辐射的

A Combined environment which consists of charged particle radiation and ultraviolet radiation exists in the medium and high Earth orbit.

在中高轨道上，存在着带电粒子辐射、紫外辐照等组成的综合辐射环境。

Simulates the dynamic thermal process of the low temperature floor radiant heating system and the convector heating system under different solar irradiances.

模拟了低温地板辐射供暖与对流散热器供暖系统在不同太阳辐射照度下的动态热过程。

Results: radiation-induced depolymerization of F-actin microfilament stress fibres was dependent on the radiation dose.

电离辐射对血管内皮细胞骨架蛋白F-actin的破坏可能是血管内皮细胞辐射损伤机体机理之一。

They may be expected to retain an important place in radiation dosimetry and radiation instrumentation generally.

在辐射剂量测量和辐射剂量仪器中，它们通常仍占有重要的地位。

We have discussed the structure of the emission spectrum for an entangled coherent-states input.

给出了辐射谱一般公式，并讨论在纠缠相干态光场驱动下的辐射频谱结构。

The paper has researched the effect of infrared emissivity on camouflage characteristics and emission temperature of target.

研究了红外辐射率对双波段红外隐身效果和辐射温度的影响。

At Er~(3+) doping concentration range 0.1-1.5 mol%, Er~(3+) first arrived at ~4F_(7/2) energy level by excited state absorption, then rapidly relaxed to ~2H_(11/2) and ~4S_(3/2) energy levels, the population of which increased, the remarkable upconversion green emission was obtained when Er~(3+) directly went back to ground state by radiative transition.

Er~(3+)浓度在0.1-1.5 mol％时，Er~(3+)通过激发态吸收跃迁到~4F_(7／2)能级，后迅速无辐射弛豫到~2H_(11／2)、~4S_(3／2)能级，~2H_(11／2)和~4S_(3／2)能级上Er~(3+)的布居数增多，Er~(3+)直接辐射跃迁回基态，上转换发射以绿光为主。

Another important quantity describing the radiation field is its intensity .

还有一个描述辐射场的重要物理量是辐射强度。

PTEN gene expression has relation to the dose of gamma ray.

提示PTEN基因与低剂量电离辐射生物学效应及电离辐射旁效应的发生存在非常密切关系。

Nuclear disintegration or transformation caused by absorption of high-energy radiation, as of gamma rays.

辐射由一种放射性物质发出的辐射，包括α粒子、原子核、电子、和γ射线

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。