造孔剂

分析实验结果发现，同去离子水作为造孔剂制备的样品相比，以十二烷基硫酸钠（SDS）水溶液作为造孔剂时，ZnO多孔纳米固体的孔径明显增大；

The results show that , the pore diameter is enlarged greatly when CTAB solution is used as pore-forming agent compared with deionized water .

在此基础上，选择PMMA作为造孔剂，对先驱体转化法制备高气孔率Al2O3基多孔陶瓷进行研究。

On this basis , fabrication of high porosity Al2O3 matrix porous ceramic by precursor pyrolysis with PMMA as pore-forming agent was studied .

造孔剂对多孔Al2O3陶瓷性能的影响

Effect of pore-making agent on properties of porous alumina ceramic

以C粉+尿素做造孔剂，表明随着尿素添加量的增加，杂相增加，说明尿素对氮化反应无明显的促进作用。

The amount of impurities is increasing as the increasing amount of carbamide for carbon and carbamide as pore-forming agent .

利用不同造孔剂制备Al2O3多孔陶瓷

Fabrication of Porous Al2O3 Ceramic Using Different Pore-Making Agent

用PAN作造孔剂制备聚合物锂离子电池隔膜

Preparation of membranes for polymer lithium ion batteries by adding PAN

对比研究了两种不同的造孔剂对阳极支撑体的微观结构的影响，并对比研究了掺杂法和渗透法两种加入金属Ni的方法。

We added two different pore - forming materials in order to obtain different microstructures , and employed two methods of doping Ni .

丝网印刷胶体组成中不同造孔剂对TiO2薄膜性能的影响

Effects of different materials for making pore in paste on TiO_2 films prepared by screen-printing technique

采用添加造孔剂（淀粉）工艺制备了SiC预制体，用无压浸渗法制备了SiC／Al复合材料。

SiC preforms were fabricated by adding pore-forming materials ( starch ) . And using pressureless infiltration technique , SiC / Al composites were made .

以PVB为造孔剂采用硅树脂制备泡沫陶瓷

Fabrication of SiOC Ceramic Foam with Silicon Resin and Polyvinyl Butyral

介绍了以NaCl粒子为造孔剂利用冷压-溶解-真空烧结法制备泡沫铝的新工艺。

A new process of press-dissolution-vacuum sintering for manufacturing aluminum foam was introduced , NaCl particles were used as the pore formation agent .

利用Matlab程序对多相平衡固相含量浆料的离心过程进行建模，确定了各工艺参数与造孔剂梯度分布之间的定量关系。

A model of centrifugal process was presented with the help of MATLAB , and some quantity relations between distribution profile of pore forming agents and processing parameters were determined .

造孔剂对PEMFC膜电极性能的影响

On the Rights of Assembly Influence of pore forming agents on the performance of membrane electrode assembly in PEMFC

采用溶胶-凝胶工艺，以聚乙二醇（PEG）为造孔剂，不锈钢丝网为金属基底，制备了TiO2多孔性薄膜。

TiO_2 porous film supported on stainless steel mesh as metal substrate was prepared by sol-gel technique with polyethylene glycol ( PEG ) as template .

以SiC为骨料，添加低共熔混合物烧结促进剂，煤粉作为造孔剂，在不同的温度下烧成制备多孔陶瓷管。

The porous ceramics at different sintering temperature was prepared , using SiC powder as the aggregate , eutectic mixture sintering aids and the coal power as the pore-former .

羧甲基纤维素含量对烧结预成形坯气孔率和体积密度的影响较大，随着造孔剂CMC含量的增加，SiC多孔陶瓷的气孔率也相应地增加，其体积密度相应减少。

The content of CMC affects the porosity and bulk density remarkably . With the increase of CMC content , the porosity increases and the bulk density decreases correspondingly .

本论文详细研究了pH值、分散剂、造孔剂等因素对NiO／YSZ浆料粘度的影响。

The effect of pH , the content of dispersant and pore former ( graphite ) on the viscosity of NiO / YSZ slurry was investigated in detail .

用高岭土、Al2O3粉和SiC粉末为原料，活性碳为造孔剂制备莫来石/SiC多孔陶瓷。

Porous mullite / SiC ceramics were prepared from kaolin clay , Al_2O_3 powder ( The weight ratio : 1:1 ) and SiC powder , with activated carbon as pore-forming agent .

