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AssigneesRigaku Industrial Corporation, Kawaski Steel Corporation
InventorsShigetoshi Kurozumi, Tadahiro Abe, Hideo Maruyama, Noriko Yasui
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For analyzing the solution specimen according to the fluorescent X-ray analyzing method, a certain quantity of solution specimen to be analyzed is impregnated into a thin porous sheet, for example by dripping method, and the sheet is dried for evaporating the solvent. Held on an appropriate holder, for example, the sheet is placed in the vacuum atmosphere or the atmosphere of helium gas, so that the primary X-rays are irradiated and the wavelength or the intensity of the fluorescent X-rays generated from the solute remained in the sheet may be detected. The concentration of the solution may be changed by concentration or by dilution, so that an adequate intensity of the fluorescent X-ray may be generated. The specimen sampler is made of porous sheet material, to which the solution specimen to be analyzed is impregnated and dried to remain only the solute of the solution in the sheet. To the circumferential edge of the sheet is attached a circular edge of a support, so that the central portion of the porous sheet is sufficiently spaced from the circumferentially provided support.
An on-line, fluorescent X-ray analysis method comprising:
An automated, on-line fluorescent X-ray analysis method comprising:
An automated, on-line, fluorescent X-ray analysis method, wherein the method is for on-line analysis and for automatic adjustment of on-line concentration of a specimen solution, which specimen solution is a manufacturing process fluid comprised of a solvent and a specimen solute to be analyzed dissolved in said solvent, the method comprising:
A specimen sampler to be used in, an automated, on-line, fluorescent x-ray analyzer, the specimen sampler comprising:
Dependencies are inferred from the claim text.