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<p>ISO 10505:2009 describes a method for determining the intrinsic root mean square granularity (rms‑granularity) of photographic films. Intrinsic rms-granularity refers to those density fluctuations produced solely by the distribution of developed image forming centres in the photographic emulsion.</p>
<p>Continuous-tone monochrome (silver absorbing species) and colour (dye absorbing species) materials coated on a transmitting support can be measured by the procedures described in ISO 10505:2009. ISO 10505:2009 is intended for imaging systems with viewing magnifications between 5x and 12x (see Annex A).</p>
<p>The following kinds of granularity measurements are not covered by ISO 10505:2009, even though they are photographically important:</p>
<ul>
<li> reflecting materials (photographic papers);</li>
<li> materials having emulsion coated on both sides of the support (e.g. some X-ray films);</li>
<li> the estimation of the noise power spectrum (Wiener spectrum).</li>
</ul>
Reģistrācijas numurs (WIID)
50747
Darbības sfēra
<p>ISO 10505:2009 describes a method for determining the intrinsic root mean square granularity (rms‑granularity) of photographic films. Intrinsic rms-granularity refers to those density fluctuations produced solely by the distribution of developed image forming centres in the photographic emulsion.</p>
<p>Continuous-tone monochrome (silver absorbing species) and colour (dye absorbing species) materials coated on a transmitting support can be measured by the procedures described in ISO 10505:2009. ISO 10505:2009 is intended for imaging systems with viewing magnifications between 5x and 12x (see Annex A).</p>
<p>The following kinds of granularity measurements are not covered by ISO 10505:2009, even though they are photographically important:</p>
<ul>
<li> reflecting materials (photographic papers);</li>
<li> materials having emulsion coated on both sides of the support (e.g. some X-ray films);</li>
<li> the estimation of the noise power spectrum (Wiener spectrum).</li>
</ul>
