通讯机构：
[CAI, X] H;HUA ZHONG NORMAL UNIV, INST PARTICLE PHYS, WUHAN 430070, PEOPLES R CHINA.
摘要：
Recent experimental data on the negative correlation between forward energy and transverse energy, which have been reported for the interactions of 14.6A GeV Si28 with Al, Cu, Au, and Pb, 60A and 200A GeV O16 and S32 with S, Cu, Ag, and Au, are investigated by a model based on the description of geometrical properties of nucleus-nucleus collision processes. A parameter, ellipticity e, which might describe the conversion of initial energy into that of radiated final-state hadrons is proposed.
期刊：
EUROPEAN PHYSICAL JOURNAL C,1995年66(3):473-484 ISSN：1434-6044
通讯作者：
CAI, X
作者机构：
LUND UNIV,DIV COSM & SUBATOM PHYS,S-22362 LUND,SWEDEN.;CHINA UNIV GEOSCI,DEPT APPL GEOPHYS,WUHAN 430074,PEOPLES R CHINA.;[CAI, X] HUA ZHONG NORMAL UNIV,INST PARTICLE PHYS,WUHAN 430070,PEOPLES R CHINA.
通讯机构：
[CAI, X] H;HUA ZHONG NORMAL UNIV,INST PARTICLE PHYS,WUHAN 430070,PEOPLES R CHINA.
关键词：
Field Theory;Phase Space;Elementary Particle;Quantum Field Theory;Limited Size
摘要：
A possible universal description of rapidity dependence of multiplicity distributions in high energy e(+)e(-), mu p, hh, hA and AA collisions is proposed based on a cluster mechanism, local charged compensation and its violation. It appears that there exist a statistical connection between multiplicity distribution in a full longitudinal phase space and that in a selected rapidity window with limited size.
作者机构：
[ZHOU, DC; ZHOU, ZM; CAI, X; YU, LZ] FREE UNIV BERLIN,INST THEORET PHYS,W-1000 BERLIN 33,GERMANY.;[YU, LZ] HUAZHONG NORMAL UNIV,INST PARTICLE PHYS,WUHAN,PEOPLES R CHINA.
通讯机构：
[YU, LZ] H;HUAZHONG NORMAL UNIV,INST PARTICLE PHYS,WUHAN,PEOPLES R CHINA.
摘要：
The physical mechanism of multihadron production in high-energy nondiffractive collisions is discussed based on the quantum coherent state. A remarkable agreement is obtained between the theoretical results and experimental data in respect of the high-order normalized moments at c.m. energies from 11.5 to 900 GeV for the full phase space. Predictions are made for Fermilab Tevatron, CERN Large Hadron Collider, and Superconducting Super Collider energies by using an empirical formula for 〈nND〉 and our relation involving the parameter λ.
