气体离心法

目前广泛采用的同位素分离方法主要有气体扩散法、气体离心法、化学交换法等，由于这部分方法能耗高、分离效率低且环境污染严重已经难以满足对高纯度、特殊同位素的需求。

At present , the main ways to separate isotope are gas diffusion , gas centrifugation , chemical exchanging , etc. Because of their high energy consumption , low efficiency and high pollution , these ways are difficult to meet the demand of higher purity and special isotope .

并对气体喷雾法和离心法进行了比较。

The gas spraying method and the centrifugal method are compared in the paper .

传统同位素分离方法主要包括气体扩散法，气体离心法等。随后激光分离法的发展为人们提供了一种新型的高选择性，低能耗的同位素分离技术。

Traditional isotope separation techniques include gas-diffusion , gas-centrifuge , etc. , while laser isotope separation ( LIS ) method offers us a separation technique with higher selectivity and lower energy consumption .