Empirical Study on Process Optimization of MTO Production Systems

Ying Ying Guan; Bi Xi Zhang; Jing Song

doi:10.4028/www.scientific.net/AMR.317-319.2302

Paper Titles

Prediction of the Aerodynamic Acoustic Power Contribution on Automobile’s Surface Based on Curle’s Integral in Broadband Noise Source Models
p.2284

Feasibility Analysis of Thermal Energy Recovery for the Shanghai Railway Station
p.2289

Experimental Research on Calculating Wave Force through Wave Pressure Measurement
p.2293

Research on LiBr Absorption Refrigeration System Using Automotive Exhausted Heat
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Empirical Study on Process Optimization of MTO Production Systems
p.2302

Synthesis, Structure Characterization and its Coordination with Metal Ions of N,N'-Diethoxycarbonyl-N'',N' ''-(1,2- Propylidene) Dithiourea
p.2306

History’s Continuity and Regeneration of Fangzi, a Modern Town along Jiaoji Railway
p.2310

Dynamical Modeling, Simulation and Analysis for Voltage Regulation System of Hybrid Excitation Doubly Salient Generator
p.2314

Simulation on Vehicle Speed Analysis of Rear-End Collision
p.2320

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 317-319Empirical Study on Process Optimization of MTO...

Empirical Study on Process Optimization of MTO Production Systems

Abstract:

Based on the structural entropy, this paper establishes a model for analyzing the degree of order of different structure of small or medium sized make-to-order stationery enterprise by using system limitation entropy and quality entropy. This quantificational method to evaluate the process optimization of production system is well validated.