microdosimetry
英
美
n. 微剂量学
双语例句
- The systems of acquisition of data and control of radial distances for experiments of heavy-ion microdosimetry are presented.
本文描述了重离子微剂量学实验装置的电力学测量、数据获取和径向距离微调控制系统。 - In order to understand the interaction between ionizing radiation and biological medium, the study of cellular microdosimetry for electrons is needed.
为了解电离辐射与生物介质的直接作用，需对电子的细胞微剂量学进行研究。 - The microdosimetry is about to study ionizing radiation energy deposition on position, time and energy distribution at microcosmic level ( cell or sub-cell), then biological effects from radiation were researched at different conditions.
微剂量学是在微观（细胞、亚细胞）水平上研究电离辐射的能量沉积在空间、时间上的分布及按能量分布的情况，并探讨不同分布对生物效应的影响。 - A cylindrical tissue-equivalent wall-less proportional counter for microdosimetry
用于微剂量测量的圆柱型无壁组织等效正比计数器 - The importance of microdosimetry of heavy ions at nanometre level is discussed in the paper.
探讨了在纳米量级研究重离子微剂量学的重要性，在此基础上建立了一套研究重离子微剂量学的实验装置。 - Experimental Microdosimetry for Neutron
中子辐射的微剂量学实验研究 - The application of microdosimetry in the analysis of the primary process of the radiation-induced chromosome aberrations
微剂量学在辐射诱发染色体畸变原发过程分析中的应用 - Microdosimetry plays an important role in the clinical application of boron neutron capture therapy ( BNCT).
微剂量学研究在临床硼中子俘获治疗（BNCT）的计划设计和疗效评价中起着重要作用。 - Using a Cylindrical Wall less Proportional Counter System for Studying Microdosimetry
用于微剂量学研究的无壁正比计数器系统 - The basic parameters of the proportional counter for microdosimetry and measurement results of linear energy y spectra in mixed neutron-gamma field are shown.
示出了微剂量测量用的正比计数管的主要参数以及在中子、γ混合场中线能y谱的测量结果。 - Experimental Study of Microdosimetry of~ ( 16) O~+ With Low Energy
低能~（16）O~+离子微剂量学研究 - Therefore, Tt can be used as a detector for microdosimetry research and provides a detector for large radiation dose measurement.
可作为微剂量学研究的一种探测器，并提供了一种高剂量的辐射剂量测量手段。 - The physics process of interaction between energetic ions and tumor cells provides the foundation for researching the microdosimetry and relative biological effect.
在微观上，载能离子与生物体相互作用的原初物理过程，是研究微剂量学及其相关生物效应的基础。 - Compared with the results reported by literatures, we find the results of our microdosimetry estimation system are exact.
通过对两种方法所得结果及文献报道结果的比较，我们发现，该系统计算结果准确。