Content-Type: multipart/alternative; boundary="------------850AAB08DA0A4FBC93C25DF9" X-Sun-Content-Length: 4814 Content-Type: multipart/alternative; boundary="------------850AAB08DA0A4FBC93C25DF9" X-Sun-Content-Length: 4814 --------------850AAB08DA0A4FBC93C25DF9 Content-Type: text/plain; charset=us-ascii Content-Transfer-Encoding: 7bit Hi Jolene, I thought I would also send you some time domain ACF line plots for the 18/02/01 event. They are summed (i.e. averaged) ACFs outputted at subsequent 4 second intervals (192 component ACFs are summed together, each generated from a time series of electron counts acquired in 0.732 milliseconds from the same correlator energy band). The upper panel plots the stepped energy ACF , with time running horizonatlly up to 0.37 milliseconds (the amplitude is normalised to the average ACF level i.e. amplitude oscillating about 1.0, the absolute value in units of **2 were plotted in figure1 that I already emailed). The lower panel plots a cross at the energy this summed ACF corresponds to (the time maked by the cross being the end time of averaging interval). Bye For Now, Andy -- ******************************************************************** Dr. Andrew Buckley, Research Fellow, Space Science Centre, School of Engineering and Information Technology, The University of Sussex, Falmer Brighton, E. Sussex, BN1 9QT, UK. Email: A.M.Buckley@sussex.ac.uk Telephone: 01273 678599 Fax: 01273 678399 ******************************************************************** --------------850AAB08DA0A4FBC93C25DF9 Content-Type: text/html; charset=us-ascii Content-Transfer-Encoding: 7bit

Hi  Jolene,

I thought I would also send you some time domain ACF line plots

for the 18/02/01 event. They are summed (i.e. averaged) ACFs

outputted at subsequent 4 second intervals (192 component ACFs are

summed together, each generated from a time series of electron counts

acquired in 0.732 milliseconds from the same correlator energy band).

The upper panel plots the stepped energy ACF , with time running horizonatlly

up to 0.37 milliseconds (the amplitude is normalised to the average ACF

level i.e. amplitude oscillating about 1.0, the absolute value in

units of <counts>**2 were plotted in figure1 that I already emailed).

The lower panel plots a cross at the energy this summed ACF

corresponds to (the time maked by the cross being the end time of

averaging interval).

Bye For Now,

Andy

-- 
********************************************************************
 Dr. Andrew  Buckley, Research Fellow,                            
 Space Science Centre,                                            
 School of Engineering and Information Technology,                
 The University of Sussex, Falmer                                 
 Brighton, E. Sussex, BN1 9QT, UK.                                
 Email:     A.M.Buckley@sussex.ac.uk                              
 Telephone: 01273 678599                                          
 Fax:       01273 678399                                          
********************************************************************

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