X-ray diffractometer suspension mercerizing well support and using method thereof

Abstract

The invention discloses an X-ray diffractometer suspension mercerization well support and a using method thereof, a suspension mercerization well comprises a suspension wire and a pendant tied to a bottom end of the suspension wire, and the support comprises a lockable magnetic base, a three-axis translation fine adjustment holder, a sliding device and a limiter located below the suspension mercerization well; an upper end of the lockable magnetic base is connected with the three-axis translation fine adjustment holder, and a lower end is adsorbed on a detector protection cover; a magnetic knob switch is mounted on a magnetic device; the sliding device comprises a sliding rail cantilever and a sliding block mechanism. One end of the sliding rail cantilever is fixed to a top face of a Z-axis vertical displacement table. The sliding block mechanism comprises a sliding block installed on the sliding rail cantilever, a horizontal rotating mechanism with angle scales and a suspension wire fixing button, wherein the horizontal rotating mechanism is arranged in the center of the sliding block. An upper end of the suspension wire is connected with the horizontal rotating mechanism. The support is convenient to disassemble and assemble, accurate in positioning and capable of being adjusted infinitely and flexibly, and a direct light shielding angle capable of being freely selected is formed.

Description

technical field [0001] The invention relates to an X-ray diffractometer suspension wire optical well support and a using method thereof, belonging to the technical field of X-ray diffractometers. Background technique [0002] Light well: An element used on some types of X-ray diffractometers to block incident X-rays directed at the detector to protect the detector from direct radiation damage. [0003] The existing components are used in the RAPID II X-ray diffractometer of Japan Rigaku Corporation, using a gate-shaped bracket, one section of the bracket is connected to the equipment collimator, and the other end is attached to the light well. Connected to the collimation tube of the equipment, the collimation tube is a replaceable part. When replacing different collimation tubes, if the existing technology parts cannot be reconnected to the collimation tube due to omission, it will cause direct radiation damage when the ray is turned on. Device Detector widget. [0004]...

AI Technical Summary

Problems solved by technology

Connected to the collimation tube of the equipment, the collimation tube is a replaceable part. When replacing different collimation tubes, if the existing technology parts cannot be reconnected to the collimation tube due to omission, it will cause direct radiation damage when the ray is turned on. Device Detector Parts

[0004] The existing technology is connected to the collimation tube of the equipment, and the gate-shaped bracket structure will form a certain degree of shielding on the sample stage, making it difficult to replace the sample. If it is serious, it may cause the collimation tube to shift, directly affect the accuracy of the equipment, or even damage the equipment; the gate-shaped frame structure of the prior art covers a part of the detector, which will partially block the diffraction signal, and cause a certain impact on the signal collection range of the equipment. Loss; the prior art structure material is stainless steel sheet, the material rigidity is not enough, it is easy to bend during use, causing the position of the light well to shift, affecting the shading effect

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