Study on Tritium Measurement Method for Irradiated ~ 6Li-Al Alloy Target by Neutron

中子辐照后~6Li-Al合金 靶片中 氚的测量方法研究

The depth profile of tritium in TTI target under deuterium irradiation

氘轰击下氚 靶 中 氚 浓度深度分布的变化

Preparation of a ring-shaped tritium target

D-T环形 氚 钛 靶的制备工艺

In the process of the tritium target preparation the tritium content monitoring in timely and the waste gas with tritium cleaning as quickly from the glove box is very important .

氚 靶制备工艺中的充氚手套箱内氚含量的及时监测和含氚气氛的净化处理是重要的一环。

A tritium gas target for neutron production at HI-13 tandem accelerator

HI-13串列加速器上的 氚气体 靶装置

The method of tritium measurement for irradiated ~ 6Li-Al alloy target by neutron is studied . The measurement is concerned in both the leakage tritium during neutron irradiation and the produced total tritium in the target .

建立了流气式系统捕集和化学转移法测量6LiAl合金靶片在中子辐照过程中的渗漏氚和辐照后 靶片中总 氚 量的方法。

A tritium gas target was built and employed in neutron physics experiments at HI13 tandem accelerator .

在HI-13串列加速器上建立了我国第一台 氚气体 靶装置。

In the Laser Inertial Confinement Fusion ( ICF ) experiments fusion interaction is realized by bombarding deuterium and tritium targets with multi-path lasers and target monitoring system is a key part of the experiment .

激光惯性约束聚变实验通过多路高能激光轰击氘 氚靶实现核聚变反应， 靶场监测系统是整个实验的关键环节。

A tritium ion beam is accelerated to bombard solid sample target for producing tritium exchange with hydrogen .

在该技术中，加速受激发的 氚离子束，去轰击固体 样品，发生氢-氚交换反应。