For the future situation after stop line changed，the line-clothoid-clothoid-line model is presented.

对于停车线变后的未来状态，给出了直线—回旋线—回旋线—直线组合的左转车辆行驶轨迹模型。

It doesn’t give you much leeway, does it?

这一来, 你就没有多少回旋的余地了, 是不是？

And traditional rotating mirror, bolographic refringence microscopic engage laser beam scanning in sencitivity on imamging.

和古板回旋扭转背不同，全息不直射也是让激平束扫描在感平质料上成像的机构。

Adopt gyral zero-finding technology to ensure the correction of detected part and avoid the。dislocation resulted from the stepout of direct drive.

采用回旋找零技术，确保测试的准确无误，避免了因直接驱动失步而造成的错。

The theory of medical microtron is introduced.The theory of medical runway microtron is expressed and its characteristics are compared with electron linear accelerator.

着介绍了电子回旋加速器原，介绍了跑道式电子回旋加速器的工作原，并对电子回旋加速器和电子直线加速器的特进行了比较。

For the future situation after stop line changed，the line-clothoid-clothoid-line model is presented.

对于停车线位置改变后的未来状态，给出了直线—回旋线—回旋线—直线组合的左转车辆行驶轨。

It doesn’t give you much leeway, does it?

这一来, 你就没有多少回旋的余地了, 是不是？

And traditional rotating mirror, bolographic refringence microscopic engage laser beam scanning in sencitivity on imamging.

和古板回旋扭转背不同，全息不直射也是让激平束扫描在感平质料上成像的机构。

Adopt gyral zero-finding technology to ensure the correction of detected part and avoid the。dislocation resulted from the stepout of direct drive.

采用回旋找零技术，保测试位置的误，避免了因直接驱动失步而造成的错位。

The theory of medical microtron is introduced.The theory of medical runway microtron is expressed and its characteristics are compared with electron linear accelerator.

着重介绍了电子回旋加速器原理，重点介绍了跑道式电子回旋加速器的工作原理，并对电子回旋加速器和电子直线加速器的特点进行了比较。

For the future situation after stop line changed，the line-clothoid-clothoid-line model is presented.

对于停车线位置改变后的未来状态，给出直线—回旋线—回旋线—直线组合的左转车轨迹模型。

It doesn’t give you much leeway, does it?

这一来, 你就没有多少回旋的余地, 是不是？

And traditional rotating mirror, bolographic refringence microscopic engage laser beam scanning in sencitivity on imamging.

和古板回旋扭转背不同，全息不直射也是让激平束扫描在感平质料上成像的机构。

Adopt gyral zero-finding technology to ensure the correction of detected part and avoid the。dislocation resulted from the stepout of direct drive.

采用回旋找零技术，确保测试位置的准确无误，因直接驱动失步而造成的错位。

The theory of medical microtron is introduced.The theory of medical runway microtron is expressed and its characteristics are compared with electron linear accelerator.

着重介绍电子回旋加速器原理，重点介绍跑道式电子回旋加速器的工作原理，并对电子回旋加速器和电子直线加速器的特点进比较。

For the future situation after stop line changed，the line-clothoid-clothoid-line model is presented.

对于停车位置改变后的未来状态，给出了—回旋—回旋—合的左转车辆行驶轨迹模型。

It doesn’t give you much leeway, does it?

这一来, 你就没有多少回旋的余地了, 是不是？

And traditional rotating mirror, bolographic refringence microscopic engage laser beam scanning in sencitivity on imamging.

和古板回旋扭转背不同，全息不射也是让激平束扫描在感平质料上成像的机构。

Adopt gyral zero-finding technology to ensure the correction of detected part and avoid the。dislocation resulted from the stepout of direct drive.

采用回旋找零技术，确保测试位置的准确无误，避免了因接驱动造成的错位。

The theory of medical microtron is introduced.The theory of medical runway microtron is expressed and its characteristics are compared with electron linear accelerator.

着重介绍了电子回旋加速器原理，重点介绍了跑道式电子回旋加速器的工作原理，并对电子回旋加速器和电子加速器的特点进行了比较。

For the future situation after stop line changed，the line-clothoid-clothoid-line model is presented.

车线位置改变后的未来状态，给出直线—回旋线—回旋线—直线组合的左转车辆行驶轨迹模型。

It doesn’t give you much leeway, does it?

这一来, 你就没有多少回旋的余地, 是不是？

And traditional rotating mirror, bolographic refringence microscopic engage laser beam scanning in sencitivity on imamging.

