1) optical limiting materials
光限幅材料
1.
The application and the mechanism of the optical limiting materials are discussed.
介绍了激光防护的几种方法及其特点,并着重介绍了光限幅材料在激光防护中的应用及 限幅机理。
3) soft and wide sheet
柔幅材料
1.
The mechanical behavior of soft and wide sheet moving under a new type high speed surface winder was studied.
对柔幅材料在某新型高速摩擦收卷机收卷状态下力学行为进行研究,以张力为核心,将收卷状态下处于不同位段的幅材张力区分为工作张力和上卷张力两类,分别建立其力学模型,并提出对应的张力控制策略。
4) optical limiting
光限幅
1.
Progress in the optical limiting materials for nonlinear absorption;
非线性吸收激光光限幅材料研究进展
2.
Third-order optical nonlinearities and optical limiting of octa-octyloxy metallo-phthalocyanine for ps pulses in toluene;
8-辛烷氧基金属酞菁的皮秒三阶光学非线性与光限幅特性
3.
Study on the optical limiting properties of the new metal cluster compound;
新型金属团簇化合物的光限幅特性研究
5) optical limiter
光限幅器
1.
e have demostrated the optical limiter using reverse saturable absorption and selffoucsing in copper phthalocyanine.
用酞菁铜金属有机染料首次演示了基于反饱和吸收和自聚焦两种效应的光限幅器。
2.
In this paper, it makes the numerical analysis of one-dimensional nonlinear photonic (1-DNPC) crystal optical limiter in theory.
光限幅器主要用于军事方面。
6) optical power limiting
光限幅
1.
Broadband two-photon absorption and optical power limiting properties of a novel organic compound;
一种新型有机染料的宽带双光子吸收和光限幅特性的研究
2.
Results show that the porphyrin derivative has a large nonlinear absorption coefficient,which has potential applications as novel optical power limiting material.
研究表明,该卟啉化合物在较宽的光谱范围内具有大的非线性吸收系数,是一种具有潜在应用价值的新型光限幅材料。
3.
The upconversion and optical power limiting properties of a new organic dye trans 4 [4 (N hydroxyethyl N ethylamino)styryl] N methylpyridinium p toluene sulfonate (abbreviated as HEASPS thereafter) in DMF are reported in this paper.
报道了一种新型上转换染料———反式 4 [4’ (N 羟乙基 N 乙基胺基 )苯乙烯基 ] N 甲基吡啶 对甲苯磺酸盐(trans 4 [4’ (N hydroxyethyl N ethylamino)styryl] N methylpyridiniump toluenesulfonate ,简称HEASPS)DMF溶液的激光上转换性质和光限幅性质。
补充资料:限幅电路
| 限幅电路 clipping circuit 能按限定的范围削平信号电压波幅的电路。又称限幅器、削波器。限幅电路常用于:①整形,如削去输出波形顶部或底部的干扰。②波形变换,如将输出信号中的正脉冲削去,只留下其中的负脉冲。③过压保护,如强的输出信号或干扰有可能损坏某个部件时,可在这个部件前接入限幅电路。限幅电路按功能分为上限限幅电路、下限限幅电路和双向限幅电路3种 。在上限限幅电路中,当输入信号电压低于某一事先设计好的上限电压时,输出电压将随输入电压而增减;但当输入电压达到或超过上限电压时,输出电压将保持为一个固定值,不再随输入电压而变,这样,信号幅度即在输出端受到限制。同样,下限限幅电路在输入电压低于某一下限电平时产生限幅作用。双向限幅电路则在输入电压过高或过低的两个方向上均产生限幅作用。 |
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