Friday Morning 2
Time	Session	Location	Title
1020	AE52A	MCC 3020	Modeling of High-Altitude Discharges and Comparison with Measurements II (joint with A) Presiding: L A Triplett, Los Alamos National Laboratory; M Heavner, University of Alaska Southeast    [Abstracts]
1020	AE52A-01	MCC 3020	Successes and Problems of Conventional Breakdown Theory of Sprites *V P Pasko INVITED    [details]
1040	AE52A-02	MCC 3020	A Review of Runaway Air Breakdown and its Role in High-Altitude Discharges *R A Roussel-Dupre, E M Symbalisty, L A Triplett, A Gurevich, K Zybin, L Babich, I Kutsyk INVITED    [details]
1100	AE52A-03	MCC 3020	Observations of Sprites Using High Spatial and Temporal Resolution Instruments *E Gerken, D Moudry INVITED    [details]
1120	AE52A-04	MCC 3020	Lightning-Driven Electric Fields in the Stratosphere: Comparisons Between In-Situ Measurements and a Quasi-Electrostatic Field Model *J N Thomas, R H Holzworth, M P McCarthy, N G Roy, N N Solorzano, O Pinto, M Sato    [details]
1135	AE52A-05	MCC 3020	Testing Sprite Initiation Theories Using Lightning Measurements and Modeled EM Fields *W Hu, S A Cummer, W A Lyons    [details]
1150	AE52A-06	MCC 3020	Optical Emissions of Sprite Streamers in Weak Electric Fields *N Liu, V P Pasko    [details]
1205	AE52A-07	MCC 3020	Simulation of Spectral Characteristics of Sprites From Runaway and Conventional Breakdown Processes and Comparison to Measurements *L A Triplett, R A Roussel-Dupre, J J Colman, E M Symbalisty    [details]