Angular momentum can accompany nonrotational motion.

非旋的运动可能伴随着有角动量。

The crank and connecting rod mechanism (CCRM) is often used in automatization machineries.It can transform circumrotation movement into to-and-fro beeline movement.

摘连杆机构是自动化中最常用的机构之一，它可使旋运动与往复直线运动相互化。

A application for the missile based on ommateum s structure and function is proposed, and a model based on ommateum is given.

研究了蝇复眼的生理结构及蝇视觉的神经机理,研究了旋运动序列图像的,讨了蝇复眼视觉系统在导弹上的应用。

Angular momentum can accompany nonrotational motion.

非旋的运动可能伴随着有角动量。

The crank and connecting rod mechanism (CCRM) is often used in automatization machineries.It can transform circumrotation movement into to-and-fro beeline movement.

摘要曲柄连杆机构是自动化中最常用的机构之一，它可使旋运动与往复直线运动相互化。

A application for the missile based on ommateum s structure and function is proposed, and a model based on ommateum is given.

研究了蝇复眼的生理结构及蝇视觉的神经机理,研究了旋运动序列图像的整合,探讨了蝇复眼视觉系统在导弹上的应用。

Angular momentum can accompany nonrotational motion.

非旋的运可能伴随着有量。

The crank and connecting rod mechanism (CCRM) is often used in automatization machineries.It can transform circumrotation movement into to-and-fro beeline movement.

摘要曲柄连杆机构是自化中最常用的机构之一，它可使旋运与往直线运相互化。

A application for the missile based on ommateum s structure and function is proposed, and a model based on ommateum is given.

研究了的生理结构及视觉的神经机理,研究了旋运序列图像的整合,探讨了视觉系统在导弹上的应用。

Angular momentum can accompany nonrotational motion.

非旋的运动可能伴随着有角动量。

The crank and connecting rod mechanism (CCRM) is often used in automatization machineries.It can transform circumrotation movement into to-and-fro beeline movement.

摘要曲柄连杆机构是自动化中的机构之一，它可使旋运动与往复直线运动相互化。

A application for the missile based on ommateum s structure and function is proposed, and a model based on ommateum is given.

蝇复眼的生理结构及蝇视觉的神经机理,旋运动序列图像的整合,探讨蝇复眼视觉系统在导弹上的应。

Angular momentum can accompany nonrotational motion.

非旋的运动可能伴随着有角动量。

The crank and connecting rod mechanism (CCRM) is often used in automatization machineries.It can transform circumrotation movement into to-and-fro beeline movement.

摘要曲柄连杆机构是自动化中最常用的机构之一，它可使旋运动与往复直线运动相互化。

A application for the missile based on ommateum s structure and function is proposed, and a model based on ommateum is given.

研究了蝇复眼的生理结构及蝇视觉的神经机理,研究了旋运动序列图像的整合,探讨了蝇复眼视觉系统在导弹上的应用。

Angular momentum can accompany nonrotational motion.

非的运动可能伴随着有角动量。

The crank and connecting rod mechanism (CCRM) is often used in automatization machineries.It can transform circumrotation movement into to-and-fro beeline movement.

摘要曲柄连杆机构是自动化用的机构之一，它可使运动与往复直线运动相互化。

A application for the missile based on ommateum s structure and function is proposed, and a model based on ommateum is given.

研蝇复眼的生理结构及蝇视觉的神经机理,研运动序列图像的整合,探讨蝇复眼视觉系统在导弹上的应用。

Angular momentum can accompany nonrotational motion.

非旋的运动可着有角动量。

The crank and connecting rod mechanism (CCRM) is often used in automatization machineries.It can transform circumrotation movement into to-and-fro beeline movement.

摘要曲柄连杆机构是自动化中最常用的机构之一，它可使旋运动与往复直线运动相互化。

A application for the missile based on ommateum s structure and function is proposed, and a model based on ommateum is given.

研究了蝇复眼的生理结构及蝇视的神经机理,研究了旋运动序列图像的整合,探讨了蝇复眼视在导弹上的应用。

Angular momentum can accompany nonrotational motion.

非旋的运动可能伴随有动量。

The crank and connecting rod mechanism (CCRM) is often used in automatization machineries.It can transform circumrotation movement into to-and-fro beeline movement.

摘要曲柄连杆机构是自动化中最常用的机构之一，它可使旋运动与往直线运动相互化。

A application for the missile based on ommateum s structure and function is proposed, and a model based on ommateum is given.

研究了蝇的生理结构及蝇觉的神经机理,研究了旋运动序列图像的整合,探讨了蝇觉系统在导弹上的应用。

Angular momentum can accompany nonrotational motion.

非旋动可能伴随着有角动量。

The crank and connecting rod mechanism (CCRM) is often used in automatization machineries.It can transform circumrotation movement into to-and-fro beeline movement.

摘要曲柄连杆机构是自动化中最常用机构之一，它可使旋动与往复直线动相互化。

A application for the missile based on ommateum s structure and function is proposed, and a model based on ommateum is given.

研究了蝇复眼生理结构及蝇视觉神经机理,研究了旋动序列图像整合,探讨了蝇复眼视觉系统在导应用。