energy range
英 [ˈenədʒi reɪndʒ]
美 [ˈenərdʒi reɪndʒ]
网络 能量范围; 能量区
双语例句
- We have studied the target atom excitations in the collisions of He+ and He2+ with Na in the energy range ot q ×( 20-140) keV by optical measurements.
本文通过光学方法，在q×（20&140）keV能量范围内，研究了He~+和He~（2+）离子与碱金属原子Na碰撞中的靶激发过程。 - The experimental results show the system has merits of adapting a wider X-ray energy range and imaging quality better than the system based on an image intensifier and a video camera ( imaging time longer than the latter).
实验证明该系统比普通像增强器和视频相机组成的系统具有适应射线能量范围宽和成像质量好的优点（成像时间长一些）。 - Thereinto, the linear ion source is getting the emphasis of the future research work with its advantages of high beam current density, broad energy range, simple structure, low cost and reliable performance, and is applied extensively in the coating process.
其中，线性离子源以其束流密度高，离子束能量范围宽，结构简单，设计成本低以及性能可靠等优点而逐渐成为了研究的重点，并受到广泛应用。 - The main difficultes in these researches are that there are no general accelerator beam-loss models and special calculating codes besides of lacking of nuclear reaction data in intermediate and high energy range.
对于该问题的研究，除了缺乏中高能的核反应数据外，主要的难题是没有通用的加速器柬流损失模型和专用的计算程序。 - The system is characterized by compact configuration and excellent transport properties for broad energy range.
该系统结构紧凑，传输特性好，工作能区宽。 - Tn the energy range where experimental data is lacking, the theoretic calculation is used.
对缺实验数据的能区，用理论计算数据作了补充。 - The difference of energy range between male/ female andemotional/ non-emotional is basically the same.
男、女之间和有、无情之间能量范围差别基本一致。 - The dielectric function of the samples was measured by spectroscopic ellipsometer in the photon energy range of 0.26~ 4.80 eV at room temperature.
本文研究了样品的光学性质：室温下在0.26～4.80eV的光子能量范围内，用椭圆偏振光谱仪测量了样品的复介电函数谱。 - By using the folding model, the elastic scattering between two carbon heavy ions is studied in a wider energy range. The results show that the model gives a very good description of the experimental data.
建立起一个α折迭模型，在一个较宽的能量区域内对两个12C重离子间的弹性散射进行了研究.结果表明，模型能非常好地描述实验数据。 - In this paper is discussed several phenomena of antiproton& proton collision from low to high antiproton energy range. From meson exchange theory and absorption phenomenon, an optical potential can be obtained which can be used to describe pp scattering process.
本文论述从低能至高能的反质子与质子碰撞中各种现象，从介子交换理论和吸收现象，获得一个可以描述其相互作用的光学势。