This paper continues the presentation of pumps begun in ‘Vacuum I’. The main topic here is gauges and partial-pressure measurements. Starting from the kinetics of gases, the various strategies for measuring vacuum pressures are presented at an introductory level, with some reference to hardware devices. Partial-pressure measurement techniques are introduced, showing that the principles of ion selection have a direct similarity to particle dynamics in accelerators
This paper describes the principle of the measurement and the major hardware components
International audienceA nonlinear analytical model for the pressure dynamics in a vacuum chamber, pu...
Vacuum gauges for use in accelerators have to cover about 17 decades of pressure, from 10–12 Pa to 1...
It is pointed out that the measurement of gaseous pressures of less than 0.0001 torr is based on the...
This paper is an introduction to the basics of vacuum. It is intended for readers unfamiliar with th...
The determination of partial pressures in vacuum systems is usually performed by mass spectrometers....
The basic notions of vacuum technology for ion sources are presented, with emphasis on pressure prof...
The most common type of vacuum pumps and measuring gauges based on available literature are studied ...
The importance of different sources of gases in a vacuum system is discussed and the definitions of ...
This video, published by Columbia Gorge Community College, is the first part of a two part lecture t...
Over 500 low pressure gauges were needed for monitoring of total pressures in the ultra-high vacuum ...
The environmental condition called vacuum is created any time the pressure of a gas is reduced compa...
Two methods for the accurate determination of high vacuum pressure are reviewed with particular atte...
An investigation of various vacuum problems such as erroneous ionization ages effect of dome size on...
The available measuring devices in the ultra high and extreme high vacuum range with their limitatio...
This paper describes the principle of the measurement and the major hardware components
International audienceA nonlinear analytical model for the pressure dynamics in a vacuum chamber, pu...
Vacuum gauges for use in accelerators have to cover about 17 decades of pressure, from 10–12 Pa to 1...
It is pointed out that the measurement of gaseous pressures of less than 0.0001 torr is based on the...
This paper is an introduction to the basics of vacuum. It is intended for readers unfamiliar with th...
The determination of partial pressures in vacuum systems is usually performed by mass spectrometers....
The basic notions of vacuum technology for ion sources are presented, with emphasis on pressure prof...
The most common type of vacuum pumps and measuring gauges based on available literature are studied ...
The importance of different sources of gases in a vacuum system is discussed and the definitions of ...
This video, published by Columbia Gorge Community College, is the first part of a two part lecture t...
Over 500 low pressure gauges were needed for monitoring of total pressures in the ultra-high vacuum ...
The environmental condition called vacuum is created any time the pressure of a gas is reduced compa...
Two methods for the accurate determination of high vacuum pressure are reviewed with particular atte...
An investigation of various vacuum problems such as erroneous ionization ages effect of dome size on...
The available measuring devices in the ultra high and extreme high vacuum range with their limitatio...
This paper describes the principle of the measurement and the major hardware components
International audienceA nonlinear analytical model for the pressure dynamics in a vacuum chamber, pu...
Vacuum gauges for use in accelerators have to cover about 17 decades of pressure, from 10–12 Pa to 1...