Dynamic scaling of migration-driven aggregate growth

柯见洪,; 王向红,; 林振权,; 庄友谊,

doi:10.1088/1009-1963/13/5/034

Cited by 4 publications

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“…While the cycle of designing and applying a new energy is long, studies on energy saving and emission reduction is still of great significance. It will be energy saving and cleaner as the fuel burning sufficiently while the air/ fuel ratio which needed to be different in different burning stages of factories taking coal or natural gas as fuel [4], such as ceramics factories, can be programmed reasonably and controlled automatically and it is worth studying.…”

Section: Introductionmentioning

confidence: 99%

Development and Simulation Using of Energy Saving Combustion Control System

Zhang

Guo

Sun

et al. 2012

AMR

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A remotely controlled energy saving combustion control system is developed in this paper. The system includes three parts: upper computer, communication program between upper and lower computer, lower computer control program. Friendly human-machine interface is designed by Labview, which realizes the remote control of PLC; With Visual C, a standard dynamic link library is designed and debugged, by which the serial communication between PC and PLC can be realized; According to the scheme of air-fuel ratio, the control programs are achieved by PLC, which realizes energy saving combustion. The results of experiment in PLC experimental platform shows that the PC can effectively control the PLC .The scheme of air-fuel ratio is similar with the actual situation.

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Section: Introductionmentioning

confidence: 99%

Development and Simulation Using of Energy Saving Combustion Control System

Zhang

Guo

Sun

et al. 2012

AMR

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Aggregation processes with catalysis-driven monomer birth/death

Chen¹,

An-Jia²,

Ke³

et al. 2006

Chinese Phys.

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Kinetics of aggregation growth with competition between catalyzed birth and catalyzed death

2008

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An aggregation growth model of three species A, B and C with the competition between catalyzed birth and catalyzed death is proposed. Irreversible aggregation occurs between any two aggregates of the like species with the constant rate kernels In(n = 1, 2, 3). Meanwhile, a monomer birth of an A species aggregate of size k occurs under the catalysis of a B species aggregate of size j with the catalyzed birth rate kernel K(k, j) = Kkj υ , and a monomer death of an A species aggregate of size k occurs under the catalysis of a C species aggregate of size j with the catalyzed death rate kernel L(k, j) = Lkj υ , where υ is a parameter reflecting the dependence of the catalysis reaction rates of birth and death on the size of catalyst aggregate. The kinetic evolution behaviours of the three species are investigated by the rate equation approach based on the mean-field theory. The form of the aggregate size distribution of A species a k (t) is found to be dependent crucially on the competition between the catalyzed birth and death of A species, as well as the irreversible aggregation processes of the three species: (1) In the υ < 0 case, the irreversible aggregation dominates the process, and a k (t) satisfies the conventional scaling form; (2) In the υ ≥ 0 case, the competition between the catalyzed birth and death dominates the process. When the catalyzed birth controls the process, a k (t) takes the conventional or generalized scaling form. While the catalyzed death controls the process, the scaling description of the aggregate size distribution breaks down completely.

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Dynamic scaling of migration-driven aggregate growth

Cited by 4 publications

References 0 publications

Development and Simulation Using of Energy Saving Combustion Control System

Development and Simulation Using of Energy Saving Combustion Control System

Aggregation processes with catalysis-driven monomer birth/death

Kinetics of aggregation growth with competition between catalyzed birth and catalyzed death

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