PARCELLING FLOW RATE CONTROLLER FOR ELECTROPHORETIC APPARATUS

PURPOSE:To parcel components of equal charge accurately and efficiently, by arranging a parcelling hole at the tank thickness-wise center of a sample parcelling section to control the parcelling flow rate so that the speed of inflow from the parcelling hole is almost the same as that of a tank liqui...

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Hauptverfasser: ASHIDA AKIRA, YAMAZAKI HARUYUKI, OHASHI HARUMICHI, TSUBOUCHI KUNIYOSHI, MATSUSHIMA TOKUNORI, MITANI KENJI
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creator ASHIDA AKIRA
YAMAZAKI HARUYUKI
OHASHI HARUMICHI
TSUBOUCHI KUNIYOSHI
MATSUSHIMA TOKUNORI
MITANI KENJI
description PURPOSE:To parcel components of equal charge accurately and efficiently, by arranging a parcelling hole at the tank thickness-wise center of a sample parcelling section to control the parcelling flow rate so that the speed of inflow from the parcelling hole is almost the same as that of a tank liquid at an upstream point with respect to the parcelling hole. CONSTITUTION:A sample injection tube 2 and a tank liquid introduction tube 4 are provided on the top of a migration tank 1, electrodes 6 and 7 at both ends thereof, a sample parcelling section 3 at the lower part thereof and a tank liquid drain tube 5 on the bottom thereof. In addition, upper and lower detectors 16 and 17 are provided to detect absorbance with the wavelength allowing absorption by components to be separated. A diffusion range of the components is detected with the upper detector 16 from a detection range of absorbance at an upstream position with respect to a parcelling hole 15 while that is detected with the lower detector 17 from a detection range of absorbance at a position immediately before the parcelling hole. The amount of a parcelling liquid is controlled with a parcelling flow rate adjuster 24 to make the detection ranges equal thereby enabling the parcelling of components of equal charge accurately as well as efficiently.
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CONSTITUTION:A sample injection tube 2 and a tank liquid introduction tube 4 are provided on the top of a migration tank 1, electrodes 6 and 7 at both ends thereof, a sample parcelling section 3 at the lower part thereof and a tank liquid drain tube 5 on the bottom thereof. In addition, upper and lower detectors 16 and 17 are provided to detect absorbance with the wavelength allowing absorption by components to be separated. A diffusion range of the components is detected with the upper detector 16 from a detection range of absorbance at an upstream position with respect to a parcelling hole 15 while that is detected with the lower detector 17 from a detection range of absorbance at a position immediately before the parcelling hole. 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subjects INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIRCHEMICAL OR PHYSICAL PROPERTIES
MEASURING
PERFORMING OPERATIONS
PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
PHYSICS
SEPARATION
TESTING
TRANSPORTING
title PARCELLING FLOW RATE CONTROLLER FOR ELECTROPHORETIC APPARATUS
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