A turbomolecular pump vacuum system has been designed and installed on the Princeton Large Torus (PLT). Four vertical shaft, oil-bearing, 1500 l/s turbomolecular pumps have been interfaced to the 6400 liter PLT Vacuum vessel to provide a net pumping speed of 3000 l/s for H/sub 2/. The particular requirements and problems of tokamak vacuum systems are enumerated. A vacuum control system is described which protects the vacuum vessel from contamination, and protects the turbomolecular pumps from damage under a variety of possible failure modes. The performance of the vacuum system is presented in terms of pumping speed measurements and residual gas behavior
This project deals with study, design, construction and installation of Vacuum laboratory apparatus ...
The Tokamak Fusion Test Reactor (TFTR) vacuum system has been designed using conventional ultrahigh ...
Standard turbomolecular pumps show typically one annular active intake area on the high vacuum flang...
The design of the vacuum pumping system for is discussed, and progress in the research and developme...
The TFTR vacuum vessel will have a system of four 61 cm diameter mercury diffusion pumps to provide ...
The Princeton Large Torus (PLT) will be completed in 1975 and two other CTR oriented toroidal plasma...
Thermo-nuclear plants set a special standard with respect to the vacuum system. To date all over the...
The vacuum system in the rapid-cycling synchrotron of the Japan Proton Accelerator Research Complex ...
A preliminary study was made of the vacuum system requirements for a D-T burning TEPR with major rad...
We present the results on the reduction of the base pressure of an ultra-high-vacuum (UHV) system by...
RFX is a large fusion experiment under construction in Padova (Italy). The toroidal vacuum vessel, h...
The work covers the vacuum systems of the thermonuclear reactors-tokamaks. The aim is to develop the...
To fulfill the need for intense 14-MeV neutron sources for controlled thermonuclear reactor material...
The construction of the JT-60 Super Advanced (JT-60SA) tokamak has been completed after seven years....
84-86A new re-circulating turbo molecular pump based pumping system has been designed and installed...
This project deals with study, design, construction and installation of Vacuum laboratory apparatus ...
The Tokamak Fusion Test Reactor (TFTR) vacuum system has been designed using conventional ultrahigh ...
Standard turbomolecular pumps show typically one annular active intake area on the high vacuum flang...
The design of the vacuum pumping system for is discussed, and progress in the research and developme...
The TFTR vacuum vessel will have a system of four 61 cm diameter mercury diffusion pumps to provide ...
The Princeton Large Torus (PLT) will be completed in 1975 and two other CTR oriented toroidal plasma...
Thermo-nuclear plants set a special standard with respect to the vacuum system. To date all over the...
The vacuum system in the rapid-cycling synchrotron of the Japan Proton Accelerator Research Complex ...
A preliminary study was made of the vacuum system requirements for a D-T burning TEPR with major rad...
We present the results on the reduction of the base pressure of an ultra-high-vacuum (UHV) system by...
RFX is a large fusion experiment under construction in Padova (Italy). The toroidal vacuum vessel, h...
The work covers the vacuum systems of the thermonuclear reactors-tokamaks. The aim is to develop the...
To fulfill the need for intense 14-MeV neutron sources for controlled thermonuclear reactor material...
The construction of the JT-60 Super Advanced (JT-60SA) tokamak has been completed after seven years....
84-86A new re-circulating turbo molecular pump based pumping system has been designed and installed...
This project deals with study, design, construction and installation of Vacuum laboratory apparatus ...
The Tokamak Fusion Test Reactor (TFTR) vacuum system has been designed using conventional ultrahigh ...
Standard turbomolecular pumps show typically one annular active intake area on the high vacuum flang...