These birds navigate by the sun.

这些鸟靠太阳确定方向。

For drill point with planar flanks, using toolroom microscope, we measure the angles relevant to unit vector on the flanks and transform these data into design parameters.

我们利用工具显微镜,对平面型后刀面枪钻测量有度,确定后刀面法方向,并将数据转计参数。

These birds navigate by the sun.

靠太阳确定方向。

For drill point with planar flanks, using toolroom microscope, we measure the angles relevant to unit vector on the flanks and transform these data into design parameters.

我们利用具显微镜,对平面型后刀面枪钻测量有关的角度,确定后刀面法方向,并将数据转换为设计参数。

These birds navigate by the sun.

这些鸟靠太阳确定方向。

For drill point with planar flanks, using toolroom microscope, we measure the angles relevant to unit vector on the flanks and transform these data into design parameters.

我们利用工具显微镜,对平面型后刀面枪钻测量有关,确定后刀面法方向,并将数据设计参数。

These birds navigate by the sun.

这些鸟靠太阳方向。

For drill point with planar flanks, using toolroom microscope, we measure the angles relevant to unit vector on the flanks and transform these data into design parameters.

我们利用工具显微镜,对平面型刀面枪钻测量有关的角度,刀面法方向,并转换为设计参。

These birds navigate by the sun.

这些鸟靠太阳确定方向。

For drill point with planar flanks, using toolroom microscope, we measure the angles relevant to unit vector on the flanks and transform these data into design parameters.

我们利用工具显微镜,对平面型后刀面枪钻测量有关的角度,确定后刀面法方向,并将数据转换为设计参数。

These birds navigate by the sun.

这些鸟靠太阳确定方向。

For drill point with planar flanks, using toolroom microscope, we measure the angles relevant to unit vector on the flanks and transform these data into design parameters.

我们利用工具显微镜,对平面型后刀面枪钻测量有关的角度,确定后刀面法方向,并将数据转换为设计参数。

These birds navigate by the sun.

些鸟靠太阳确定方向。

For drill point with planar flanks, using toolroom microscope, we measure the angles relevant to unit vector on the flanks and transform these data into design parameters.

我们利用具显微镜,对平面型后刀面枪钻测量有关的角度,确定后刀面法方向,并将数据转换为设计参数。

These birds navigate by the sun.

这些鸟靠太阳确定方向。

For drill point with planar flanks, using toolroom microscope, we measure the angles relevant to unit vector on the flanks and transform these data into design parameters.

我们利用工镜,对平面型后刀面枪钻测量有关的角度,确定后刀面法方向,并将数据转换为设计参数。

These birds navigate by the sun.

这些鸟靠太阳确定方。

For drill point with planar flanks, using toolroom microscope, we measure the angles relevant to unit vector on the flanks and transform these data into design parameters.

我们利用工具显微镜,对平型枪钻测量有关的角度,确定法方,数据转换为设计参数。

These birds navigate by the sun.

这些鸟靠太阳确定方向。

For drill point with planar flanks, using toolroom microscope, we measure the angles relevant to unit vector on the flanks and transform these data into design parameters.

我们利用工具显微镜,型后刀枪钻测量有关的角度,确定后刀法方向,并将数据转换为设计参数。