V2O5/AC,(V_2O_5/AC)
1)(V_2O_5/AC)V2O5/AC
1.The micro-kinetics of removal of SO_2 on((V_2O_5/AC)) catalysts was carried out through using thermogravimetric analyzer.利用热重分析仪对V2O5/AC脱除SO2的微观动力学进行了研究,考察了催化剂V2O5的含量〔w(V2O5)〕、反应物SO2和H2O的浓度〔φ(SO2)和φ(H2O)〕及反应温度对催化剂增重分率的影响,并采用微孔填充模型描述V2O5/AC的脱硫行为。
2)cylindrical V_2O_5/AC柱状V2O5/AC
3)V2O5/AC catalystV2O5/AC催化剂
4)V_2O_5V2O5
1.Physical-chemical characteristics of the self-developed catalyst V_2O_5-WO_3-MoO_3/TiO_2 have been determined by static N_2 adsorption and XRD,its activity evaluated with a fixed bed continuous reactor and factors that influence the catalyst's activity analyzed.采用静态氮物理吸附法和X射线衍射对自行研制的V2O5-WO3-MoO3/TiO2催化剂进行了物化性能测定,在固定床连续反应器上进行了活性评价,另外对影响催化剂活性的多种因素进行了试验研究。
2.In order to enhance the performance of inert anodes of Ag/NiFe_2O_4 cermet,the inert anode of nickel ferrite based cermet with 15% excess NiO was prepared by the powder metallurgy method using NiO,Fe_2O_3,Ag and a little V_2O_5 as raw materials.为了提高镍铁尖晶石基金属陶瓷惰性阳极的性能,以NiO、Fe2O3、Ag粉和微量V2O5为原料,采用粉末冶金法制备了含有过量15%NiO,掺杂V2O5的镍铁尖晶石金属陶瓷惰性阳极。
3.Carbon was chosen as the reductant to prepare VO_2 from V_2O_5.本文采用碳热法还原V2O5制备钒的低价氧化物VO2。
5)V 2O 5V2O5
6)AC/A ratioAC/A
1.Analysis of AC/A ratio after LASIK in myopia;近视患者LASIK术后AC/A变化观察
2.A preliminary study of AC/A ratio measurements with Eye tracker Model 310 in young people;Model 310眼动追踪仪测量年轻人AC/A的初步研究
英文短句/例句

1.Study on AC/AC Converter with 30kHz Sinewave Output;30kHz正弦波输出的AC/AC变换器研究
2.Research on AC-AC Mode AC/AC Converters with High Frequency Link;交—交型高频环节AC/AC变换器研究
3.Research and Design of 6KVA AC/AC Inverter;6KVA AC/AC电源变换器的研制
4.Research on the Multi-level AC/AC Converter with High-frequency Link高频环节多电平AC/AC变换器的研究
5.Forward-Mode Three-Level AC/AC Converter正激式交-交型三电平AC/AC变换器
6.One-Cycle Control of Buck-Boost Circuit for Single-phase AC/AC Voltage Conversion单周控制Buck-Boost电路的AC/AC电压变换
7.Forecast Control Strategy for Bidirectional Switch AC/AC Converter双向开关AC/AC变换器预测控制策略
8.Research on Single Phase AC/AC Onverters Based on Simple Topologies;基于简单拓扑的单相直接AC/AC变换器研究
9.Research on Full-bridge Mode Current Mode AC/AC Converter with High Frequency AC Link;全桥式电流源高频交流环节AC/AC变换器研究
10.Research on the Forward AC-AC Mode Three-level AC/AC Converter;正激式交—交型三电平AC/AC变换器的研究
11.Study on AC/AC Converter of Contactless Power Transfer System非接触电能传输系统AC/AC变换器的研究
12.Analysis of Output Voltage and Current Ripple for Direct AC/AC Converter直接AC/AC变换器输出电压及电流纹波分析
13.Research on the Uni-polarity Phase-shifted Controlled Voltage Mode AC/AC Converters with High Frequency AC Link;单极性移相控制电压源高频交流环节AC/AC变换器研究
14.Authentication Center (AC) - 10认证中心 (AC) -- 10
15.The chord AC subtends the arc ABC.弦 AC 正对弧 ABC.。
16.AC/DC and DC/AC Converty Circuits in Power Supply Equipment;电源设备中AC/DC和DC/AC变换电路
17.Research on Combination Mode Multi-Level AC-AC Converter组合式多电平AC-AC变换器研究
18.Iterative Harmonics Analysis Approach for AC-DC-AC ConvertersAC-DC-AC变换器的迭代谐波分析方法
相关短句/例句

cylindrical V_2O_5/AC柱状V2O5/AC
3)V2O5/AC catalystV2O5/AC催化剂
4)V_2O_5V2O5
1.Physical-chemical characteristics of the self-developed catalyst V_2O_5-WO_3-MoO_3/TiO_2 have been determined by static N_2 adsorption and XRD,its activity evaluated with a fixed bed continuous reactor and factors that influence the catalyst's activity analyzed.采用静态氮物理吸附法和X射线衍射对自行研制的V2O5-WO3-MoO3/TiO2催化剂进行了物化性能测定,在固定床连续反应器上进行了活性评价,另外对影响催化剂活性的多种因素进行了试验研究。
2.In order to enhance the performance of inert anodes of Ag/NiFe_2O_4 cermet,the inert anode of nickel ferrite based cermet with 15% excess NiO was prepared by the powder metallurgy method using NiO,Fe_2O_3,Ag and a little V_2O_5 as raw materials.为了提高镍铁尖晶石基金属陶瓷惰性阳极的性能,以NiO、Fe2O3、Ag粉和微量V2O5为原料,采用粉末冶金法制备了含有过量15%NiO,掺杂V2O5的镍铁尖晶石金属陶瓷惰性阳极。
3.Carbon was chosen as the reductant to prepare VO_2 from V_2O_5.本文采用碳热法还原V2O5制备钒的低价氧化物VO2。
5)V 2O 5V2O5
6)AC/A ratioAC/A
1.Analysis of AC/A ratio after LASIK in myopia;近视患者LASIK术后AC/A变化观察
2.A preliminary study of AC/A ratio measurements with Eye tracker Model 310 in young people;Model 310眼动追踪仪测量年轻人AC/A的初步研究
延伸阅读

(DL)-Methyl-alpha-(2-thienylethamino)(2-chlorophenyl)ac-etate分子式:暂无分子量:暂无CAS号:暂无性质:暂无制备方法:暂无用途:医药中间体。