Transcription of 2.2. PHYSICAL AND PHYSICOCHEMICAL METHODS
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2.2. PHYSICAL AND PHYSICOCHEMICAL METHODS
EUROPEAN PHARMACOPOEIA Clarity and degree of opalescence of PHYSICAL ANDPHYSICOCHEMICALMETHODS01/2008 CLARITY AND DEGREE OFOPALESCENCE OF LIQUIDSVISUAL METHODU sing identical test-tubes of colourless, transparent, neutralglass with a flat base and an internal diameter of 15-25 mm,compare the liquid to be examined with a referencesuspension freshly prepared as described below, the depthof the layer being 40 mm. Compare the solutions in diffuseddaylight 5 min after preparation of the reference suspension,viewing vertically against a black background. The diffusionof light must be such that reference suspension I canreadily be distinguished fromwater R, and that referencesuspension II can readily be distinguished from referencesuspension its clarity is the same as thatofwater Ror of the solvent used when examined under theconditions described above, or if its opalescence is not morepronounced than that of ref
METHODS 01/2008:20201 2.2.1. CLARITY AND DEGREE OF OPALESCENCE OF LIQUIDS VISUAL METHOD Using identical test-tubes of colourless, transparent, neutral glass with a flat base and an internal diameter of 15-25 mm, compare the liquid to be examined with a reference suspension freshly prepared as described below, the depth
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