Particle Physics 2011
... preparations for projects beyond the LHC, in particular a linear collider. Progress has also been made in profiting from the legacy of HERA and optimizing the input from HERA on the LHC. One major challenge has been to provide adequate computing resources to the German LHC community. The Alliance wa ...
... preparations for projects beyond the LHC, in particular a linear collider. Progress has also been made in profiting from the legacy of HERA and optimizing the input from HERA on the LHC. One major challenge has been to provide adequate computing resources to the German LHC community. The Alliance wa ...
or ppt
... H0, A0 discovery possibilities are limited at other machines, (constrained at various values of mA0 and tanb ) tc, ct for s < 2 TeV tt and H+HIf available, H0, A0 Some previous knowledge of mA0 can yield precise measurements of H0 and A0 for all tanb > 1-2. ...
... H0, A0 discovery possibilities are limited at other machines, (constrained at various values of mA0 and tanb ) tc, ct for s < 2 TeV tt and H+HIf available, H0, A0 Some previous knowledge of mA0 can yield precise measurements of H0 and A0 for all tanb > 1-2. ...
accelerators for physics experiments: from diagnostics
... The LHC is a 27 km long superconducting accelerator, which CERN, the European highenergy particle physics research organisation, is presently being commissioned in a tunnel 80 m under ground level in the Geneva region. This machine forms the last link in an interconnected chain of several particle a ...
... The LHC is a 27 km long superconducting accelerator, which CERN, the European highenergy particle physics research organisation, is presently being commissioned in a tunnel 80 m under ground level in the Geneva region. This machine forms the last link in an interconnected chain of several particle a ...
Luminosity
... number of protons in a bunch - 1.15 1011 number of bunches - 2808 revolution frequency - 11.2 kHz ...
... number of protons in a bunch - 1.15 1011 number of bunches - 2808 revolution frequency - 11.2 kHz ...
Advanced aspects of radiation protection in the use of particle
... Table 1-2 – Main manufacturers of hadron therapy systems. ....................................14 Table 3-1 - Main features of the radionuclides produced routinely and for research purpose at “S. Orsola-Malpighi” Hospital. ...............................................54 Table 3-2 - Composition of " ...
... Table 1-2 – Main manufacturers of hadron therapy systems. ....................................14 Table 3-1 - Main features of the radionuclides produced routinely and for research purpose at “S. Orsola-Malpighi” Hospital. ...............................................54 Table 3-2 - Composition of " ...
Document
... factor 15 in 35 years: not the way to high energy! discoveries: antiproton, many resonances, K0 oscillations, CP violation, all three neutrinos, Neutral Currents, J/y, , quark model, etc.. etc… ...
... factor 15 in 35 years: not the way to high energy! discoveries: antiproton, many resonances, K0 oscillations, CP violation, all three neutrinos, Neutral Currents, J/y, , quark model, etc.. etc… ...
Deep Underground Neutrino Experiment (DUNE)
... positrons and neutrons. The positrons and electrons of atoms in the tank then annihilated each other, emitting gamma rays. The tanks of water were surrounded by tanks filled with scintillating materials, which experience photoluminescence in the presence of ionizing radiation. To provide an extr ...
... positrons and neutrons. The positrons and electrons of atoms in the tank then annihilated each other, emitting gamma rays. The tanks of water were surrounded by tanks filled with scintillating materials, which experience photoluminescence in the presence of ionizing radiation. To provide an extr ...
JPD@Muon potential
... • Race against death: generation, acceleration & collision before decay • Muons decay in accelerator and detector – Shielding of detector and facility irradiation – Collider and Physics feasibility with large background environment? Not by beamshtrahlung as with e+/e- but by muon decay (e, n) Reduce ...
... • Race against death: generation, acceleration & collision before decay • Muons decay in accelerator and detector – Shielding of detector and facility irradiation – Collider and Physics feasibility with large background environment? Not by beamshtrahlung as with e+/e- but by muon decay (e, n) Reduce ...
Study of Neutrino Interactions at the T2K Near Detector Complex
... Primary goals are driven by the oscillation analyses: -> Characterize the neutrino beam: • νµ measurement: beam flux*, muon momentum and angular distributions *(really the combination of flux and cross-section) • νe measurement: intrinsic beam background -> Cross-section measurements: • NCπ0: import ...
... Primary goals are driven by the oscillation analyses: -> Characterize the neutrino beam: • νµ measurement: beam flux*, muon momentum and angular distributions *(really the combination of flux and cross-section) • νe measurement: intrinsic beam background -> Cross-section measurements: • NCπ0: import ...
