储氢/制氢,hydrogen storage/generation
1)hydrogen storage/generation储氢/制氢
1.Hydrogen generation(HG) from catalytic hydrolysis of sodium borohydride(NaBH_4) solution is a promising integrated technology for on-boardhydrogen storage/generation.硼氢化钠(NaBH4)催化水解制氢是一项具备车载氢源应用前景的储氢/制氢一体化技术。
2)hydrogen production-storage制氢-储存
3)hydrogen storage储氢
1.Research on high capacity Mg-basedhydrogen storage material and itshydrogen storage performance;大容量镁基储氢材料及其储氢性能
2.Preparation of magnesium/carbon nanocomposites forhydrogen storage by reaction milling;反应球磨法制备镁/碳纳米复合储氢材料
3.Research progress ofhydrogen storage in carbon nanotubes;碳纳米管储氢性能的研究进展
英文短句/例句
1.MAlH_4(M=Li,Na) Materials for Hydrogen StorageMAlH_4(M=Li,Na)储氢材料
2.Synthesis of Mg-based Hydrogen Storage Material and Studies on Hydrogenation Properties;镁基复合储氢材料的制备及气态储氢性能研究
3.An Investigation on the Ti-V-Mn/Ti-Cr-V Hydrogen Storage Alloys and Hybrid Hydrogen Storage Vessel;Ti-V-Mn/Ti-Cr-V储氢合金及混合储氢容器的研究
4.A Study on the Microstructures and Hydrogen Storage Characteristics of Ti-Cr-V Based Hydrogen Storage Alloys;Ti-Cr-V系储氢合金的微结构及储氢特性研究
5.Synthesis and Hydrogen Storage Characteristics of Advanced Mg-based Composites;高容量镁基储氢复合材料的制备与储氢特性
6.Theoretical Studies of the Hydrogen Storage Behaviors of Alloys and Design of the New Hydrogen Storage Materials合金储氢机理与新型储氢材料设计的理论研究
7.Characteristic of hydrogen sorption of alloy La_2Mg_(16)NiLa_2Mg_(16)Ni储氢合金吸放氢性能研究(英文)
8.INVESTIGATION ON METAL HYDRIDE HYBRID HIGH-PRESSURE HYDROGEN STORAGE VESSEL金属氢化物复合式高压储氢器的研究
9.Dehydrogenation kinetics of hydrogen storage material 67Mg29C3Ni1Al储氢材料67Mg29C3Ni1Al的放氢动力学研究
10.An Investigation on the Hydrogen Storage Alloys Used for Metal Hydride Hydrogen Compression;用于金属氢化物化学氢压缩的储氢合金的研究
11.Improved Hydrogen Storage Performance of Pure Magnesium by Complex Hydrides;用复合氢化物改善纯镁储氢性能的研究
12.Study on the Intermediate Reactions in the Process of Hydriding Combustion Synthesis of Magnesium Based Hydrogen Storage Alloys;镁基储氢合金氢化燃烧合成若干中间反应研究
13.Study on Hydrogen Absorption/Desorption Characteristics of Ti-V-based Solid Solution Type Hydrogen Storage Alloys;Ti-V基固溶体型储氢合金吸放氢性能的研究
14.Study on Absorb-hydrogen Principle of Hydrogen Storage Alloys and Functions of Substitute Element in Hydrogen Storage Alloys;储氢合金吸氢机理及掺杂元素作用机制的研究
15.Development of Hydriding Combustion Synthesis Reaction Apparatus and the Preparation of Mg-Based Hydrogen Storage Alloy-Mg_2NiH_4;氢化燃烧合成设备研制及镁基储氢合金Mg_2NiH_4制备
16.A Study on the Hydrogen Storage Properties of Re-Mg Alloys Modified by Mechanical Grinding in Tetrahydrofuran (THF);稀土—镁储氢合金的四氢呋喃球磨改性研究
17.A Study on the Hydrogen Absorption Properties of Slurry Systems Composed of Hydrogen Storage Alloys and Benzene;储氢合金与苯组成的浆液的吸氢特性研究
18.The Research on Intermediate Phase Hydrides and the Behavior of Helium Atoms in LaNi_5-based Hydrogen Storage Material;LaNi_5储氢材料中间相和氢化物中氦行为研究
相关短句/例句
hydrogen production-storage制氢-储存
3)hydrogen storage储氢
1.Research on high capacity Mg-basedhydrogen storage material and itshydrogen storage performance;大容量镁基储氢材料及其储氢性能
2.Preparation of magnesium/carbon nanocomposites forhydrogen storage by reaction milling;反应球磨法制备镁/碳纳米复合储氢材料
3.Research progress ofhydrogen storage in carbon nanotubes;碳纳米管储氢性能的研究进展
4)storing hydrogen储氢
1.Moreover,the applications of the carbon nano-tube in the fiber materials,composite materials,electronic devices,catalysis andstoring hydrogen are given.介绍了碳纳米管的发展历史、结构、制备方法,并重点介绍了碳纳米管在纤维材料、复合材料、电子器件、催化、储氢等领域的应用。
2.This paper introduces that a computer simulates the structure of carbon nanotubes and the process ofstoring hydrogen in them.介绍计算机模拟碳纳米管结构和储氢过程。
5)hydrogen evolution制氢
1.Progress of photocatalytichydrogen evolution from water by modified nano-TiO_2;改性纳米TiO_2光催化分解水制氢研究进展
2.Preparation of beryllium-nitrogen-codoped TiO_2 and performance of photocatalytichydrogen evolution under visible light irradiation;铍、氮共掺杂TiO_2的制备及其可见光下光解水制氢性能研究
3.The activity of the prepared photocatalyst under visible light ir- radiation was evaluated using photocatalytichydrogen evolution as a probe reaction.以可见光光催化制氢为探针反应考察了制备的催化剂的活性,发现350℃煅烧的Eosin Y-Pt-TiO_2可见光光催化活性最好。
6)hydrogen production制氢
1.Modeling ofhydrogen production by sorption enhanced methane steam reforming reactions;吸收增强式甲烷水蒸气重整制氢循环反应模拟
2.Research on flow distribution in mini-double-pipe reactor forhydrogen production;微型套管式制氢反应器中物流分布的研究
parison of fluidized and fixed bed operations forhydrogen production from methane decomposition;流化床与固定床中甲烷裂解制氢过程的比较
延伸阅读
JIT准时制生产(及时制生产)JIT准时制生产(及时制生产)：是应用拉引式生产物流控制原理的方法。在生产系统中任何两个相邻工序即上下工序之间都是供需关系，如何处理这种关系，就是生产物流所要研究的问题。按照传统的生产计划组织生产(包括MRP)，物料根据预定的计划时间由供方向需方逐个工序流动。需求方根据上一工序送来物料的数量和到达时间进一步加工。需求方接受物料完全是被动的，如果出现不可预料的因素，物料可能提前或延迟到达。延迟到达将使生产中断，必须在生产计划中留有余地，以避免这种现象的发生。这样一来，必然存在或多或少、提前到达的现象，从而导致系统中库存量的上升，产生种种库存多余的弊病。JIT的方法改变了传统的思路，由需方起主导作用，需方决定供应物料的品种、数量、到达时间和地点。供方只能按需方的指令(一般用看板)供应物料。送到的物料必须保证质量，无残次品。这种思想就是以需定供，可以大大提高工作效率与经济效益。
