High-precision temperature control device based on particle accelerator material irradiation and temperature control method thereof

A particle accelerator and temperature control device technology, applied in the field of material ion irradiation research and application, can solve problems such as difficulty in applying temperature control, and achieve the effects of reducing temperature overshoot effect, reducing temperature fluctuation, and improving temperature control accuracy

Inactive Publication Date: 2017-08-08
SICHUAN UNIV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

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Problems solved by technology

Based on these characteristics, the temperature control devices and methods used in other industries are difficult to apply to the temperature control based on the irradiation of particle accelerator materials

Method used

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  • High-precision temperature control device based on particle accelerator material irradiation and temperature control method thereof
  • High-precision temperature control device based on particle accelerator material irradiation and temperature control method thereof
  • High-precision temperature control device based on particle accelerator material irradiation and temperature control method thereof

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Embodiment

[0054] The high-precision temperature control method based on the irradiation of particle accelerator materials described in this embodiment is realized by using the above-mentioned temperature control device, and its operation steps are carried out according to the above-mentioned steps.

[0055] In this embodiment, the particle accelerator used is a 2×3MV commercial linear tandem particle accelerator, and an infrared temperature measurement channel 4 is arranged in the vacuum chamber 1 at the end of the ion irradiation beam;

[0056] The infrared thermal imager 6 used is provided by FLIR company, the product model is A655sc, and its temperature measurement range is from room temperature to 1000°C; after calibration, the temperature measurement accuracy of the infrared temperature measurement unit for the irradiation temperature of the material sample is ≤1-5°C;

[0057] The infrared glass window 5 used adopts infrared germanium glass with high light transmittance;

[0058]Th...

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Abstract

The invention relates to a high-precision temperature control method and a temperature control device based on particle accelerator material irradiation. The temperature control device comprises an infrared temperature measuring unit, a resistance heating unit, a water cooling and air cooling unit, a signal control/transmission unit, a sample stage and an irradiation sample thereon, and the like. The sample stage integrates and combines the resistance heating unit and the water cooling and air cooling unit to control irradiation sample heating and cooling simultaneously. The implementation principle of the temperature control method using the temperature control device is as follows: the irradiation temperature of a material is measured in real time using the device, the power of a resistance heating wire and the flow of cooling water and cooling air are controlled via instruction signal transmission lines connected to the computer program control system, and the resistance heating unit and the water cooling and air cooling unit are adjusted automatically and simultaneously to carry out temperature control. Through the temperature control device and the temperature control method of the invention, real-time, automatic and accurate control on the irradiation temperature of a particle accelerator material can be realized, and the temperature control accuracy of particle accelerator material irradiation can be improved greatly.

Description

technical field [0001] The invention belongs to the field of material ion irradiation research and application, and in particular relates to a high-precision temperature control device and a temperature control method based on particle accelerator material irradiation. Background technique [0002] Energy crisis and environmental pollution are two major problems facing the world today. The development of sustainable, green and clean nuclear energy is an important means to solve the above two problems. In the development and application of nuclear energy, the structural and functional materials of nuclear reactors are faced with harsh radiation environments, so the radiation resistance performance has become a key evaluation index for the selection of reactor materials. [0003] The assessment of the radiation resistance of reactor materials mainly includes two types of irradiation methods: the reactor neutron irradiation method and the particle accelerator-based ion irradia...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G05D23/27
CPCG05D23/27
Inventor 杨吉军王龙王佳恒张伟廖家莉杨远友刘宁
Owner SICHUAN UNIV
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