将安全工程的理论引入到有机热载体炉安全生产中,利用鱼刺图(Fish Bone Fig,FBF)法对其进行科学、合理的安全评价,进而有效的分析有机热载体炉生产运行中的安全隐患,并针对不同成因采取相应的对策.研究结果表明,鱼刺图法为预防有机热载...将安全工程的理论引入到有机热载体炉安全生产中,利用鱼刺图(Fish Bone Fig,FBF)法对其进行科学、合理的安全评价,进而有效的分析有机热载体炉生产运行中的安全隐患,并针对不同成因采取相应的对策.研究结果表明,鱼刺图法为预防有机热载体炉安全事故发生建立了有效的理论基础,并为有机热载体炉安全管理提供了对策.展开更多
For a 2-station and 3-class reentrant line under first-buffer first-served(FBFS)service discipline in light traffic,we firstly construct the strong approximations for performance measures including the queue length,wo...For a 2-station and 3-class reentrant line under first-buffer first-served(FBFS)service discipline in light traffic,we firstly construct the strong approximations for performance measures including the queue length,workload,busy time and idle time processes.Based on the obtained strong approximations,we use a strong approximation method to find all the law of the iterated logarithms(LILs)for the above four performance measures,which are expressed as some functions of system parameters:means and variances of interarrival and service times,and characterize the fluctuations around their fluid approximations.展开更多
文摘将安全工程的理论引入到有机热载体炉安全生产中,利用鱼刺图(Fish Bone Fig,FBF)法对其进行科学、合理的安全评价,进而有效的分析有机热载体炉生产运行中的安全隐患,并针对不同成因采取相应的对策.研究结果表明,鱼刺图法为预防有机热载体炉安全事故发生建立了有效的理论基础,并为有机热载体炉安全管理提供了对策.
基金supported by the National Natural Science Foundation of China(No.11871116 and No.11971074)by the Fundamental Research Funds for the Central Universities(No.2023ZCJH02)。
文摘For a 2-station and 3-class reentrant line under first-buffer first-served(FBFS)service discipline in light traffic,we firstly construct the strong approximations for performance measures including the queue length,workload,busy time and idle time processes.Based on the obtained strong approximations,we use a strong approximation method to find all the law of the iterated logarithms(LILs)for the above four performance measures,which are expressed as some functions of system parameters:means and variances of interarrival and service times,and characterize the fluctuations around their fluid approximations.
