烧结法

提高锂云母-石灰石烧结法Li2O回收率的途径

Approach to Improve the Recovery of Li_2O by Li Mica limestone Sintering Process

赤泥洗液中的有效成分Al2O3、Na2O得以回收利用，不再返回氧化铝的生产流程作无效循环，从而优化了烧结法氧化铝的生产工艺路线。

A1_2O_3 and Na_2O as the available components in the red mud solution could be recovered , but no longer recycled into the alumina process , thereby optimized the sintering process of alumina production .

碱石灰烧结法生产Al2O3过程中硫的化合物的排除

The removal of sulphur compounds in soda-lime sintering process for production of alumina

二次烧结法合成了富SiO2莫来石固体电解质。

The rich-SiO2 mullite solid electrolyte was synthesized by twice sinter method .

通过放电等离子体烧结法（SPS）制备GNS/氧化铝复合材料。

Graphene nanosheet / alumina composite was prepared by spark plasma sintering .

不采用热压法，用传统的冷压-烧结法也能获高性能B4C烧结品。

An advanced performace B_4C article could also be obtained by traditional cold pressing-sintering method other than hot-pressing .

ZnO对烧结法微晶玻璃装饰板材烧结、析晶性能的影响研究

Influence of ZnO Content on Properties of Sintering and Crystallization of CaO - A1_2O_3 - SiO_2 Glass Ceramic Decorative Material

为了提高碳材料的抗氧化性能，采用料浆烧结法在石墨和C/C复合材料上制备了SiC抗氧化涂层。

SiC coating was prepared on graphite and carbon / carbon composites using slurry sintering method to improve oxidation resistance .

用悬浮粒子烧结法在钛铝金属间化合物支撑体上制备Ni微滤膜。

A composite MF membrane consisting of a nickel layer on a porous TiAl intermetallic compound substrate was prepared using sedimentation method and dip-coating method .

真空热压烧结法是最经济、高效地制备ZnS多晶的方法之一。

Vacuum hot-press is one of the effective and low-cost methods by which poly-crystalline ZnS bulk is prepared .

钛合金表面改性采用表面涂覆烧结法原位合成K2TinO（2n+1）涂层，涂层的结合强度由涂层合成反应和物理嵌合力而得到保证。

Potassium titanate coating was in situ synthesized on the surface of titanium for modification , and It 's intensity was guaranteed with coating synthesized reaction and physical table force .

采用液相烧结法（LPS）制备了TiC／Ti复合材料，借助X射线衍射（XRD）分析了复合材料的相构成。

TiC / Ti composite were fabricated by liquid phase sintering ( LPS ) method . The phase composition of the composites was investigated by means of XRD .

对烧结法生产氧化铝熟料溶出过程中的主要相关二次反应进行了热力学分析，研究了溶出过程中SiO2的行为。

Some important secondary reactions during alumina sinter leaching have been analyzed thermodynamically , and the behavior of SiO2 in the process also investigated .

此外，以Sn为添加剂，用热压原位反应烧结法可靠获得了纯度达98%以上的多晶Ti3AlC2致密块体材料。

Furthermore , using the Sn additives , the polycrystalline Ti_3AlC_2 bulk can be reliably synthesized in-situ by hot-pressing the mixtures of titanium , aluminum and graphite powders .

采用快速烧结法获得了性能优良的（Ba，Pb）TiO3系半导体材料。

The excellent PTC properties in ( Ba , Pb ) TiO3 materials was obtained and the sintering mechanism as well as its its influence was discussed .

实验结果表明：改进的Sol-gel工艺和两步烧结法可以有效地控制Ba（0.6）Sr（0.4）TiO3（BST）陶瓷的晶粒尺寸。

The results show that : the grain size of BST bulk ceramic can be controlled effectively by the modified sol-gel process and two-step sintering method .

提出了制备致密Bi（Pb）SrCaCuO超导陶瓷的新工艺&熔融淬火粉体烧结法。

A new technology for preparing densified superconductive ceramics of Bi ( Pb ) SrCaCuO ─ firing of melting quenched powder is presented .

