期刊论文

Development of a Real- time Monitoring Software on Heat Loss of the TMSR Molten -salt Loop

中文

核电子学与探测技术

0258-0934

2016

36

4

363-366and381

10.3969/j.issn.0258-0934.2016.04.004

11475082:国家自然科学基金 JG201446:环保部核与辐射安全监督管理技术支持资助

本校为第一机构

为解决活性炭连续降氡过程中的在线再生问题,建立了降低空气中氡气的活性炭变压吸附法。该方法通过两个活性炭床变换吸附与解吸的角色,实现了持续输出低氡空气的目的。利用该方法分别在解吸气流比（λ）值为30%、53%、75%的条件下,测量装置输出口的浓度随时间的变化,结果表明在λ值为75%时,活性炭实现了再生且系统达到了循环稳态。

To solve the problem of the activated carbon regeneration online in the process of continuous radon removal, we establish an approach which used activated carbon to reduce radon in air with PSA technology. Through changing the role of the two adsorption and desorption activated carbon beds, the PSA device output the air with low concentration radon continuously. Under the condition of the desorption gas flow ratio is 30%,53%,75%, we measured the concentration of the device output over time. The results show that when the desorption gas flow rat...