1)titanium hydride氢化钛
1.P-t curves of titanium hydride and titanium deuteride desorbing hydrogen and deuterium are investigated at 350～550 ℃ by using the method of reaction rate analysis in a constant volume system.在高真空金属系统上测定了氢化钛和氘化钛在恒容体系中、350~550℃温度下热解吸氢和氘的P-t曲线;应用反应速率分析方法计算了各自在不同温度下的反应速率常数,得到氢化钛和氘化钛热解吸的表观活化能分别为27。
2.Carbothermal synthesis of titanium carbonitride Ti(C 1- x N x ) nanopowers from titanium hydride powder and starch under nitrogen environment was studied.研究了用淀粉还原氢化钛制备碳氮化钛纳米粉的工艺及反应机理·结果表明 ,在实验范围内 ,降低合成温度 ,缩短保温时间或提高氮气流量有利于形成氮含量高的碳氮化钛粉末·通过控制合成温度和保温时间 ,可以控制Ti(C1-xNx)中的碳氮比 ,得到不同x值的碳氮化钛粉末·在 1 75 0℃ ,保温 2h,氮气流量为 5L/min条件下 ,可获得颗粒尺寸为 40～ 80nm的单相Ti(C0 。
3.The titanium hydride was prepared in quartz tube reactor.为参比物，10C／min的升温速率及静态空气气氛，对氢化钛样品进行差热分析。
英文短句/例句
1.THERMODYNAMIC ANALYSIS OF THE BEHAVIOR OF DENITROGENATION DURING TITANIUM HYDRIDE POWDER DEHYDROGENATION氢化钛粉脱氢过程伴随脱氮行为的热力学分析
2.Thermal Decomposition Kinetics of Titanium Hydride and Aluminium Alloy Melt Foaming Process;氢化钛热分解反应动力学与铝合金熔体泡沫化过程研究
3.Study of Coating TiH_2 with Al_2O_3 as Foamer to Make Foaming Aluminium;氧化铝（Al_2O_3）包覆氢化钛（TiH_2）发泡剂制备泡沫铝技术的研究
4.ORGANOTITANIUM CHEMISTRY Ⅲ.HOMOGENEOUS HYDROGENATION OF 1,5-COD CATALYZED BY TITANIUM COMPOUNDS有机钛化学 Ⅲ.1,5-环辛二烯的钛催化均相氢化
5.Photocatalytic Water Decomposition for Hydrogen Production over Modified Titanium Dioxide改性二氧化钛光催化还原水制氢研究
6.The Laser Rapid Forming Technology with Low Cost Hydrogenation Dehydrogenization Titanium Alloy Powders;低成本氢化脱氢钛合金粉末的激光快速成形
7.Shape Modification of HDH Ti Powder and Its Mechanism Analysis氢化脱氢钛粉末颗粒的整形及其机理研究
8.ON THE STUDY OF GRAIN SIZE REFINEMENT OF A CAST TITANIUM ALLOY BY HYDROGEN TREATMENT铸造钛合金的氢处理细化晶粒的研究
9.Study of the preparation of Titanium Hydroxide Sol;氢氧化钛溶胶的制备及其性质的研究
10.Study on Synthesis of Potassium Titanates by KOH Sub-molten Salts Method氢氧化钾亚熔盐法合成钛酸钾的研究
11.A novel titanium-supported silver electrode for electrochemical oxidation of borohydride新型钛基银电极上硼氢化钠的电化学氧化
12.Cleaner Production Process of Titanium Dioxide by Decomposition of Titanium Slag with Molten Sodium Hydroxide氢氧化钠熔盐分解高钛渣制备二氧化钛清洁新工艺的研究
13.Study on the Effects of Hydrogen、Nitriding and Thermal Oxidation on the Properties of Titanium Alloy;氢、氮化和热氧化对钛合金性能影响的研究
14.Preparation, Characterization of Titanium-base Catalysts and Their Photocatalytic Hydrogen Production;钛基催化剂的制备、表征及其光催化制氢的研究
15.Phase State of Active Species of Highly Active Bi-component Hydrogenation Catalyst Composed of茂钛配合物/纳米氢化钠高活性加氢催化剂活性物种相态
16.Study on Electrochemical Properties of Rapid Solidified TiV-Based Hydrogen Storage Alloy快速凝固钛钒系贮氢合金电化学性能研究
17.Ultrafine Titanium Dioxide Manufactured by Aerosil Method气相氢氧焰水解法生产超微细二氧化钛
18.An Investigation on the Structural and Electrochemical Properties of the TiV-Based Hydrogen Storage Electrode Alloys;钛钒基贮氢电极合金结构和电化学性能研究
相关短句/例句
TiH_2氢化钛
1.Decomposition Behavior of TiH_2 and Its Application to Fabricating Aluminum Foam;氢化钛的分解行为及其在制备泡沫铝中的应用
2.TiH_2 was used for vesicant in aluminiumfoam.氢化钛是泡沫铝泡沫化过程中常用的发泡剂。
3.Precious research reports that the uniformity of pore has been improved with the ZrH_2 as vesicant in respect to TiH_2.研究发现用氢化锆比用氢化钛作发泡剂制备的泡沫铝孔径的均匀性明显更优。
3)titanium hydride dehydrogenation氢化钛脱氢
4)titanium hydride powder氢化钛粉
1.Ti powder or titanium hydride powder is the major material in powder metallurgy.该法中钛粉末或氢化钛粉末是主要生产原料。
5)titanium hydride钛氢化物
6)hydrogenation of Ti钛膜氢化
延伸阅读
氢化钛分子式：CAS号：性质：相对密度3.8。于400℃缓慢分解，真空中在600～800℃完全脱氢。由钛和氢直接反应或在氢气中用氢化钙还原二氧化钛制得。在电真空工艺中作吸气剂，在制造泡沫金属时用作氢源，并可作为高纯氢的供源，还可用于金属-陶瓷封接和粉末冶金中向合金粉末供给钛。商品经筛分以不同的粒度供应。
