轫致辐射

Bremsstrahlung and compound radiation of electron were considered as main mechanism of continuum radiation.

激光诱导等离子体的连续辐射的主要机制是轫致辐射和复合辐射。

Objective This paper illustrates the influence of bremsstrahlung produced by highenergy electron in body-like material.

目的研究医用高能电子在介质中轫致辐射带来的影响。

The modern term for the phenomenon produced by this device is bremsstrahlung.

现代所产生这种现象的装置叫轫致辐射。

Bremsstrahlung and compound radiation of electron were considered as main mechanism of continuum emission.

我们认为激光诱导等离子体的连续辐射的主要机制是轫致辐射和复合辐射。

Bremsstrahlung produced at an internal target of the accelerator will have a maximum photon energy equal to Ea.

在加速器的内靶上产生的轫致辐射的最大光子能量将等于Ea。

In the paper, We analyze the reason and effect of the bremsstrahlung, calculate the dose in the linear section of the storage rings, and propose the defense project to shield it.

本文详细从束流丢失的角度研究辐射产生的根源，并重点论述了轫致辐射特性。

The effect of backstreaming ions on bremsstrahlung target on focus of electron beams.

轫致辐射转换靶靶面回流离子对电子束聚焦的影响。

By using data of Nobeyama radio heliograph, we calculate value of magnetic field in lower corona in some active region from thermal bremsstrahlung, and preliminary result has been obtained.

利用Nobeyama射电日像仪的观测资料，以热轫致辐射机制为基础对一些活动区的高层大气磁场进行了估算，得到了一些初步的结果。

In electron storage rings, the interactions by beams with residual gas produce the bremsstrahlung which has not been sufficiently understood and is the main course of the loss of the beam.

由于加速器产生高能粒子，在实际应用中必须面临辐射防护方面的问题。加速器储存环直线节中残余气体产生的轫致辐射是同步辐射装置中光束线防护的重要课题之一。

Radiation with different wavelength is emitted because of reciprocity of coronal mass ejections with corona and interplanetary medium.

分析结果表明，其射电辐射机制主要是轫致辐射、微量的回旋辐射和更加微弱的复合辐射。此外，分析讨论了1999年2月至1999年8月期间与CME共生的太阳微波爆发。

In the negative and interrogative forms, of course, this is identical to the non-emphatic forms.

。但是，在否定句或疑问句里，这种带有"do"的方法表达的效果却没有什么强调的意思。

Go down on one's knees;kneel down

屈膝跪下。。。下跪祈祷