Add to ORKGThe Stanford Linear Collider (SLC) has been in operation for several years with the initial and accelerator physics experiments just completed. A synopsis of these results is included. The second round of experiments is now under preparation to install the new physics detector (SLD) in Fall 1990 and to increase the luminosity significantly by late 1991. Collisions at high intensity and with polarized electrons are planned. Many beam dynamics and technological advances are in progress to meet these goals. 10 refs., 15 figs., 1 tab
The Stanford Linear Collider was designed to operate with round beams [11; horizontal and vertical e...
operation at the-end of the linear accelerator at Stanford. By the recent discoveries in high energy...
We present an overview of the electroweak physics program of the SLD experiment at the Stanford Line...
The construction project for the SLAC Linear Collider (SLC) was officially completed in April 1987, ...
The Stanford Linear Collider (SLC) is the first and only high-energy e{sup +}e{sup {minus}} linear c...
The SLAC LINEAR COLLIDER is designed to achieve an energy of 100 GeV in the electron-positron center...
The design of the Stanford Linear Collider (SLC) called for a beam intensity far beyond what was pra...
The design of the Stanford Linear Collider (SLC) called for a beam intensity far beyond what was pra...
The SLAC program centers around experimental and theoretical research in elementary particle physics...
We report various accelerator physics studies and improvements from the 1997/98 run at the Stanford ...
The research activities for accelerator structures at SLAC are reviewed including the achievement vi...
Amajor upgrade to the SLC final focus was installed in 1994 to eliminate the dominant third-order ab...
The stanford Linear Collider (SLC) collides a beam of electrons and positrons at 92 GeV. It is the f...
The linac of the SLAC Linear Collider (SLC) is required to accelerate several intense electron and p...
Stanford University's colliding beam program is outlined, including the SPEAR and PEP colliders and ...
The Stanford Linear Collider was designed to operate with round beams [11; horizontal and vertical e...
operation at the-end of the linear accelerator at Stanford. By the recent discoveries in high energy...
We present an overview of the electroweak physics program of the SLD experiment at the Stanford Line...
The construction project for the SLAC Linear Collider (SLC) was officially completed in April 1987, ...
The Stanford Linear Collider (SLC) is the first and only high-energy e{sup +}e{sup {minus}} linear c...
The SLAC LINEAR COLLIDER is designed to achieve an energy of 100 GeV in the electron-positron center...
The design of the Stanford Linear Collider (SLC) called for a beam intensity far beyond what was pra...
The design of the Stanford Linear Collider (SLC) called for a beam intensity far beyond what was pra...
The SLAC program centers around experimental and theoretical research in elementary particle physics...
We report various accelerator physics studies and improvements from the 1997/98 run at the Stanford ...
The research activities for accelerator structures at SLAC are reviewed including the achievement vi...
Amajor upgrade to the SLC final focus was installed in 1994 to eliminate the dominant third-order ab...
The stanford Linear Collider (SLC) collides a beam of electrons and positrons at 92 GeV. It is the f...
The linac of the SLAC Linear Collider (SLC) is required to accelerate several intense electron and p...
Stanford University's colliding beam program is outlined, including the SPEAR and PEP colliders and ...
The Stanford Linear Collider was designed to operate with round beams [11; horizontal and vertical e...
operation at the-end of the linear accelerator at Stanford. By the recent discoveries in high energy...
We present an overview of the electroweak physics program of the SLD experiment at the Stanford Line...