Understanding of cluster size deviation by measuring the dimensions of cluster jet from conical nozzles | Zendy

Guanglong Chen | Zendy; Xiaotao Geng | Zendy; Hongxia Xu | Zendy; Yiming Mi | Zendy; Xiuli Zhang | Zendy; Lili Wang | Zendy; Dong Eon Kim | Zendy

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Understanding of cluster size deviation by measuring the dimensions of cluster jet from conical nozzles

Author(s) -

Guanglong Chen,

Xiaotao Geng,

Hongxia Xu,

Yiming Mi,

Xiuli Zhang,

Lili Wang,

Dong Eon Kim

Publication year - 2013

Publication title -

aip advances

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.421

H-Index - 58

ISSN - 2158-3226

DOI - 10.1063/1.4796187

Subject(s) - nozzle , conical surface , cluster (spacecraft) , jet (fluid) , dimension (graph theory) , standard deviation , scaling , physics , mechanics , materials science , mathematics , statistics , geometry , computer science , thermodynamics , pure mathematics , programming language

This work aims to understand the cluster size deviation from the prediction by an existing scaling law for conical nozzles. The dimensions of cluster jet at different heights above a nozzle along the direction of gas flow are measured. This study indicates that the dimension of cluster jet is underestimated in the existing scaling law and this under-estimation leads to the over-estimation of the equivalent diameter of conical nozzle. Thus the underestimation of the dimension of cluster jet may be one of possible factors responsible for the cluster size deviation (the degree of the deviation depends on details of cluster jet)

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