本文介绍了在UO2粉末中加入造孔剂制备低密度UO2燃枓芯块的方法。

In this paper , the method fabricating the lower density UO_2 fuel pellet is investigated .

采用粒径较小（30nm）的TiO2为陶瓷骨架材料，且以聚苯乙烯（PS）和碳纤维为造孔剂，通过挤出成型的方法成功制备了TiO2基多孔陶瓷材料。

The TiO_2 with small primary particle size ( 30 nm ), PS particles and carbon fibers were employed as the skeleton material of porous ceramic and pore-forming agents respectively .

为了减小气体反应物的扩散传质阻力，在WML的制作过程中加入了具有高分解温度和高溶解度的（NH4）2SO4造孔剂。

The pore-forming agent of ( NH4 ) 2SO4 was exploited for the optimization of pore structure and minimization of the gas diffusion transport resistance .

采用添加造孔剂的方法制备多孔锆钛酸铅（PZT）陶瓷，并研究了孔隙率和晶粒尺寸对多孔PZT陶瓷介电和压电性能的影响及机理。

Porous lead zirconate titanate ( PZT ) ceramics were prepared by adding pore formers , and the effects of pore structure and grain sizes on the dielectric and piezoelectric properties of samples were investigated .

研究表明，适当的压力是制备性能良好、组织均匀SiC预制体的基础，造孔剂含量和颗粒级配是影响碳化硅预制体气孔率的两个主要因素。

The results have shown that a suitable pressure is elementary of fabricating the preforms with a homogenous microstructure and good property . Content of pore-forming materials and particles matching are two major factors , influencing on the porosity of SiC preforms .

通过论述炭与TiO2光催化剂的复合方式，系统总结了复合光催化剂的各种制备方法，指出炭与TiO2的复合呈现多样化的特征，炭不仅作为载体，还可以用作涂层、造孔剂以及助剂。

The preparation methods of carbon / TiO_2 composite photocatalysts are reviewed . It is pointed out that composites exhibit a diversity of characteristics : carbon is not only used as a support but a coating , pore-forming agent and assisting additive .

本文以INCO-617合金粉为原材料，聚乙烯醇为粘结剂，聚苯乙烯珠粒为造孔剂，采用粉末冶金法制备了Ni基高温合金空心球多孔材料及其夹芯结构。

Ni-base superalloy hollow sphere cellular materials ( HSC ) were fabricated by powder metallurgy , using INCO-617 alloy powders as raw material , polyvinyl alcohol as binder , polystyrene sphere as pore-forming agent .

防水透气层中PTFE的含量为60%最佳，采用无水乙醇为造孔剂，防水透气层的厚度为0.8mm时可保证有良好的透气率和较长的使用寿命。

The electrodes will have better permeability and longer work life , when the optimal PTFE content in waterproof layer is 60 % , thickness of waterproof layer is at about 0.8mm and the pore former is ethanol .

造孔剂的含量会影响到阳极中的TPB（三相反应区）的数量，从而会影响到单电池的输出性能。

The amount of TPB ( Three-phase Boundary ) in anode substrate was influenced by the amount of pore-former , and the output performance of single cell also was influenced by the amount of pore-former .

为进一步加大气孔对陶瓷内应力和有效电场分布的调控作用，本文采用多壁碳纳米管作为造孔剂制备了微气孔BST多孔场致热释电陶瓷。

In order to further strengthen the tuning of pores on the internal stress of ceramics and the effective electric field distribution . This paper adopted the multiwall carbon nanotubes as the pore former to prepare the microporous field-induced pyroelectric BST ceramics .

通过改变阳极的参数，优化丝网印刷制备YSZ电解质薄膜的工艺，找到最适合丝网印刷工艺的阳极基底，从而提高单电池的输出性能。首先考察阳极中造孔剂的含量对单电池的影响。

Screen-printing technique for YSZ electrolyte films fabrication was optimized by changing the anode parameter to find the anode substrate that is optimal for screen-printing technique and improve the output performance of the single cell . Firstly , the influence of pore-former in anode substrate on single cell was investigated .

造孔剂对金属结合剂金刚石磨具力学性能的影响

Effect of pore-forming agents on mechanical properties of metal-bonded diamond wheels