本论文以商业化的Ti、Al粉末为原料，对比研究了利用直接烧结法和机械球磨-反应烧结法制备较纯的Ti3Al粉末。

Taking commercial Ti and Al powders as the raw materials , TiAl powders were produced by sintering directly and mechanical ball-milling-reaction sintering .

软件以MATLAB开发计算模型，VC作为应用程序平台的混合编程方式，分别实现拜耳法和烧结法计算的模拟。

Using hybrid programming skills to integrate the MATLAB computing model and VC application platform together , including Bayer process and Sinter process . Secondly , test two processes respectively based on the software .

采用热压烧结法得到了高致密度的复合材料.当WC／Co的体积分数达到40%时，在1900℃，35min；

The relative density of composites with addition of 40 % WC / Co that sintered at 1900 ℃ for 30 minutes under 35 MPa pressures , is up to 98 % ;

在烧结法生产氧化铝过程中，Al2O3和Na2O的二次损失实际上是水合硅酸钙与铝酸钠溶液发生作用的结果。

In Sintering Process of alumina production , the secondary loss of alumina and soda is actually caused by the reactions between calcium silicate hydrate and aluminate solution in the operation of leaching sinter .

在烧结法生产氧化铝的流程中，管道结垢十分普遍，水力清管技术（PIG技术）是一种先进的机械式清洗除垢技术。

During the flow of manufacture alumina by sinter , it is popular that there are some furring in the pipe , the PIG technical is the advanced machined type technical to get off the furring .

利用固相烧结法将镍包铜粉成功地制成了块状烧结体，通过SEM、XRD和EDS研究了烧结过程中镍包铜粉中界面的迁移情况。

The bulk specimens of nickel-coated copper powders were prepared by solid-phase sintering . The interface transport behavior of the nickel-coated copper powders was studied by using SEM , XRD , and EDS.

应用微型烧结法，通过多种途径改变球团矿的SiO2含量，研究了酸性球团矿显微结构及其性能。

Synopsis The microstructure and properties of the acid pellet have been studied by changing the content of SiO 2 in the pellet in different ways with micro pelletizing process .

本文采用烧结法对其在新型建筑材料领域的应用进行了研究，并利用DTA、XRD和SEM表征样品的结构和性能。

This paper aims at finding ways to apply them in the field of modern building materials . The structures and properties of the obtained samples were characterized through DTA , XRD and SEM .

对高纯Al2O3质泥浆采用SHS法和反应烧结法，使这种高耐火度并耐浸蚀的泥浆能在1300℃烧结并具有良好的结合性能。

By means of SHS and reaction sintering , high purity Al 2O 3 mortar with high refractoriness and corrosion resistance can be sintered at 1300 ℃ and bonding well .

采用分析纯Al（OH）3、SiO2和TiO2为原料，借助SEM及XRD等测试手段，研究了TiO2对反应烧结法合成莫来石的影响。

With analytical grade Al ( OH ) _3 、 SiO_2 and TiO_2 as raw materials and by means of SEM and XRD , effect of TiO_2 on mullite synthesized by reaction-sintering method was studied .

本文介绍了水力清管技术（PIG技术）的技术要点、清理设备、清理方案的编制，并介绍了烧结法生产氧化铝流程中硅渣输送管道采用PIG技术维护管道的经济效果。

This article describes the technical point , cleaning equipment and the cleaning project of PIG technical , and introduces the economical affect that adapts the PIG technical to remain pipes during the manufacture process of alumina by sinter .

本文利用固相烧结法合成了BSCCO块材，并通过掺杂纳米ZnO对超导材料进行改性，研究了掺杂ZnO对超导材料结构和性能的影响。

We prepared BSCCO blocks by dry method , and the effects of ZnO doping on superconductivity and crystal structure of ( Bi , Pb ) - 2223 superconductor were investigated .

但是W与Cu之间互不相溶，采用传统的熔渗法和单一的液相烧结法都难得到高致密度的钨铜复合材料。

However , because of the mutual insolubility between W and Cu , it is difficult to get W-Cu materials with high relative density by traditional methods of infiltration of a tungsten skeleton with liquid copper and liquid phase sintering .