The 4 pdf files starting  with 'stat' are the 
statistical studies of the correlation 
between Poynting flux (DC, below 6 sec)
and total ion outflow flux (both in field-aligned 
direction, '+' in B direction), 'stat_Poynting_iTflux.pdf'; 
the correlation between electron density
and total ion outflow flux,'stat_eden_iTflux.pdf';
the correlation between electron temperature and 
total ion outflow flux, 'stat_ekT_iTflux.pdf';
the correlation between electron energy density (obtained
from integrating differential energy flux and dE, unit = keV/cm^2/sec)
and total ion outflow flux, 'stat_eenergyden_iTflux.pdf'. 

These 'statistical' (could use more)
 studies were performed on the 19 ion outflow events
during the year 2000. These 19 events are:
01/02/00
01/11/00
01/20/00
01/23/00
01/27/00
01/29/00
02/01/00
02/07/00
02/08/00
02/13/00
02/17/00
02/26/00
02/28/00
03/06/00
03/12/00
03/22/00
04/06/00
04/06/00a
04/11/00

For every individual pdf, the top panel plots the correlation between 
the maximum values of two variables. 
The middle panel plots the correlation information between the averaged
values of the two variables. The bottom panel plots the 
correlation between the averaged logrithmic values of the two varibles.
One ion out flow event gives a point on each plot.
'r' is linear Pearson correlation of two variables. 
For the spearman rank correlation on the plot, the first number is 
the correlation value. The second number represents the significance.  

 
The folder 'poynting_ionflux' has the correlation plots for every individual
event. The correlation information is provided in the text. 
'r' is the linear Pearson correlation of the two varibles. 
'r_abs_log' is the linear Pearson correlation of the logrithmic values
of the two varibels' absolute value.  Same explanation
 applies to the spearman rank correlation. 


Note: electron density and electron temperature were low-resolution
data (0.92 min)  of HYDRA available in the ftp site of CDAWEB.  
Data with better resolution may change the values of correlation.