1) thick target-thick catcher foil
厚靶-厚收集箔
1.
By using off- line γ-ray spectroscopy in conjunction with thick target-thick catcher foil techniques,the mean forward recoil ranges have been measured for the residues produced from interaction of copper with 20 -46MeV/u 12Cions.
使用离线γ能谱法和厚靶－厚收集箔技术测量了２０—４６ＭｅＶ／ｕ１２Ｃ离子和铜相互作用中余核的前向平均反冲射程。
2) heavy foil
厚箔
4) thick target
厚靶
1.
In order to study the chemical properties of SHE (Rf and Db), we can use the heavy ion beam of 22Ne to bombard the thick targets of Sm and Eu to prepare the isotopes of Hf and Ta and then do model experiments.
研究了在异丙醇-硝酸体系中单次分子镀流程制备Sm和Eu厚靶的实验条件。
2.
The angular distribution of thick target bresstrahlung spetrum has been theoretically studied and calculated.
本文对厚靶轫致辐射谱角分布情况进行了理论研究和计算，并将结果与国外理论值和试验结果作了比较。
5) Thick-target
厚靶
1.
Thick-target technique used in the measurement of cross sections of neutron reactions;
中子核反应截面测量中的厚靶技术
2.
One of its developing trend is to gain harder and more intense X-rays which are yielded by electron beam with energy above 10MeV and current above kA impacting on thick-target.
这些装置中普遍采用mm厚度的重金属厚靶 ,其辐射特性和各种参数间的规律受到关注 。
3.
Carefully choosing the parameter and calculating method involved in analysis, a thick-target PIXE software package was compiled.
仔细选取厚靶PIXE计算中的各参数，编写了厚靶PIXE分析程序，并与国外同类程序进行了比较、验证。
6) Ti foil thickness
Ti箔厚度
1.
Effect of Ti foil thickness on interfacial structure and strength in PTLP bonding of Si_3N_4/Ti/Cu/Ti/Si_3N_4;
Ti箔厚度对Si_3N_4/Ti/Cu/Ti/Si_3N_4部分瞬间液相连接界面结构及强度的影响
补充资料：厚靶模型
解释太阳耀斑脉冲阶段的一种模型。和薄靶模型不同，它假定太阳耀斑中的加速电子能向下贯穿到色球深处。厚靶模型是哈德逊等人首先建立的，认为大多数加速电子向下运动，贯穿到低色球，把能量转移给那里的气体，产生局部加热，引起可见光和紫外辐射增强。同时在那里通过轫致辐射产生硬X射线爆发。在这种模型里，通常都要假设荷电粒子在离开加速区时，具有很小的初始投掷角，以避免在跑向辐射源的半路上被磁镜反射掉。这种模型预言低层深处有硬X射线源,但很难说明活动区位于日面背后的X射线爆发。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条