ionizing energy
英 [ˈaɪənaɪzɪŋ ˈenədʒi]
美 [ˈaɪənaɪzɪŋ ˈenərdʒi]
游离能；电离能量
双语例句
- MOS devices have to suffer from ionizing radiation as they are widely used in theenvironment of space, nuclear energy and nuclear weapon.
随着航天技术、核能技术及其核武器等高技术的迅速发展，越来越多的mos器件需要在电离辐射环境中工作。 - Their response is more closely related to the number of ionizing particles entering the tube than to the energy absorbed.
它们的响应与进入计数器的致电粒子数目的关系，比响应与吸收的能量的关系更加密切。 - Ionizing an atom of hydrogen takes an energy of 13.6 electron volts, an amount delivered by a photon of ultraviolet light.
游离氢原子需要13.6电子伏特，相当于一个紫外光光子所能提供的能量。 - Scintillators are materials which can be used to detect highly ionizing radiation, because they efficiently convert the energy of this radiation into light.
闪烁晶体因能够有效地把辐射能转换为光能而被用作探测高强度电离辐射的材料。 - Damage sensitivity, a characteristic parameter in the study of ionizing radiation damage equivalence in CMOS devices, is a complex function of total dose, dose rate, radiation source, particle energy, supply voltage, gate bias and transistor type.
损伤敏感性是CMOS器件的电离辐射损伤等效研究中的一个特征参量，这个参量是辐照总剂量、剂量率、辐射类型、能量、管子类型、偏置条件、电源电压等的复杂函数。 - Organisms usually can be injured by ionizing radiation, involving two possible mechanisms, one is direct energy tranmission by ionizing, and the other is indirect effect of free radical produced in radiolysis of water. Oxidant damage is one of important mechanisms causing body injury by radiation.
电离辐射对生物体构成损伤，一是辐射能量传递的直接作用，二是通过水在辐解反应中产生的自由基所引起的损伤的间接作用，氧化损伤是辐射对机体损伤的重要机制之一。 - Various ionizing radiations transfer their energy to biological media by producing secondary electrons.
电离辐射通过它们产生的次级电子将能量传递给生物介质。 - 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。 - We estimated the plasma density produced by relativistic electron beam ( REB) ionizing neutral gas, using both ionization theory and another method employed often to study energy losses of electron beam transporting through matter in nuclear physics.
用电离理论和核物理学中讨论电子束通过介质后的能量损耗的方法，分别估算了强流电子束电离中性气体产生的等离子体的密度。 - Photons incident a medium, through the interaction of particle in the medium, and transfer a part or entire of ionizing radiation energy.
光子进人某种介质（如人体组织）后，通过与介质中原子的相互作用，而传递电离辐射的部分或全部能量。 - γ ray is an ionizing radiation and possesses high energy. It can react both directly on biological macromolecules and indirectly by the exciting and ionizing of H2O and other molecules to cause complex and strong biological effects.
γ射线是一种电离辐射，电离辐射为高能辐射，可以直接作用于生物分子，也可以通过水分子的激发和电离的间接作用，引起强烈而复杂的生物学效应。