Effect of non-ideal backlighter radiography on Abel density inversion of target shell

Lianqiang, 单连强 Shan; Weimin, 周维民 Zhou; Zongqing, 赵宗清 Zhao; Dan, 韩丹 Han; Fengjuan, 吴凤娟 Wu; Fang, 谭放 Tan; Hongjie, 刘红杰 Liu; Dongxiao, 刘东晓 Liu; Bo, 伍波 Wu; Jinqing, 余金清 Yu; Feng, 钱凤 Qian; Leifeng, 曹磊峰 Cao; Yuqiu, 谷渝秋 Gu

doi:10.3788/hplpb20132503.0651

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The Parameters Of Radial Flow1

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2013

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“…They are very small in comparison with the experimental data [19]. Typically, the systematic errors are considered to be 5% when fitting the simulated data [34]. Due to resonance decays in the low momentum region of pions [20], the data points in the low p T regions of the spectra are excluded in this fitting.…”

Section: The Parameters Of Radial Flowmentioning

confidence: 99%

Measurement of anisotropic radial flow in relativistic heavy ion collisions

Li¹,

Li²,

Wu³

2013

J. Phys. G: Nucl. Part. Phys.

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We suggest the azimuthal distribution of mean transverse (radial) rapidity of the final state particles as a more direct measure of the transverse motion of the source than the standard azimuthal multiplicity distribution. Using a sample generated by the AMPT model with string melting, we demonstrate that the azimuthal amplitude of the suggested distribution characterizes the anisotropic radial flow, and coincides with the parameter of anisotropic radial rapidity extracted from a generalized blast-wave parametrization.

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Section: The Parameters Of Radial Flowmentioning

confidence: 99%