1) atmospheric regeneration
大气再生
1.
Objective To develop a low temperature catalyst for the Sabatier CO 2 reduction of the atmospheric regeneration system and lower the start up temperature of the Sabatier reaction.
目的研制用于大气再生技术Sabatier二氧化碳还原反应的低温催化剂 ,以降低Sabatier反应的起动温度。
2) revivification by exposure to air
大气中自然再生
3) Regenerative amplifier
再生放大
1.
A LDA pumped Nd∶YLF regenerative amplifier has been developed, which works at wavelength of 1053 nm and repetition rate of 1 Hz.
研制了一台激光二极管列阵 (LDA)抽运的Nd∶YLF再生放大器。
2.
In this paper, a flashlamp pumped Cr∶LiSAF (Cr∶LiSrAlF 6) regenerative amplifier was developed to amplify chirped light pulses which were stretched from 80 fs to 103 ps.
设计了灯抽运Cr∶LiSAF(Cr∶LiSrAlF6)飞秒再生放大系统 ,对 80fs光脉冲 (展宽后约 10 3ps)进行了再生放大研究 ,获得了再生放大的输出能量与输入能量和放大倍率与放大往返次数间的关系 ,得到了 8× 10 5的放大倍率和 0 4mJ的单脉冲再生放大输
3.
The stability of a Ti∶sapphire regenerative amplifier (RGA) operating at 1056 nm has been discussed, and the stable amplified pulses have been obtained in an experimental Ti∶sapphire RGA.
讨论钛宝石再生放大器工作在１０５６ｎｍ波长时，获得稳定输出的条件，并在实验上成功地演示了稳定的放大脉冲输出，输出能量均方根起伏小于５％。
4) regenerative amplification
再生放大
1.
On the basis of calculation and analysis on femtosecond amplification gain saturation and femtosecond pulse stretching, we believe it is possible to achieve moderate energy femtosecond regenerative amplification without stretcher if the amplifying cavity parameters is optimized and the pumping pulse energy is changed.
通过飞秒放大增益饱和理论及飞秒脉冲展宽的理论计算与分析 ,指出在优化放大腔结构参数及改变抽运光能量情况下 ,可以在省略展宽器基础上实现中等能量的飞秒脉冲再生放大 。
2.
Bu using a regenerative amplifier with folded standing wave resonator, laser diode array (LDA) pumped regenerative amplification of single longitudinal mode laser pulse with high stability is realized.
详细研究了单纵模激光脉冲从注入到再生放大过程中脉冲的建立过程 ,采用折迭驻波腔结构的再生放大器 ,实现了激光二极管列阵抽运的高稳定单纵模激光脉冲的再生放大 ,获得了总增益为 1 2× 10 7的高增益放大。
5) Soybean regeneration
大豆再生
6) regeneration gas
再生气
1.
Drip pots were equipped in the regeneration gas treatment systems of 9 dehydration facilities of Datianchi project.
大天池工程中9套脱水装置的再生气处理系统中均设置了再生气分液罐,即天然气经过脱水处理后,再生气经过加有保温层的管线进入再生气分液罐,一部分水蒸气和携带的少量甘醇在分液罐中冷凝出来后,剩余气体进入灼烧炉进行燃烧处理,冷凝液则直接进入污水池;但是由于分液罐排出的冷凝液中含有多种成分的物质,如硫化氢、二氧化碳、烃类、甘醇及其变质产物,同时冷凝液中部分物质的析出,散发难闻的刺激性气味,对生产环境造成了较严重的污染,也对站场及周边人员的身体健康造成巨大的危害。
补充资料：青海瓦里关大气基准观象台的大气二氧化碳监测系统
青海瓦里关大气基准观象台的大气二氧化碳监测系统
青海瓦里关大气基准观象台的大气二氧化碳监测系统 温玉璞摄
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