And virtual assemblies of the Experimental Advanced Superconducting Tokomak device (EAST) and the fusion-driven sub-critical system (FDS-I) are successfully simulated on FVAS.

该系统成功仿真了我国即将运进超导托克马克实验装置EAST装配方案,并在进聚变驱动次临界堆FDS-I概念设计研中得到用。

The neutronic computation and analysis is performed to assess the technical feasibility of transmutation of long-lived actinides using fusion-fission hybrid reactors by the above code system.

利用所研制程序系统对长寿命锕系元素在聚变-裂变混合堆中转化进了探索性研。

And virtual assemblies of the Experimental Advanced Superconducting Tokomak device (EAST) and the fusion-driven sub-critical system (FDS-I) are successfully simulated on FVAS.

该系统成功仿真了我国即将运行的先进超导托克马克实验装置EAST的装,并在先进的聚驱动次临界堆FDS-I概念设计研究中得到用。

The neutronic computation and analysis is performed to assess the technical feasibility of transmutation of long-lived actinides using fusion-fission hybrid reactors by the above code system.

利用所研制的程序系统对长寿命锕系元素在聚-合堆中的转化进行了探索性研究。

And virtual assemblies of the Experimental Advanced Superconducting Tokomak device (EAST) and the fusion-driven sub-critical system (FDS-I) are successfully simulated on FVAS.

该系统成功仿真我国即将运的先进超导实验装置EAST的装配方案,并在先进的聚变驱动次临界堆FDS-I概念设计研究中得到用。

The neutronic computation and analysis is performed to assess the technical feasibility of transmutation of long-lived actinides using fusion-fission hybrid reactors by the above code system.

利用所研制的程序系统对长寿命锕系元素在聚变-裂变混合堆中的转化进索性研究。

And virtual assemblies of the Experimental Advanced Superconducting Tokomak device (EAST) and the fusion-driven sub-critical system (FDS-I) are successfully simulated on FVAS.

该系统成功仿真了我国即将运行的先进超导托克马克实验装置EAST的装配方案,并在先进的聚次临界堆FDS-I概念设计研究中得到用。

The neutronic computation and analysis is performed to assess the technical feasibility of transmutation of long-lived actinides using fusion-fission hybrid reactors by the above code system.

利用所研制的程序系统对长系元素在聚-裂混合堆中的转化进行了探索性研究。

And virtual assemblies of the Experimental Advanced Superconducting Tokomak device (EAST) and the fusion-driven sub-critical system (FDS-I) are successfully simulated on FVAS.

该系统成功仿真我国即将运的先进超导实验装置EAST的装配方案,并在先进的聚变驱动次临界堆FDS-I概念设计研究中得到用。

The neutronic computation and analysis is performed to assess the technical feasibility of transmutation of long-lived actinides using fusion-fission hybrid reactors by the above code system.

利用所研制的程序系统对长寿命锕系元素在聚变-裂变混合堆中的转化进索性研究。

And virtual assemblies of the Experimental Advanced Superconducting Tokomak device (EAST) and the fusion-driven sub-critical system (FDS-I) are successfully simulated on FVAS.

该系统成功仿真我国即将运的先进超导实验装置EAST的装配方案,并在先进的聚变驱动次临界堆FDS-I概念设计研究中得到用。

The neutronic computation and analysis is performed to assess the technical feasibility of transmutation of long-lived actinides using fusion-fission hybrid reactors by the above code system.

利用所研制的程序系统对长寿命锕系元素在聚变-裂变混合堆中的转化进索性研究。

And virtual assemblies of the Experimental Advanced Superconducting Tokomak device (EAST) and the fusion-driven sub-critical system (FDS-I) are successfully simulated on FVAS.

该统成功仿真了我国即将运行先超导托克马克实验装置EAST装配方案,并在先变驱动次临界堆FDS-I概念设计研究中得到用。

The neutronic computation and analysis is performed to assess the technical feasibility of transmutation of long-lived actinides using fusion-fission hybrid reactors by the above code system.

利用所研制程序统对长寿命锕在变-裂变混合堆中转化行了探索性研究。

And virtual assemblies of the Experimental Advanced Superconducting Tokomak device (EAST) and the fusion-driven sub-critical system (FDS-I) are successfully simulated on FVAS.

该系统成功我国即将运行的先进超导托克马克实验装置EAST的装配方案,并在先进的聚变驱动次临界堆FDS-I概念设计研究中得到用。

The neutronic computation and analysis is performed to assess the technical feasibility of transmutation of long-lived actinides using fusion-fission hybrid reactors by the above code system.

利用所研制的程序系统对长寿命锕系元素在聚变-裂变混合堆中的转化进行探索研究。

And virtual assemblies of the Experimental Advanced Superconducting Tokomak device (EAST) and the fusion-driven sub-critical system (FDS-I) are successfully simulated on FVAS.

该系统成功仿真了我国即将运行先进超导托克马克实EAST配方案,并在先进聚变驱动次临界堆FDS-I概念设计研究得到用。

The neutronic computation and analysis is performed to assess the technical feasibility of transmutation of long-lived actinides using fusion-fission hybrid reactors by the above code system.

利用所研制程序系统对长寿命锕系元素在聚变-裂变混合堆化进行了探索性研究。