New results on electromagnetic field simulation

Slides:

Advertisements

Similar presentations

Chapter 11 Magnetism & Electromagnetism. Magnets A special stone first discovered

Advertisements

Lecture 17-The Magnetic Field Chapter 24 Friday, March 6.

FFAG Workshopfermilab April 2005 f Summary: FFAG WORKSHOP nonscaling electron model muon FFAGs C. Johnstone Fermilab.

1 times table 2 times table 3 times table 4 times table 5 times table

Magnets 5 TH GRADE S5P3D. MAGNETS REVIEW ELECTROMAGNETS.

Electromagnets Grade 8.

The Mathematical Modeling of New Operation Modes of Multi–purpose Isochronous Cyclotrons Authors: I.V.Amirhanov, G.A.Karamysheva, I.N. Kiyan Joint Institute.

Magnetism Attractive and Repulsive. What Is A Magnet? Magnet: any object that attracts iron or materials containing ironMagnet: any object that attracts.

Electromagnetism How can you make an electromagnet?

Electricity and Magnetism

$100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300.

Physical Science Mr. Barry.  Properties of Magnets:  Magnets have magnetic fields, which exert forces on other magnetic materials  Magnets have a north.

Magnets and Electromagnets

Welcome Back Scientists! Today: 1. Return Electromagnets Inquiry Scores 2. Discuss the Revision Process 3. Interactions between permanent and Electromagnets:

Tables Learning Support

Chapter 26 Electromagnetism. Mass of Electron Determined by J.J. Thomson Determined by the deflection of the electron in a cathode ray tube.

What is Electromagnetism Chapter 3 Section 1 Pages

21.1 Electromagnetic induction Electromagnetic induction III Practical 21.3 Purpose To produce an electric current by changing the magnetic field through.

Design Study of the PRISM-FFAG Magnet with inter- pole S. Nakaoka Osaka Univ.

E.Q. - How are magnetism & electricity interrelated?

Electromagnetic Fields

Electricity and Magnetism

Magnetism & Electricity.

X. Ding, UCLA MAP Spring 2014 Meeting May 2014 Fermilab

Effects of Magnetic Fields and Producing Current

Lesson 4: Generators: Let’s Get Charged!.

Electromagnetism.

Magnets and Electromagnetic Induction

Increasing Efficiency in the GRACE Line at CERN’s Antimatter Factory using Ardunio Interface Robby Finan.

Unit J Magnets and Electromagnets

Hire Toyota Innova in Delhi for Outstation Tour

17.3 Electric Motors and Generators

(CMS GEANT4 simulation)

Electromagnetic Fields

Magnets and Electromagnets

Magnets and Electromagnets

Lettering on Maps (Type)

III. Producing Electric Current

C H A P T E R 22 Electromagnetic Induction.

A proton is accelerated from rest through a potential difference of V

Electromagnetic Fields

Magnets and Electromagnets

Electromagnets How they work, and how to make them more powerful

Revision Quiz Bowl on Electromagnetism

Name: _________________________

Background understanding and detector inefficiency

8.1 – Magnets and Electromagnets (pg )

Investigate! Investigate!

Electromagnet Intro

November 14, 2008 The meeting on RIKEN AVF Cyclotron Upgrade Progress report on activity plan Sergey Vorozhtsov.

November 7, 2008 The meeting on RIKEN AVF Cyclotron Upgrade Progress report on activity plan Sergey Vorozhtsov.

Schematic diagram of NMR set-up

Summary & Concluding remarks

Charging by Magnetism Since you can create a magnetic field by running electricity through a wire, can you create electricity using a magnetic field?

Magnets and Electromagnets

New results on electromagnetic field simulation

11 MeV/u 16O7+ ion acceleration

Science Activity: Stnd 01 Date

Science Activity: Stnd 01 Date

Magnetism Magnets… Produce _____________________________, invisible ______________________ that _________________ (push) or _____________________ (pull)

Biomedical Electromagnetic Simulation

3 times tables.

6 times tables.

P1 Q2) Generation of electricity (pt1)

Electromagnetic Machines

Science Activity: Stnd 01 Date

Presentation transcript:

New results on electromagnetic field simulation 19.11.2008 A.Vorozhtsov

Generation of the magnetic field map for 60 MeV proton acceleration

Field map and Isochronous field Interpolated from MSRD Bmain +Tosca TC contributions( value of the trim coils current from the table by Goto-san)

Delta (Bobtained-BISO) Before correction -94.33 -43.13 -115.96 -71.77 -111.27 -122.3 -176.04 -241.06 295.37 After correction -87.9 -59.23 -104.25 -64.92 -108.03 -125.77 -174.21 -231.9 273.39

The EMC B-field

MC coils structure

MC contributions