'Medium density' presentation slideshows

629 views • 54 slides

Latest results on Heavy Ion Physics from ALICE

585 views • 42 slides

Comparing energy loss phenomenology

Comparing energy loss phenomenology. Marco van Leeuwen Utrecht University. Energy loss in QCD matter. radiated gluon. propagating parton. m 2. QCD bremsstrahlung (+ LPM coherence effects). Transport coefficient. l. Energy loss. Energy loss probes:. Density of scattering centers:.

423 views • 28 slides

ProCorp Real Estate Investors

400 views • 26 slides

What can we learn from/about QCD energy loss?

What can we learn from/about QCD energy loss?. (From an experimentalists point of view). Marco van Leeuwen, Utrecht University. TECHQM meeting, 6-10 July 2009. What can we expect to learn?. Understand in-medium fragmentation

368 views • 25 slides

Linden Hills Small Area Plan

336 views • 24 slides

High-p T results from ALICE

326 views • 23 slides

Fire and Rescue Citizen Academy

Fire and Rescue Citizen Academy. Organizational Structure. Agenda. Welcome and Introductions What do you want from us? (survey) Fire and Rescue problem Overview of the Department of Fire and Rescue Overview of the Fire and Rescue Association Roles and Responsibilities.

672 views • 22 slides

Relativistic study of medium polarization effects on superfluidity in neutron matter

Relativistic study of medium polarization effects on superfluidity in neutron matter. nuclear. Masayuki Matsuzaki. (Fukuoka University of Education). Medium polarization effect on superfluidity. Neutron matter. reduce pairing gap significantly. reduction is weak. Symmetric matter.

277 views • 18 slides

PUBLIC TRANSPORT ACCESS & RIDERSHIP: A CLEAN AIR ISSUE

PUBLIC TRANSPORT ACCESS & RIDERSHIP: A CLEAN AIR ISSUE. Geetam Tiwari Transportation Research and Injury prevention Programme Indian Institute of Technology Delhi BAQ, Jogjakarta, 13-16 December 2006. Optimality Indicators of Transport System. Least space consumption/passenger-km

205 views • 12 slides

POLYETHYLENE

POLYETHYLENE. Monomers to Polymers. POLYETHYLENE. Created from the ethylene monomer. A thermoplastic (can be melted down and re-used) over 60M tons are produced worldwide every year. POLYETHYLENE. Polyethylene is created through polymerization of ethylene (C 2 H 4 ). . POLYETHYLENE.

5.08k views • 11 slides