One of the main topics of our research focus on properties, morphology, 
and time development of coronal flaring structures. 

Recently we performed investigations which were based on analyse of 
soft X-ray images of flares taken by the Yohkoh satelite. 

As a result, we obtained a distribution of temperature and emmission measure
for several evolving flares and introduced a new, resembling a fractal structure, 
model of connectivity pattern for magnetic field lines in the corona
[ref???]

As we were dealing with satelite images which neccesitate appropriate 
treatment to eliminate instrumental errors, we incorporated algorithms 
for removing noise and telescope blurring. These algorithms allows, in addition,
enhances numericaly the image resolution. We also acomplished the first part
of works on a new method of determining a telescope point spread functions.

Having these studies made, to gain insight in the coronal magnetic 
field organization and to develop our methods of image proccesing
we would like to perform investigations for EIT images of flares in 
the corone. 

Hence, we summarize the goals of the proposal as follows:

1) To develop a programm for processing EIT images with enhanced 
   numericaly resolutions and determining the point spread function 
   in each of EIT energy band

2) To provide a description of evolution of flares in EIT images

3) To reconstruct the patern of magnetic connectivity from comparision
   of EIT and(with) X-ray images


1) relevance

2) method of achivement


They are also essential as a source for comparision  
These, 
and compare it with 
like that we have???? of the X-rays ones ????


field lines in the corona
connectivity pattern for 
etermining the point spread function in each of EIT energy band
3) To 
with cooperation 
a posibility
refine images that minimises
and in addition allows numericaly enhance 
resolution below to 1 arcsec
up to 
noise and PSF blurring.
In addition, our algorithm 
and to enhance angular resolutions
of analysed images.
We have succesfuly acomplished a series of tests and proposed 
a model 
Now we would like to perform simmillar investigations 
compare result