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International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Vol XXXV, Part B2. Istanbul 2004
6. CONCLUSIONS
The results of the sensitometric study enable quick selection of
processing parameters independently of the used processor type
and solution for any film used during the OS missions.
The presented method of local gradient determination enables
relatively easy assessment of exposure for which the maximum
resolving power is obtained for any parameters of processing.
The sensitometric software program with the database as well as
the basic sensitometric quantities and resolvometric study
results for ten films mentioned above with respect to: processor
type, developer type, exposure conditions, temperature,
development time, storage time of unexposed and exposed films
will be presented during the seminar organized in POWIDZ
/Poland/ in December 2004.
7. REFERENCES
l. Rajkowski B. Badania zjawisk krawedziowych, jako
czynników ksztaltujacych — ostro$é ^ konturowa w
halogenosrebrowych no$nikach informacji obrazowej.
Instytut Chemii Fizycznej i Teoretycznej Politechniki
Wroclawskiej. Wroclaw .2001.
2. Nowak P. The investigations of optical inhomogeneity of
chromogenic image layers, based on lipohilic dye couplers
and silver halide light- sensitive emulsions. Oficyna
Wydawnicza politechnika Wroctawska. Wroclaw 2003.
3. Marepuansl Dororpaduuecknue Ha NpO3paYyHOM NOANOKKE.
MerTox oOureceuncuToMerpuueckoro HCIIBITAHHSI
MHOrOC/OHHbIX — ugeropororpajpnuueckux — MaTepHajloB.
l'OCT 9160-82.
4. Brock G.C. Image evaluation for aerial photography. The
Focal Press London and New York.1970.
Warner W., Graham R., Read R. Small Format Aerial
Photography. Society American for Photogrammetry and
Remonte Sensing. Malta 1997.
Cn
