Using the program to generate 3-D multi-block abutting structured grid of reverse jet flow field with the controlling of concentration and orthogonalization.

并在此基础上采用一定加密、正交化方法,生成了三维反向流流场分区对接结构网格。

In addition, the USAF continues to fund development work of the Aerojet (formerly Atlantic Research) Variable Flow Ducted Rocket ramjet system as a future propulsion option for an extended range AAM.

此外，美国空军继续投资于航空究所（原西洋究所）可变流管火箭发动机系统，将其作为增程空空导弹未推进选项。

Using the program to generate 3-D multi-block abutting structured grid of reverse jet flow field with the controlling of concentration and orthogonalization.

并在此基础上采用一定加密、正交化方法,生成了三维反向喷流流场分区对接结构网格。

In addition, the USAF continues to fund development work of the Aerojet (formerly Atlantic Research) Variable Flow Ducted Rocket ramjet system as a future propulsion option for an extended range AAM.

此外，美国空投资于航空喷气研究所（原来大西洋研究所）喷流管火箭发动机系统，将其作为增程空空导弹未来推进选项。

Using the program to generate 3-D multi-block abutting structured grid of reverse jet flow field with the controlling of concentration and orthogonalization.

并在此基础一定的加密、正交化方法,生成了三维反向喷流流场区对接结构网格。

In addition, the USAF continues to fund development work of the Aerojet (formerly Atlantic Research) Variable Flow Ducted Rocket ramjet system as a future propulsion option for an extended range AAM.

此外，美国空军继续投资于航空喷气研究所（原来的大西洋研究所）的可变喷流管火箭发动机系统，将其作为增程空空导弹的未来推进选项。

Using the program to generate 3-D multi-block abutting structured grid of reverse jet flow field with the controlling of concentration and orthogonalization.

并在此基础上采的加密、正交化方法,生成了三维反向喷流流场分区对接结构网格。

In addition, the USAF continues to fund development work of the Aerojet (formerly Atlantic Research) Variable Flow Ducted Rocket ramjet system as a future propulsion option for an extended range AAM.

此外，美国空军继续投资于航空喷气研究所（原来的大西洋研究所）的可变喷流管火箭发动机系统，将其作为增程空空导弹的未来推进选项。

Using the program to generate 3-D multi-block abutting structured grid of reverse jet flow field with the controlling of concentration and orthogonalization.

并在此基础上采用一定的加密、正交化方法,生成了三维流流场分区对接结构网格。

In addition, the USAF continues to fund development work of the Aerojet (formerly Atlantic Research) Variable Flow Ducted Rocket ramjet system as a future propulsion option for an extended range AAM.

此外，美国军继续投资于航气研究所（原来的大西洋研究所）的可变流管火箭发动机系统，将其作为增程弹的未来推进选项。

Using the program to generate 3-D multi-block abutting structured grid of reverse jet flow field with the controlling of concentration and orthogonalization.

并在此基础一定的加密、正交化方法,生成了三维反向喷流流场区对接结构网格。

In addition, the USAF continues to fund development work of the Aerojet (formerly Atlantic Research) Variable Flow Ducted Rocket ramjet system as a future propulsion option for an extended range AAM.

此外，美国空军继续投资于航空喷气研究所（原来的大西洋研究所）的可变喷流管火箭发动机系统，将其作为增程空空导弹的未来推进选项。

Using the program to generate 3-D multi-block abutting structured grid of reverse jet flow field with the controlling of concentration and orthogonalization.

并在此基础上采用一定加密、正交化方法,生成了三维反向流流场分区对接结构网格。

In addition, the USAF continues to fund development work of the Aerojet (formerly Atlantic Research) Variable Flow Ducted Rocket ramjet system as a future propulsion option for an extended range AAM.

此外，美国军继续投资于航研究所（原来西洋研究所）可变流管火箭发动机系统，将其作为增程导弹未来推进选项。

Using the program to generate 3-D multi-block abutting structured grid of reverse jet flow field with the controlling of concentration and orthogonalization.

并在基础上采用一定的加密、正交化方法,生成了三维反向喷流流场分区对接结构网格。

In addition, the USAF continues to fund development work of the Aerojet (formerly Atlantic Research) Variable Flow Ducted Rocket ramjet system as a future propulsion option for an extended range AAM.

，国空军继续投资于航空喷气研究所（原来的大西洋研究所）的可变喷流发动机系统，将其作为增程空空导弹的未来推进选项。

Using the program to generate 3-D multi-block abutting structured grid of reverse jet flow field with the controlling of concentration and orthogonalization.

并在此基础上采用一定加密、正交化方法,生成了三维反向喷流流场分区对接结构网格。

In addition, the USAF continues to fund development work of the Aerojet (formerly Atlantic Research) Variable Flow Ducted Rocket ramjet system as a future propulsion option for an extended range AAM.

此外，美国空投资于航空喷气研究所（原来大西洋研究所）喷流管火箭发动机系统，将其作为增程空空导弹未来推进选项。