固相燃烧合成,solid-state combustion synthesis
1)solid-state combustion synthesis固相燃烧合成
1.Spinel LiMn2O4 powders were prepared bysolid-state combustion synthesis using the manganese carbonate and the lithium carbonate as raw materials and the starch as fuel.以碳酸锰和碳酸锂为原料、淀粉为燃料,研究了温度(500,600,700℃)和燃料量(0～30%,质量分数)对固相燃烧合成尖晶石型LiMn2O4的影响。
英文短句/例句
1.Effect of Fuel Content and Temperature on Spinel LiMn_2O_4 Prepared by Solid-State Combustion Synthesis燃料量和温度对固相燃烧合成LiMn_2O_4的影响
2.Solid State Combustion Synthesis and Luminescent Properties of Rare Earth Doped Molybdate Luminescent Materials;固相燃烧法合成稀土钼酸盐发光材料及发光性质研究
3.Preparation and Numerical Simulation for Temperature Field of Composite Ceramics by Combustion Synthesis Process燃烧合成复合陶瓷制备及固化过程温度场模拟
4.Research on the Combustion Synthesis of TiB_2/Al_2O_3 Composite Ceramic;燃烧合成法制备TiB_2/Al_2O_3复相陶瓷的研究
5.To burn(a combustible solid)to a charcoal residue.烧炭（将可燃烧固体）烧成木炭
6.Study on the Low-temperature Combustion Synthesis and Properties of CeO_2 Based Electrolyte;CeO_2基固体电解质的低温燃烧合成及性能研究
7.Characterization of Ce_(1-x)Pr_xO_2 Solid Solution Prepared by Low-Temperature Combustion SynthesisCe_(1-x)Pr_xO_2固溶体的低温燃烧合成及表征
8.Self-propagating Combustion Synthesis of Nanocrystalline Yttrium Iron Oxide Solid Solution Photocatalysts自生长燃烧法合成纳米铁酸钇固溶体光催化剂
9.Large bulk solidified Al_2O_3/ZrO_2(4Y) prepared by combustion synthesis under high gravity超重力下燃烧合成大体积凝固态Al_2O_3/ZrO_2(4Y)研究
10.Solid-state reaction synthesis and sintering of 2MgO·TiO_22MgO·TiO_2的固相反应合成与烧结
bustion and In-Situ Reaction Synthesis of Dual-phase Ceramic Reinforced Copper-based Composites;燃烧反应原位合成双相陶瓷增强铜基复合材料
12.Effect of Calcination Temperatures on Spinel LiMn_2O_4 Prepared by Solution Combustion Synthesis in Nitrate System;温度对硝酸盐体系液相燃烧合成产物LiMn_2O_4的影响
13.Feasibility Analysis about C_f/TiC-TiB_2 Multiphase Ceramics Prepared by Combustion Synthesis;燃烧合成制备C_f/TiC-TiB_2复相陶瓷的可行性分析
14.Solution Combustion Synthesis of LiMn_2O_4 Powder and Determination of Manganese Average Valence State in LiMn_2O_4;液相燃烧合成LiMn_2O_4及其Mn平均价态的测定
bustion Characteristics Test of Combustible Solid Compound Fuel可燃固废复合燃料的燃烧性能试验研究
16.Investigation of Combustion Instability in Syngas Combustor of Gas Turbine;燃气轮机合成气燃烧室燃烧稳定性的实验研究
17.The Fabrication of Ti_3AlC_2 Ceramic Material by Self-propagating High Temperature Reaction Synthesis;Ti_3AlC_2陶瓷材料的燃烧合成
18.An incendiary mixture of polystyrene, benzene, and gasoline.凝固汽油弹聚苯乙烯、苯和汽油组成的燃烧混合物
相关短句/例句
solution combustion synthesis液相燃烧合成
1.Spinel LiMn2O4 powders were prepared bysolution combustion synthesis using LiNO3,Mn(NO3)2 or LiAc and Mn(Ac)2 as raw materials and urea or citric acid as fuel.以硝酸锂(锰)、醋酸锂(锰)、尿素和柠檬酸为原料,利用液相燃烧合成方法研究了两种不同酸根盐体系以及燃料尿素用量和柠檬酸对燃烧合成尖晶石型LiMn2O4的影响,并用氧化还原滴定法测定产物中Mn的平均化合价作为合成产物为LiMn2O4的辅证依据。
2.Spinel LiMn2O4 powders were prepared bysolution combustion synthesis using nitrate lithium and manganese as raw materials,and urea as fuel.以硝酸锂和硝酸锰为原料,尿素为燃料,用液相燃烧合成方法制备尖晶石型LiMn2O4物质,考察了焙烧温度(300-800℃)和焙烧时间(0-48h)对产物的组成结构和晶粒大小的影响。
3)liquid combustion synthesis液相燃烧合成
1.Spinel LiMn2O4 and Li4Mn5O12 were synthesized byliquid combustion synthesis using urea as fuel and lithium nitrate (manganese nitrate) and lithium acetate (manganese acetate) as raw materials, respectively.以硝酸锂(锰)、醋酸锂(锰)为原料,尿素为燃料,利用液相燃烧合成方法研究了尖晶石型 LiMn2O4和Li4Mn5O12的合成。
2.Spinel LiMn2O4 was prepared byliquid combustion synthesis using urea as fuel, and lithium acetate and manganese acetate as raw materials.以锂、锰的醋酸盐为原料,尿素为燃料,使用液相燃烧合成法制备了尖晶石型LiMn2O4,研究了不同尿素含量和不同起燃温度对所制备尖晶石结构的影响。
4)solid state combustion method固相燃烧法
5)combustion synthesis燃烧合成
1.Densification factors of C_f/TiC-TiB_2 ceramic composites bycombustion synthesis;燃烧合成C_f/TiC-TiB_2陶瓷基复合材料的致密化因素探讨
2.Effects of experimental parameters and mass-fractional of Al oncombustion synthesis of Ti_3AlC_2;实验参数和Al质量分数对燃烧合成Ti_3AlC_2的影响
3.Effect of an external electric field on thecombustion synthesis process of TiO_2-C-Al system;电场对TiO_2-C-Al系燃烧合成过程的影响
6)High-heat and fast synthesis高温快速固相烧结合成
延伸阅读
燃烧合成技术分子式：CAS号：性质：又称燃烧合成技术。依靠化学反应自身放热来制备材料的新技术。即外加能源(电热或激光等)触发点火剂燃烧，进而引发反应物料(气相-固相，固相-固相、液相-固相等)自发高速反应、放出热量，反应由局部以燃烧波的形式自动蔓延整个体系，最后获得新的合成材料的技术。反应物可以是元素粉末相互直接混合或元素粉末与气体，也可用金属氧化物和还原剂及非金属粉末的混合物反应生成热能维持反应持续进行。反应产物必须是稳定的化合物。该技术具有产物纯度高、设备简单、能耗低、生产灵活等优点，缺点是工艺参数控制要求较严。已用此法制备出数百种化合物，像各种金属的氮化物、碳化物、硼化物、硅化物、氧化物、氢化物等。SHS技术已发展成SHS制粉技术、SHS烧结技术、SHS致密化技术、SHS熔铸技术、SHS焊接技术、SHS涂层技术等。
