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The invention encompasses a method of generating information about materials in a composition. A reagent is utilized to dissolve portions of the composition, and thereafter is filtered through a substrate which is then scanned with a microscope using automated displacement of the substrate to obtain

The invention encompasses a method of generating information about materials in a composition. A reagent is utilized to dissolve portions of the composition, and thereafter is filtered through a substrate which is then scanned with a microscope using automated displacement of the substrate to obtain data about the non-dissolved portions at locations along a grid pattern. Information about the size and quantity of the non-dissolved portions of the composition is generated. The invention also encompasses a method of generating information about impurities present in a metal composition. Metallic portions of the composition are selectively dissolved relative to impurities to form a solution. The solution is filtered through a substrate which is then scanned with a microscope to obtain data about a darkness of the impurities relative to a background. The data is processed to generate information about the size, quantity and type of the impurities.

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1. A method of generating information about impurities present in a metal composition utilizing a microscope, comprising: utilizing a reagent to selectively dissolve a portion of the composition relative to at least some impurities present in the metal composition, the dissolved portion forming a so

1. A method of generating information about impurities present in a metal composition utilizing a microscope, comprising: utilizing a reagent to selectively dissolve a portion of the composition relative to at least some impurities present in the metal composition, the dissolved portion forming a solution with the reagent; the impurities being at least two different types; one of the at least two types being a first type comprising a first material, and another of the at least two types being a second type comprising a second material, the second material differing from the first material; filtering the solution through a substrate, at some of the first and second types of the impurities being retained on the substrate during the filtering; after the filtering, altering at least one of a chemical property and a physical property of at least some of the impurities retained on the substrate to modify a light absorbing property; scanning across at least a portion of the substrate with a light microscope, the scanning comprising automated displacement of the substrate relative to an observing portion of the microscope along a grid pattern, the microscope obtaining data about the impurities at locations along the grid pattern, the data including a relative darkness of the impurities relative to a background defined by the substrate; the first type of impurities being darker then the background and the second type of impurities being lighter than the background; and processing the data obtained by the microscope to generate information about the size, quantity and type of the impurities. 2. The method of claim 1 further comprising displaying results of the processing as a histogram showing impurities by one or more of type, size and quantity. 3. The method of claim 1 wherein the processing of the data obtained by the microscope comprises digital image processing. 4. The method of claim 1 wherein the dissolved portion of the metal composition comprises a mixture of aluminum and copper, and wherein the reagent is an acid comprising a mixture of hydrochloric acid and nitric acid. 5. The method of claim 1 wherein the first type of impurities predominately comprise carbon and wherein the second type of impurities predominately comprise one or more oxides.