ThermOdynamic and calorimetric study on the FORMATION OF BINARY COMPLEX COMPOUNDS OF NICKEL(ⅱ) WITH SOME α-AMINO ACIDS AND OXALATE 镍(Ⅱ)同α-氨基酸及草酸根生成二元配合物的热力学及热化学研究
In this thesis, nickel oxide ( NiO) and nickel metal ( Ni) nanoparticles were prepared by methods of homogeneous precipitation and thermal decomposition of nickel oxalate. 本论文采用均匀沉淀法、液-固相法制备了纳米金属镍及纳米氧化镍粒子。
Using positive, counter precipitation methods, the particle size of nickel oxalate was controlled by adding surfactant, adjusting temperature and pH value. 采用正、反沉淀方式,将镍盐与草酸铵反应可制备出草酸镍沉淀颗粒,在真空条件下将草酸镍热分解可制得镍粉。
Preparation of Ultrafine Nickel Oxalate and Control of the Particle Shape and Size 超细草酸镍粒子的制备及其形状和粒度控制
Under the condition of nickel-salt as starting material and ammonia-oxalate used as precipitation producing ultrafine nickel oxalate, this paper studies the main factors that have effect on the particle size and shape of nickel-oxalate. 在以硫酸镍盐为原料、草酸铵为沉淀剂制备超细草酸镍粉末的过程中,对影响草酸镍颗粒大小及形貌的主要因素进行了研究。
Control of the particle shape and size in the process of precipitation of ultrafine nickel oxalate 超细草酸镍沉淀过程中颗粒大小及形貌控制
A new method determining mechanism function of solid state reaction-the non isothermal kinetic of dehydration of nickel(ⅱ) oxalate dihydrate in solid state 一种确定固相反应机理函数的新方法&固态草酸镍(Ⅱ)二水合物脱水过程的非等温动力学
The Study of Nickel Oxalate Membrane Porous Materials 多孔草酸镍膜制备技术的研究
Influence on morphology and structure by different content fo nickel oxalate has been discussed. 采用静电纺丝法制备复合纳米纤维,并讨论了不同的草酸镍含量对纤维形貌结构的影响。