1) repetitive irradiation
重复辐照
2) re-irradiation
再照射，重复辐照
3) Heavy ion irradiation
重离子辐照
1.
In order to study biological effects of heavy ion irradiation on maize inbred lines, the agronomic traits and photosynthetic rates were investigated from M1 to M3 of maize seeds irradiated with 12C6+ and 36Ar18+ ions.
结果表明:种子发芽势和发芽率随辐照剂量的增加而下降,不同生理状态的种子对重离子辐照的敏感性也不同。
4) irradiance reconstruction
辐照度重建
5) heavy ion irradiation simulation
重离子辐照模拟
1.
Dependence of radiation damage in the modified 316L stainless steel has been investigated on irradiation temperature from room temperature to 802 ℃ at 21 and 33 dpa and on irradiation dose up to 100 displacemets/atom(dpa) at room temperature by the heavy ion irradiation simulation and positron annihilation lifetime techniques.
用重离子辐照模拟和正电子湮没寿命技术研究了改进型 316L不锈钢在 21和 33dpa辐照剂量下的辐照损伤在室温到 802°C温度范围随辐照温度变化和室温下 0—100dpa剂量范围随辐照剂量变化。
6) Swift heavy ion irradiation
快重离子辐照
1.
The irradiation effects in polymers induced by swift heavy ions were reviewed in comparison with that induced by low ionization particles based on the characteristics of swift heavy ion irradiations.
简要介绍了快重离子辐照损伤的特点 ,通过与低电离辐射粒子辐照在聚合物材料中产生的效应的类比论述了快重离子辐照在聚合物材料中产生的效应及其研究现状 ,并结合快重离子辐照效应的应用展望了该领域未来的发
2.
Electronic energy loss effects induced by swift heavy ion irradiation,such as defect production and evolution,ion latent track formation,phase transformation and anisotropy plastic deformation were introduced emphatically.
文章综述了快重离子电子能损效应研究的历史和概况,重点介绍了快重离子辐照引起的缺陷产生和退火、潜径迹的形成、塑性形变、相变等现象以及相关理论模型,对该领域未来发展趋势给出展望。
补充资料：重复
分子式：
CAS号：
性质：指在相同的实验条件下进行反复测定和测量。重复的目的是估计实验误差，提高平均值的测定精度。它是费歇尔(R.A.Fisher)提出的设计试验的三个基本原则之一，其他两个原则是局部控制与随机化。
CAS号：
性质：指在相同的实验条件下进行反复测定和测量。重复的目的是估计实验误差，提高平均值的测定精度。它是费歇尔(R.A.Fisher)提出的设计试验的三个基本原则之一，其他两个原则是局部控制与随机化。
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