The August 2003 North American electrical blackout provided a unique opportunity to quantify directly the contribution of power plants to regional haze and O. Airborne observations over central Pennsylvania on August 15, 2003, 24 h into the blackout, revealed large reductions in SO(>90%), O(50...
on "The 2003 North American electrical blackout: an accidental experiment in atmospheric chemistry"[ J] . American Geophys, 2005, 32( 10) : 2.Hansen, D. A. , E. M. Knipping , and N. Kumar ( 2005 ), Comment on “The 2003 North American electrical blackout: An accidental experiment ...
On August 14, 2003, a cascading outage of transmission and generation facilities in the North American Eastern Interconnection resulted in a blackout of mo... Andersson,G.,Donalek,... - 《IEEE Transactions on Power Systems》 被引量: 1050发表: 2005年 1 Causes of the 2003 Major Grid Blacko...
Blackout sequences follow power laws, as complex systems operating near a ... S Arianos,E Bompard,A Carbone,... - 《Chaos》 被引量: 286发表: 2009年 Comparing the Topological and Electrical Structure of the North American Electric Power Infrastructure The topological (graph) structure of ...
SEE ALSO:Blackout-causing 'super' solar storms happen more often than we thought The G5 rating on geomagnetic storm scale is an extreme disturbance of Earth’s magnetic field. The last G5 storm occurred onOctober 2003, resulting in power outages in Sweden and ev...
SEE ALSO:Blackout-causing 'super' solar storms happen more often than we thought The G5 rating on geomagnetic storm scale is an extreme disturbance of Earth’s magnetic field. The last G5 storm occurred onOctober 2003, resulting in power outages in S...
SEE ALSO:Blackout-causing 'super' solar storms happen more often than we thought The G5 rating on geomagnetic storm scale is an extreme disturbance of Earth’s magnetic field. The last G5 storm occurred onOctober 2003, resulting in power outages in Swede...
SEE ALSO:Blackout-causing 'super' solar storms happen more often than we thought The G5 rating on geomagnetic storm scale is an extreme disturbance of Earth’s magnetic field. The last G5 storm occurred onOctober 2003, resulting in power outages in Sweden and e...
SEE ALSO:Blackout-causing 'super' solar storms happen more often than we thought The G5 rating on geomagnetic storm scale is an extreme disturbance of Earth’s magnetic field. The last G5 storm occurred onOctober 2003, resulting in power outages in Sweden and ...
SEE ALSO:Blackout-causing 'super' solar storms happen more often than we thought The G5 rating on geomagnetic storm scale is an extreme disturbance of Earth’s magnetic field. The last G5 storm occurred onOctober 2003, resulting in power outages in Sweden and even...