| 1. | Maximum peak forward voltage
最大正向峰压 |
| 2. | Maximum peak hour volume
最尖峰小时交通量 |
| 3. | The fluorescence spectra ( fls ) of cml exited at 280nm and 295 nm showed a maximum peak at 335 nm
在激发光波长为280urn时， cml的最大荧光发射峰在335urn处。 |
| 4. | Long - term prediction of annual maximum peak discharge at yangtze three gorges based on artificial neural network
基于人工神经网络的长江三峡年最大洪峰流量长期预报 |
| 5. | The maximum peak - to - peak value of the timing variations in synchronous data expressed as a percentage of the ideal bit period
在以理想的位周期的百分数表示的同步数据里,用以表示两个峰值间的最大定时变化值。 |
| 6. | The maximum peak period of n or p uptake by both " yedan 12 " and " luyu 2 " occurred from filling period to maturing period , and the secondary peak period occurred from elongating stage to tasseling stage
掖单12和鲁玉2号最大吸氮和吸磷高峰期出现在灌浆期至成熟期，较低的吸收高峰期从拔节期至抽雄期。 |
| 7. | The maximum output current on a 60uh inductive load was 1660a , and the maximum peaking voltage on resistive and capacitive loads was over 100kv in our experiments
我们还利用爆炸冲击波加载技术对pzt95 5铁电陶瓷进行了实验研究，在60 h的电感负载上得到1660a的脉冲电流，在电阻和电容负载上获得100kv 、 2 |
| 8. | Research points out that the three key factors , which determine the nox emissions , are maximum peak temperature , rich oxygen concentration and the duration in which combustion products stay at high temperature zone
船舶柴油机的氮氧化物主要是山于大气中的氮在柴油机燃烧过程中被氧化而成。研究表明高温、富氧以及燃烧产物在高温区的停留时间是决定氮氧化物排放量的三个决定因素。 |
| 9. | Research point out that the three key factors , which determine the nox emission , are maximum peak temperature rich oxygen concentration and the duration in which combustion products stay at high temperature , thereby in the section of diesel of diesel emission control measures , for lowing effectively the diesel engine nox exhaust , in the section of diesel emission control measures , respectively narrate the methods to reduce the crucial discharges of diesel engine about nox emission from engine inside disposal and engine outside purge
柴油机的氮氧化物主要是在气缸内燃烧的高温条件下空气中的氮与氧反应而生成。研究表明氮氧化物排放量取决于高温、富氧以及燃烧产物在高温区的停留时间三个因素。为有效降低柴油机氮氧化物排放，本文从机内处理和机外净化两个方面概述了不同的控制技术。 |
| 10. | The fluorescence spectrum ( fls ) of lra excited at 280nm and 295nm showed a maximum peak at 338nm . the characteristic peak of tyr did not exist , and it showed that the fluorescence energy of tyr was transformed to trp and strength the fluorescence of trp . when lra was excited at 295nm , the fls showed a maximum peak at 338nm , the max of fluorescence emission spectrum blue - shifted more than 10nm compared with the max of free tyr ( 348nm )
Lra的荧光光谱研究表明在激发光波长为280nm时，其最大荧光发射峰在338nm处，荧光光谱未见有酪氨酸( tyr )残基的发射峰，表明tyr残基的荧光基本上通过能量转移到trp上，使荧光强度增强，在激发光谱为295nm时，其最大荧光发射峰338nm ，比游离trp的最大荧光发射峰( 348lun )蓝移了近10nln ，说明trp周围的极性较弱，处于疏水的微环境。 |
