1. Hadron Programs at HIRFL-CSR
Hushan Xu1), Zhigang Xiao2)
Institute of Modern Physics, CAS, Lanzhou
Tsinghua University, Beijing

2. Beam Facilities at HIRFLN
CSRm
CSRe
SFC
SSC
SFC:  10 AMeV (H.I.), 17~35 MeV (p)
SSC:  100 AMeV (H.I.),  110 MeV (p)
CSRm:  1000 AMeV (H.I.),  2.8 GeV (p)
RIBLL1: RIBs at tens of AMeV
RIBLL2: RIBs at hundreds of A MeV
CSRe: storage ring with deceleration
RIBLL2
RIBLL1

3. HIRFL Research Programs
Nuclear Physics
Nuclear spectroscopy (SHE, dripline nuclei, exotic decay properties, …)
RIB physics (matter & charge distribution radii, new phenomena in weakly bound nuclei, …)
Reaction dynamics and nuclear matter (NN cross section, EoS of the asymmetric nuclear matter, properties of the high baryon density nuclear matter, … )
Hadron Physics (Hadron spectroscopy, isospin violation process, spin physics, …) --- planned
Atomic Physics
Material Science
Radio-biology & cancer therapy with heavy ions

4. Exp. Sites at HIRFL 10 ① Low energy site in general
② Atomic physics exp. site
③ SHANS - Spectrometer for Heavy Atom and Nuclear Structure
④ Heavy ion irradiation exp. site
⑤ RIBLL1 – 1st Radioactive Ion Beam Line in Lanzhou 10
⑥ ETF – External Target Facility at CSR
⑦ CSRe – Experimental Ring
⑧ PISA
⑨ Tumor therapy site
HPLUS

5. Hadron Physics LanzhoU Spectrometer
Plan for HPLUS
HPLUS
Hadron Physics LanzhoU Spectrometer
Simulation:
Key component R&D: 2006-
Proton beam from CSR: 2010
Warming-up exps.:
to be continued by Dr. Zhigang Xiao