Through analyzing and accounting evocable error of tool's transmutation during milling process,the compensatory method to the error in NC machining has been put forward.

通计算数控铣削程中刀具变形引起误差,提出对这种误差补偿方法。

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行了探索性研究。

Through analyzing and accounting evocable error of tool's transmutation during milling process,the compensatory method to the error in NC machining has been put forward.

通过分析计算数控铣削过程中刀具形引起的误差,提出对这种误差的补偿方法。

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-裂中的转化进行了探索性研究。

Through analyzing and accounting evocable error of tool's transmutation during milling process,the compensatory method to the error in NC machining has been put forward.

通过分数控铣削过程中刀具变形引起的误差,提出对这种误差的补偿方法。

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了探索性研究。

Through analyzing and accounting evocable error of tool's transmutation during milling process,the compensatory method to the error in NC machining has been put forward.

通过分析计算数控铣削过程变形引起的误差,提出对这种误差的补偿方法。

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-裂变混合堆的转化进行了探索性研究。

Through analyzing and accounting evocable error of tool's transmutation during milling process,the compensatory method to the error in NC machining has been put forward.

通过分析计算数控铣削过程中刀具变形引起误差,提出对这种误差补偿方法。

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.

利用所程序系统对长寿命锕系元素在聚变-裂变混合堆中转化进行了探索性究。

Through analyzing and accounting evocable error of tool's transmutation during milling process,the compensatory method to the error in NC machining has been put forward.

通分析计算数控铣中刀具变形引起误差,提出对这种误差补偿方法。

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.

利用所研制序系统对长寿命锕系元素在聚变-裂变混合堆中转化进行了探索性研究。

Through analyzing and accounting evocable error of tool's transmutation during milling process,the compensatory method to the error in NC machining has been put forward.

通过分析计算数控铣削过程中刀具变形引起的误差,提出对这种误差的补偿方法。

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.

利用所制的程序系统对长寿命锕系元素在聚变-裂变混合堆中的转化进行了探究。

Through analyzing and accounting evocable error of tool's transmutation during milling process,the compensatory method to the error in NC machining has been put forward.

通过分析计算数控铣削过程中刀具变形引起误差,提出对这种误差补偿方法。

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.

利用所程序系统对长寿命锕系元素在聚变-裂变混合堆中转化进行了探索性究。

Through analyzing and accounting evocable error of tool's transmutation during milling process,the compensatory method to the error in NC machining has been put forward.

通过析计算数控铣削过程中刀具变形引起的误差,提出这种误差的补偿方法。

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。