1) photosynthetic damage
光合损伤
1.
O_3-FACE(ozone-free air controlled enrichment)platform has been established for observing the photosynthetic damage induced by elevated O_3 in functional leaves of two winter wheat(Tritcium aestivum L.
)品种(烟农19和扬麦16)在灌浆期内功能叶片光合损伤的情况。
2) Laser-induced damage
激光损伤
1.
Its electrical properties have been well characterized, but there is little report about the laser-induced damage properties of SCS.
本文主要对单晶硅的抗激光损伤特性进行研究 ,研究了单晶硅材料在 10 6 4nmNd :YAG激光自由脉冲输出模式和单脉冲输出模式作用下的损伤特性 ,通过对两种激光作用下单晶硅损伤形貌的分析 ,在热效应与热力耦合模型的基础上 ,对单晶硅的激光损伤机制进行了探索。
2.
Defects in thin film are one of the most important factors influencing laser-induced damage in the thin film components, and always a major concern.
薄膜缺陷是影响薄膜元件抗激光损伤的重要因素之一,长期以来一直是人们关注和研究的问题。
3.
When the elements are used under high power condition, the laser-induced damage threshold will is reduced.
在强激光系统中光学元件表面的微结构会引起局域场强增强,进而会影响元件抗激光损伤能力。
3) Laser induced damage
激光损伤
1.
Influence of preparation process on laser induced damage threshold of HfO_2 films;
制备工艺对HfO_2薄膜抗激光损伤能力的影响
2.
Laser induced damage threshold(LIDT) was measured and the damage morphologies were plotted by optical profiler.
采用电子束蒸发技术制备了1 064 nm减反膜,利用超声清洗及激光预处理的方法分别对样品进行处理,并对处理前后的样品分别进行激光损伤阈值测试及破斑深度测量。
3.
The real-time results from laser induced damage to samples using photothermal deflection technique support this model.
文中对样品激光损伤的光热偏转实时观察结果支持了这一模
4) laser damage
激光损伤
1.
Recognition of film laser damage based on wavelet transform;
基于小波变换的薄膜激光损伤识别
2.
Laser damage threshold measurement of the optical elements;
光学元件的激光损伤阈值测量
3.
ZrO_2 is an important material used in high laser damage coatings.
ZrO2是用于高抗激光损伤薄膜的重要材料,其结构及性能与沉积条件有很大关系。
5) photodamage
光损伤
1.
The photodamage threshold of Mg∶Er∶LiNbO_(3) waveguide substrate was tested by m-line method.
采用m线法研究Mg∶Er∶LiNbO3晶体波导基片光损伤阈值。
2.
The values of photodamage resistance ability of In-doped series LiNbO3 crystals were obtained by the facula distortion method.
利用光斑畸变法得到掺In系列LiNbO3晶体的抗光损伤能力,发现在In3+掺入量高于阈值3%时的抗光损伤能力增强,比掺入量低于阈值的晶体高1～3个数量级。
3.
The threshold concentration of～3mol% of In for In:Er:LiNbO_3 was confirmed through the measurements of the absorption spectra and the photodamage resistance ability of In(3mol%):Er:LiNbO_3 is over three orders of magnitude higher than that of Er:LiNbO_3.
通过测试晶体的吸收光谱和抗光损伤能力 ,确定In :Er :LiNbO3 晶体中In的掺杂阈值浓度为～ 3mol% ,In(3mol% ) :Er:LiNbO3 晶体的抗光损伤能力比Er:LiNbO3 提高 3个数量级以上。
6) optical damage
光损伤
1.
Dark decay of the optical damage in iron-doped lithium niobate crystals;
掺铁铌酸锂晶体中光损伤的暗衰减效应(英文)
2.
In this paper,by using the crystal′s photoacoustic effect,a new diagnosis method for crystal′s optical damage which integrates with the wavelet neural network is proposed,and it is applied in diagnosing LiNbO_3′s optical damage successfully.
利用晶体的光声效应,结合小波神经网络故障诊断技术,提出了一种新的晶体光损伤诊断方法,应用该方法对铌酸锂晶体进行了光损伤诊断,结果表明该方法准确、有效。
3.
Theoretical and experimental study on the optical damage mechanism of (Nd,Ce)∶YAG Raman shifting laser in high pressure CH 4 gas with compound output mirror and internal cavity has been reported.
报道了在内腔复合镜输出方式工作下的高压甲烷气体 (Nd ,Ce)∶YAG喇曼频移激光器光损伤机制的理论分析及实验结果 ,提出了高重复频率工作下喇曼频移激光器解决光损伤的设计方
补充资料：激光损伤
激光损伤
laser injury
liguang sunshang激光损伤(la ser injury)激光辐射对机体造成的伤害。激光束对机体的损伤程度，与激光的波长、强度、照射持续时间，受照面积的大小和机体组织对光谱线的吸收、透射、反射程度有关。由于激光平行性好，功率和能量密度极高，易对机体特别是眼造成损伤。激光损伤多见于激光武器发射和激光意外照射事故。波长400一700纳米可见区激光和700一1 400纳米近红外激光主要伤害眼底;波长100一315纳米的紫外激光和1，4一1 000微米红外激光主要伤害角膜和其他屈光介质;波长315一400纳米的近紫外激光伤害晶状体、角膜和眼底。因激光波长和强度的不同，可出现不同程度的眼内外损伤症状，如羞明、异物感、视物模糊、视野缺损和失明等。激光能量密度较大时，可造成皮肤甚至深部组织的烧伤。重复频率的强漫射激光可引起视觉疲劳和神经衰弱症状。接触激光的人员应按激光安全标准进行个人防护:尽可能对光束进行屏蔽，封闭光路;配戴合适的激光防护眼镜，避免眼睛直视激光;定期健康检查，特别是眼科检查。一旦发现有明显眼部损害，应调换工作。战时，在可能受到激光损伤的情况下，应有相应的防护设施，配戴防护眼镜。对激光伤员，要及时送医院实施专科治疗。(汪达昌)
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