| 1. | 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。 |
| 2. | Shielding and environmental assessment for electron accelerator
电子加速器探伤机的轫致辐射屏蔽及环境评价 |
| 3. | 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 。 |
| 4. | The paper theoretically analyzes the bremsstrahlung influence to the experimental value , offering a way of deducting the bremsstrahlung influence to the experimental value
从理论上分析了轫致辐射对实验值的影响，并给出了扣除轫致辐射对实验值影响的方法。 |
| 5. | In the neon - filled franck - hertz experiment , the experimental value gravely deviates from the value of the first excited state because of the effect of highly excited state and bremsstrahlung
在充氖夫兰克赫兹实验中，由于高激发态和轫致辐射的影响使实验值严重偏离第一激发态值。 |
| 6. | In the neon - filled franck - hertz experiment , the experimental value gravely deviates from the value of the first excited state because of the effect of highly excited state and bremsstrahlung
摘要在充氖夫兰克赫兹实验中，由于高激发态和轫致辐射的影响使实验值严重偏离第一激发态值。 |
| 7. | 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
针对北京正负电子对撞机( bepc和bepcii )储存环直线节结构特点，分析其中残余气体产生的轫致辐射，计算该气体轫致辐射所产生的剂量并提出防护措施。 |
| 8. | 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。 |
| 9. | The photon spectrum data that are used in the calculation for translating the absorbed dose to the photon fluence have been obtained by the experimental method with a 12mv pulse accelerator and the iterative least - squares data analysis technique
为此，利用穿透系数数值分析的叠代最小二乘法对12mv脉冲加速器的轫致辐射谱进行了实验测定，并在同样的几何条件下，用m - c方法对其进行了计算。 |