和古板回旋扭转背不同，全息不直射也是让激平束扫描在感平质料上成像的机构。

Adopt gyral zero-finding technology to ensure the correction of detected part and avoid the。dislocation resulted from the stepout of direct drive.

采用回旋找零技术，确保测试位置的准确无误，避免因直接驱动失步而造成的错位。

The theory of medical microtron is introduced.The theory of medical runway microtron is expressed and its characteristics are compared with electron linear accelerator.

着重介绍电子回旋加速器原理，重点介绍式电子回旋加速器的工作原理，并电子回旋加速器和电子直线加速器的特点进行比较。

For the future situation after stop line changed，the line-clothoid-clothoid-line model is presented.

对于停车线位置改变后的未来状态，给出了直线—旋线—旋线—直线组合的左转车辆行驶轨迹模型。

It doesn’t give you much leeway, does it?

这一来, 你就没有多少旋的余地了, 是不是？

And traditional rotating mirror, bolographic refringence microscopic engage laser beam scanning in sencitivity on imamging.

和旋扭转背不同，全息不直射也是让激平束扫描在感平质像的机构。

Adopt gyral zero-finding technology to ensure the correction of detected part and avoid the。dislocation resulted from the stepout of direct drive.

采用旋找零技术，确保测试位置的准确无误，避免了因直接驱动失步而造的错位。

The theory of medical microtron is introduced.The theory of medical runway microtron is expressed and its characteristics are compared with electron linear accelerator.

着重介绍了电子旋加速器原理，重点介绍了跑道式电子旋加速器的工作原理，并对电子旋加速器和电子直线加速器的特点进行了比较。

For the future situation after stop line changed，the line-clothoid-clothoid-line model is presented.

对于停车线变后的未来状态，给出了直线—回旋线—回旋线—直线组合的左转车辆行驶轨迹模型。

It doesn’t give you much leeway, does it?

这一来, 你就没有多少回旋的余地了, 是不是？

And traditional rotating mirror, bolographic refringence microscopic engage laser beam scanning in sencitivity on imamging.

和古板回旋扭转背不同，全息不直射也是让激平束扫描在感平质料上成像的机构。

Adopt gyral zero-finding technology to ensure the correction of detected part and avoid the。dislocation resulted from the stepout of direct drive.

采用回旋找零技术，确保测试的准确无误，避免了因直接驱动失步而造成的错。

The theory of medical microtron is introduced.The theory of medical runway microtron is expressed and its characteristics are compared with electron linear accelerator.

着介绍了电子回旋加速器原，介绍了跑道式电子回旋加速器的工作原，并对电子回旋加速器和电子直线加速器的特进行了比较。

For the future situation after stop line changed，the line-clothoid-clothoid-line model is presented.

对于停车线位置改变后未来状态，给出了直线—回旋线—回旋线—直线组合左转车辆行驶轨迹模型。

It doesn’t give you much leeway, does it?

这一来, 你就没有多少回旋余地了, ？

And traditional rotating mirror, bolographic refringence microscopic engage laser beam scanning in sencitivity on imamging.

古板回旋扭转背同，全息直射也让激平束扫描在感平质料上成构。

Adopt gyral zero-finding technology to ensure the correction of detected part and avoid the。dislocation resulted from the stepout of direct drive.

采用回旋找零技术，确保测试位置准确无误，避免了因直接驱动失步而造成错位。

The theory of medical microtron is introduced.The theory of medical runway microtron is expressed and its characteristics are compared with electron linear accelerator.

着重介绍了电子回旋加速器原理，重点介绍了跑道式电子回旋加速器工作原理，并对电子回旋加速器电子直线加速器特点进行了比较。

For the future situation after stop line changed，the line-clothoid-clothoid-line model is presented.

对于停车线位置改变后的未来状态，给出了直线—回旋线—回旋线—直线组合的左转车辆行驶轨迹模型。

It doesn’t give you much leeway, does it?

这一来, 你就没有回旋的余地了, 是不是？

And traditional rotating mirror, bolographic refringence microscopic engage laser beam scanning in sencitivity on imamging.

和古板回旋扭转背不同，全息不直射也是让激平束扫描在感平质料上成像的机构。

Adopt gyral zero-finding technology to ensure the correction of detected part and avoid the。dislocation resulted from the stepout of direct drive.

采用回旋找零，保测试位置的准无误，避免了因直接驱动失步而造成的错位。

The theory of medical microtron is introduced.The theory of medical runway microtron is expressed and its characteristics are compared with electron linear accelerator.

着重介绍了电子回旋加速器原理，重点介绍了跑道式电子回旋加速器的工作原理，并对电子回旋加速器和电子直线加速器的特点进行了比较。