K2K and JHF-nu muon monitors
... Around 3-5 GeV/c threshold, no big difference of the sensitivity of the proton beam position & magnetic field. ...
... Around 3-5 GeV/c threshold, no big difference of the sensitivity of the proton beam position & magnetic field. ...
HCSS-June09-partA - Indico
... Acceleration is performed using electric fields that are fed into Radio-Frequency (RF) cavities. RF cavities are basically resonators tuned to a selected frequency. To accelerate a proton to 7 TeV, a potential of 7 TV must be provided to the beam: In circular accelerators the acceleration is don ...
... Acceleration is performed using electric fields that are fed into Radio-Frequency (RF) cavities. RF cavities are basically resonators tuned to a selected frequency. To accelerate a proton to 7 TeV, a potential of 7 TV must be provided to the beam: In circular accelerators the acceleration is don ...
Hadron Collider Summer School
... Since the fields induced by of a bunch increase with bunch intensity, the bunches may become COLLECTIVELY unstable beyond a certain intensity, leading to poor lifetime or massive looses intensity loss. ...
... Since the fields induced by of a bunch increase with bunch intensity, the bunches may become COLLECTIVELY unstable beyond a certain intensity, leading to poor lifetime or massive looses intensity loss. ...
Particle Accelerators and Detectors for medical
... and for the production of isotopes for functional imaging represent cutting-edge fields at the forefront of science and technology. Many disciplines are necessarily involved and common efforts from scientists active in research fields such as physics, chemistry, engineering, biology, pharmacy and me ...
... and for the production of isotopes for functional imaging represent cutting-edge fields at the forefront of science and technology. Many disciplines are necessarily involved and common efforts from scientists active in research fields such as physics, chemistry, engineering, biology, pharmacy and me ...
PBC-NAandEAbeamPossibilities-V3
... Prospects for kaon program • The KLEVER proposal asks for a high-intensity KL beam for a dedicated KL → ponn experiment • This requires 2.4 1013 protons on the KL production target over 4.8 s. • A rebuild of the K12 beam is in principle possible, but in the present locations this would imply major ...
... Prospects for kaon program • The KLEVER proposal asks for a high-intensity KL beam for a dedicated KL → ponn experiment • This requires 2.4 1013 protons on the KL production target over 4.8 s. • A rebuild of the K12 beam is in principle possible, but in the present locations this would imply major ...
SEARCH FOR HEAVY LEPTONS FROM TIME
... interesting. Nino had just finished his first high precision work on the muon (g2). It was some time after the Rochester Conference in 1960. I gave Nino the following suggestion: if you want to search for something so revolutionary as a Heavy Lepton carrying its own lepton number you should work ou ...
... interesting. Nino had just finished his first high precision work on the muon (g2). It was some time after the Rochester Conference in 1960. I gave Nino the following suggestion: if you want to search for something so revolutionary as a Heavy Lepton carrying its own lepton number you should work ou ...
LHC Upgrade - Particle Physics
... luminosity by up to a factor of 10, from the current nominal value of 1034 cm-2 s-1 to 1035 cm-2 s-1. Robert Aymar, director-general of CERN reviewed the priorities of the laboratory until 2010, mentioning among them the development of technical solutions for a luminosity upgrade for the LHC to be c ...
... luminosity by up to a factor of 10, from the current nominal value of 1034 cm-2 s-1 to 1035 cm-2 s-1. Robert Aymar, director-general of CERN reviewed the priorities of the laboratory until 2010, mentioning among them the development of technical solutions for a luminosity upgrade for the LHC to be c ...
POINT/COUNTERPOINT Intensity-modulated conformal radiation
... Proton beam therapy, as practiced today, is much better than conventional photon beam radiotheraphy but often inferior to photon intensity-modulated radiation therapy !IMRT". Because the cost of proton facilities is much greater than for photon IMRT, the cost effectiveness of photon IMRT is currentl ...
... Proton beam therapy, as practiced today, is much better than conventional photon beam radiotheraphy but often inferior to photon intensity-modulated radiation therapy !IMRT". Because the cost of proton facilities is much greater than for photon IMRT, the cost effectiveness of photon IMRT is currentl ...
J-PARC Heavy ion program and more
... • New beam line is under construction. The beam line will provide following beams – Primary Proton for pA experiment – Secondary produced beam for pA experiment – Heavy Ion Beam for AA experiment ...
