您要查找的是不是:
- The measurements of the oxygen storage capacity (OSC) and temperature programmed reduction (TPR) were used to characterize the properties of the catalysts. 进行了三效催化活性的评价,程序升温还原(TPR)表征和储氧量的测定。
- Oxygen pulse technique, XRD, H2-TPR, and BET surface area analysis methods were used to characterize the oxygen storage capacity (OSC), textual property, reduction behavior and surface area of the materials above respectively. 通过氧脉冲吸附,XRD,H_2-TPR,BET等研究手段来表征样品的储氧能力,物相组成,可还原性能以及比表面积等各方面的性能。
- Oxygen storage materials which have high surface areas and super oxygen storage property were precipitated by ammonium carbonate,and its' phase,oxygen storage capacity,surface area et al. 以碳酸铵为沉淀剂制备一系列高比表面积、高储氧性能的储氧材料,表征了其物相组成,同时对其储氧性能和比表面积进行了测定。
- Keywords oxygen storage capacity;textural properties;structure capacity; 储氧性能;织构性能;结构性能;
- Keywords ceria;zirconia;solid solution;compound oxide;oxygen storage capacity; 氧化铈;氧化锆;固溶体;复合氧化物;储氧量;
- Keywords Ceria-zirconia solid solutions;Preparation methods;Oxygen storage capacity; 铈锆氧化物固溶体;制备方法;储氧能力;
- Keywords ceria;zirconia;oxygen storage capacity;thermal stabilization;three way catalyst; 氧化铈;氧化锆;储氧能力;热稳定性;三效催化剂;
- A unit of storage capacity equal to 1,048,576(220) bytes. 百万字节(计算机)内存量的单位,相当于1,048,576(220)个字节。
- Oxygen storage capacity 储氧性能
- Hence the massive storage capacity. 这样就可以获得巨大的存储容量。
- Oxygen storage capacity (OSC) 储氧量(OSC)
- oxygen storage capacity(OSC) 储氧能力(OSC)
- Liquid oxygen storage requires specific regulations to be known and respected. 液氧贮罐需要有特别的规定,并清楚规定的内容,遵守该规定。
- A unit of storage capacity equal to1, 048, 576(220) bytes. 百万字节(计算机)内存量的单位,相当于1,048,576(220)个字节
- Total storage capacity is limited by number of songs. 总储存量受限于歌曲数目。
- A unit of storage capacity equal to1, 048, 576(220) bits. 兆位(计算机的)内存储数元单位,相当于1,048,576(220)个数元
- External hard disks can be purchased alone and then attached to the microcomputer with cables; they are used for backing up large amounts of data or for additional storage capacity. 内部硬盘永久性地安置在微机内,只有需维修或更换时才取出。外部硬盘可以独立购买,通过电缆线与微机相连。
- Main physical and chemical processes including heat and mass transfer, flow distribution, chemical kinetics, oxygen storage and catalyst deactivation are discussed. 讨论了催化转化器中主要的物理和化学过程,包括传热传质、气流分布、化学动力学、储氧和催化剂中毒。
- Oxygen storage materials (OSM)were prepared by co-precipitation. XRD,OSC,TPR,BET were used to study properties of samples as obtained. 本论文对共沉淀法制备储氧材料进行了详细研究,并利用XRD、氧脉冲吸附、TPR、BET等研究手段对储氧材料的物相组成、储氧性能、还原性能、比表面积等方面进行了表征。
- The key techniques of the AIP technique of oxygen storage and exhaust gas management are stated in this paper,as well as the principle of the AIP. 介绍了常规潜艇的各种AIP系统的原理与组成 ,并对其关键技术氧气的贮存以及废气处理技术进行了重点阐述。