The sphene is a kind of stable mineral which is widely used in solidifing actinides separated from high level radioactive waste.

摘要榍石是种稳定矿物，是人造岩石固化高放射性废弃物较理想的基材。

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.

用所研制的程序统对长寿命锕聚变-裂变混合堆中的转化进行了探索性研究。

The sphene is a kind of stable mineral which is widely used in solidifing actinides separated from high level radioactive waste.

摘要榍是一种稳定矿物，是人固化高放射废弃物较理想的基材之一。

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.

利用所制的程序统对长寿命锕元素在聚变-裂变混合堆中的转化进行了探究。

The sphene is a kind of stable mineral which is widely used in solidifing actinides separated from high level radioactive waste.

摘要榍石是一种稳定矿物，是石固化高放射废弃物较理想的基材之一。

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.

利用所制的程序统对长寿命锕元素在聚变-裂变混合堆中的转化进行了探索。

The sphene is a kind of stable mineral which is widely used in solidifing actinides separated from high level radioactive waste.

摘要榍石是一种稳定矿物，是人造岩石固射性废弃物较理想的基材之一。

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.

利用所研制的程序统对长寿命锕元素在聚变-裂变混合堆中的转探索性研究。

The sphene is a kind of stable mineral which is widely used in solidifing actinides separated from high level radioactive waste.

摘要榍石是一种稳定矿，是人造岩石固化高放射性废弃较理想的基材之一。

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.

利用所研制的程序统对长寿命锕元素在聚变-裂变混合堆中的转化进行了探索性研究。

The sphene is a kind of stable mineral which is widely used in solidifing actinides separated from high level radioactive waste.

摘要榍石是种稳定矿物，是人造岩石固化高放射性废弃物较理想的基。

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.

利用所研制的程序统对长寿命锕元变-裂变混合堆中的转化进行了探索性研究。

The sphene is a kind of stable mineral which is widely used in solidifing actinides separated from high level radioactive waste.

摘要榍石是一种稳定矿物，是人造岩石固化高放射性废弃物较理想的一。

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.

利用所研制的程序统对长寿命锕元素-裂混合堆中的转化进行了探索性研究。

The sphene is a kind of stable mineral which is widely used in solidifing actinides separated from high level radioactive waste.

摘要榍石是一种稳定矿物，是人造岩石固高放射性废弃物较理想的基材之一。

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.

利用所研制的程序统对长寿命元在聚变-裂变混合堆中的转进行了探索性研究。

The sphene is a kind of stable mineral which is widely used in solidifing actinides separated from high level radioactive waste.

摘要榍石是一种稳定矿物，是人造岩石固化高放射性废弃物较理想基材之一。

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.

利用所研序统命锕元素在聚变-裂变混合堆中转化进行了探索性研究。