1Santos J. Inoperability input-output modeling of disrup-tions to interdependent economic systems [ J]. SystemsEngineering, 2006 , 9(1): 20-34.
2Boisvert R N. Direct and indirect economic losses fromlifeline damage [ A]. Indirect Economic Consequences ofa Catastrophic Earthquake[ C]. Federal Emergency Man-agement Agency, Washington, DC, USA, 1992. 289-297.
3Setola R. Analysis of interdependencies between Italy,seconomic sectors [ A]. Critical Infrastructure Protection[C]. Springer, Boston, Massachusetts, 2007. 205-216.
4Cho S, Gordon P,Moore J E II. Integrating transportationnetwork and regional economic models to estimate the costsof a large urban earthquake [ J]. Journal of RegionalScience, 2001,41 : 39-65.
5Alcdntara V,Padilla E. Key sectors in final energy con-sumption :an input-output application to the Spanish case[J]. Energy Policy, 2003 , 31: 1673-1678.
6Rose A, Liao S. Modeling regional economic resilience todisasters : a computable general equilibrium analysis ofwater service disruptions [ J]. Journal of RegionalScience, 2005 , 45: 75-112.
7Haimes Y, Horowitz B , Lambert J, et al. . Inoperabilityinput-output model for interdependent infrastructuresectors I : theory and methodology [ J]. Journal of Infra-structure Systems, 2005,11(2) : 67-79.
8Macaulay T. Critical infrastructure : understanding its com-ponent parts, vulnerabilities, operating risks and interde-pendencies [ M]. Boca Raton, Florida ; CRC Press, 2008.213-217.
9Rosato V,Issacharoff L, Tiriticco F, et al.. Modeling in-terdependent infrastructures using interacting dynamicalmodels [ J]. International Journal of Critical Infrastruc-tures, 2008 , 4(1/2) : 63-79.
10Setola R, Porcellinis S D, Sforna M. Critical infrastruc-ture dependency assessment using the input-output inop-erability model [ J]. International Journal of CriticalInfrastructure Protection, 2009 , 2 : 170-178.
