PEP-II High Energy Ring (HER), a 9 GeV electron storage ring, has been in commissioning since sp...
The design and construction of the PEP project is briefly reviewed. The initial testing of the stora...
PEP, an 18-GeV electron-positron colliding-beam stor-age ring facility at SLAC, is being built by a ...
The High Energy Ring of the PEP-II B-Factory has been constructed in the PEP tunnel. It is now begin...
The 9 GeV High Energy Ring (HER) of the PEP-II B Factory is an electron storage ring under construct...
The PEP II B-Factory1 project is an e+ e- colliding beam storage ring complex to be built on the SLA...
The PEP-II Asymmetric B-factory consists of two independent storage rings, one located atop the othe...
Installation of the PEP-II electron and positron Injection beamlines in the SLAC linac housing is no...
operation at the-end of the linear accelerator at Stanford. By the recent discoveries in high energy...
We describe the design and construction status of the Low-Energy Ring (LER) of the PEP-II project, ...
The main design features of the PEP-II asymmetric two-ring electron-positron B Factory collider, bui...
Installation of the PEP-II electron and positron Injection beamlines in the SLAC linac housing is no...
PEP-II is a two-ring asymmetric B factory operating at the Upsilon(4S) resonance. It was constructe...
This Project Execution Plan (PEP) describes the management methods and responsibilities of the proje...
PEP-II is a two-ring asymmetric B factory operating at the Upsilon(4S) resonance. It was constructed...
The PEP-II High Energy Ring (HER), a 9 GeV electron storage ring, has been in commissioning since sp...