• Readers
  • Authors
  • Partners
  • Students
  • Libraries
  • Advertising
  • Contacts
  • Language: Русская версия
 



Excursion in the "State" of the Institute of Nuclear Physics: Where Particles Are Born

... facility on which high-energy physics research was performed at INP as long ago as 1980—1985. At present, this is the main collider of the institute, on which both high-energy physics and photonuclear studies and synchrotron radiation experiments are ... ... the accelerator electrons form peculiar bunches, each of which contains about ten billion particles. Each electron is a small spinning top. Its rotation cannot be accelerated or slowed down and, therefore, it even has a special name — spin . In the ...

Modified: 23.04.2018
Budker Institute of Nuclear Physics SB RAS , elementary particles , accelerator , collider , detector , calorimetry , mass , energy , electron , spin
Path: Главная / Articles
Excursion in the "State" of the Institute of Nuclear Physics: Where Particles Are Born

... upgraded facility on which high-energy physics research was performed at INP as long ago as 1980-1985. At present, this is the main collider of the institute, on which both high-energy physics and photonuclear studies and synchrotron radiation experiments are ... ... depolarizer frequency. The energy measurement accuracy is 1—2 keV —only one-millionth of the beam energy Each electron is a small spinning top. Its rotation cannot be accelerated or slowed down and, therefore, it even has a special name — spin . In the ...

Modified: 30.05.2006
Budker Institute of Nuclear Physics SB RAS , elementary particles , accelerator , collider , detector , calorimetry , mass , energy , electron , spin
Path: Главная / Articles

Sorted by relevance | Sort by date