... • New beam line is under construction. The beam line will provide following beams – Primary Proton for pA experiment – Secondary produced beam for pA experiment – Heavy Ion Beam for AA experiment ...
Goals of the Plasma Accelerator (Joshi
... efficiency and narrow energy spread via laser acceleration. Trapping efficiencies of up to 80% and energy spreads down to 0.36% (1) were demonstrated. ...
... efficiency and narrow energy spread via laser acceleration. Trapping efficiencies of up to 80% and energy spreads down to 0.36% (1) were demonstrated. ...
The Large Hadron Collider (LHC), the Higgs boson and
... Luminosity LHC should be able to deliver ten times more collision than LHC. The plan for a new large project aimed at increase up to 100 TeV the collision energy will be described, as well as a few spin off of our technology in our daily life. Lucio ROSSI - Short Cv [email protected] Lucio Rossi b ...
... Luminosity LHC should be able to deliver ten times more collision than LHC. The plan for a new large project aimed at increase up to 100 TeV the collision energy will be described, as well as a few spin off of our technology in our daily life. Lucio ROSSI - Short Cv [email protected] Lucio Rossi b ...
12-Rykov_PolarizedBeam24A_ICPPA_2016_20161013
... 24A/24B beam facility for U-70 accelerator of IHEP, Protvino, is currently at its final stage. The construction is expected to begin in the year 2019. The commissioning and the first technical run is anticipated in the year 2020. The new polarized proton and antiproton beam line 24A will provi ...
... 24A/24B beam facility for U-70 accelerator of IHEP, Protvino, is currently at its final stage. The construction is expected to begin in the year 2019. The commissioning and the first technical run is anticipated in the year 2020. The new polarized proton and antiproton beam line 24A will provi ...
OscSNS: Precision Neutrino Measurements at
... νµe-→ νµe-, NC anti-νµe-→ antiνµe-, NC νµC→ νµC, and the CC νe12C→e-12N interactions. The current world's best measurement of the νee-→ νee- interaction arises in a sample of only 191 events [6], and has 17% total error. OscSNS will far surpass this measurement in statistics and total uncertainty, w ...
... νµe-→ νµe-, NC anti-νµe-→ antiνµe-, NC νµC→ νµC, and the CC νe12C→e-12N interactions. The current world's best measurement of the νee-→ νee- interaction arises in a sample of only 191 events [6], and has 17% total error. OscSNS will far surpass this measurement in statistics and total uncertainty, w ...
NUFACT11-Blondel-goals-of-the-workshop
... 1. Is Project X a suitable proton driver for the Neutrino Factory? 2. What is the path for solving the problem of operating high gradient RF is strong magnetic field? ...
... 1. Is Project X a suitable proton driver for the Neutrino Factory? 2. What is the path for solving the problem of operating high gradient RF is strong magnetic field? ...
Worksheet 1.1 Finding the Ionization Energy of H
... 2.2 Extension: Forces Affecting the Beam The beam is then brought to the centre of the cyclotron. This means that the ions have to travel close to about 100 m before they reach the point where we bend them down into the cyclotron. That’s quite a ways, and we might worry about how far the ions will f ...
... 2.2 Extension: Forces Affecting the Beam The beam is then brought to the centre of the cyclotron. This means that the ions have to travel close to about 100 m before they reach the point where we bend them down into the cyclotron. That’s quite a ways, and we might worry about how far the ions will f ...
TRIUMF
TRIUMF is Canada's national laboratory for particle and nuclear physics. TRIUMF is considered Canada's leading nuclear science research institute, and is consistently regarded as one of the leading subatomic physics research centers on the international level. TRIUMF's headquarter is located on the south campus of the University of British Columbia in Vancouver, British Columbia. TRIUMF houses the world's largest cyclotron, a source of 500 MeV protons, which was named an IEEE Milestone in 2010. TRIUMF's activities involve particle physics, nuclear physics, nuclear medicine, and materials science.There are over 450 scientists, engineers, and staff on the TRIUMF site, as well as 150 students and postdoctoral fellows. The lab attracts over 1000 national and international researchers every year and has generated over $1B in economic impact activity over the last decade.TRIUMF scientists and university-based physicists develop and implement Natural Sciences and Engineering Research Council’s (NSERC) long-range plan for subatomic physics. TRIUMF uses these plans to develop its own priorities. TRIUMF supports only those projects that have been independently peer reviewed and endorsed by the international scientific community. TRIUMF has over 50 international agreements for collaborative scientific research.Asteroid 14959 TRIUMF is named in honour of the laboratory.