无机结合剂,inorganic anchoring agent
1)inorganic anchoring agent无机结合剂
1.On the contrary,the ladle brick,when binded withinorganic anchoring agents F50 and f08,contains no additional carbon,which fits the current development trend of ladle non-carbonization.实验表明:树脂结合的机压钢包砖碳含量在1%左右,而无机结合剂F50和E08不会向钢包砖引入另外的碳,适应了钢包无碳化发展趋势。
2)organic-inorganic composite binder有机-无机复合结合剂
英文短句/例句
1.Fabrication of Organic-Inorganic Composite Adhesives Used for Refractories耐火材料用有机-无机复合结合剂的研制
2.Preparation for organic-inorganic composite gel profile control agent有机——无机复合~1凝胶调剖剂的研制
3.Preparation of Organic-inorganic Composite Binder by Sol-gel Process溶胶凝胶法制备有机无机复合胶粘剂
4.Prepared and Property Study on Super Molecular Structure of Oganic UV Absorber Intercalated LDHs超分子插层结构无机—有机复合紫外吸收剂制备及性能研究
5.The Properties of Composite Flocculants Prepared from Polyferric Chloride and Polydimethyldiallylammonium Chloride;新型聚合铁基无机—有机复合混凝剂性能的研究
6.Inorganic-Organic Multiple Betterment Methods of Urea-Formaldehyde Resin Adhesive;无机有机复合改性脲醛树脂胶粘剂性能的研究
7.Produce and Application about a New Flocculent with Organic and Inorganic Compound;新型有机——无机复合絮凝剂的研制及应用
8.TRIBOLOGICAL INVESTIGATION OF ORGANIC/INORGANIC COMPOUND COATED NANO-COPPER AS LUBRICATING OIL ADDITIVE一种有机/无机复合纳米铜添加剂的摩擦学性能
9.Performance and Mechanism of Polyferric-Organic Polymer Composite Flocculants in Surface Water Treatment;聚合铁基无机—有机复合混凝剂处理地表水的性能及机理研究
10.Finite element analysis for all composites wings of UAV无人机全复合材料机翼的结构有限元分析
11.Research on Progress of Organic-inorganic Core-shell Nano-composite Particles无机-有机核壳结构纳米复合粒子研究进展
12.Preparation and Application Advance of Core-Shell Organic/Inorganic Composite Microspheres核壳结构有机/无机复合微球的制备与应用进展
13.On the Organic-Inorganic Composite Soil Curing Agent and Its Use in the Mining Area for Repair of the Sunk Base Course;有机无机复合土壤固化剂及在矿区沉陷路段复修中的应用
14.Study on the Solvthermal Synthesis and Structure of Inorganic-Organic Hybrid Compound Based on Polyoxometalates;多金属氧酸盐无机—有机配合物的溶剂热合成及晶体结构研究
15.Inorganic/Organic Composites by Sol-Gel Techniquse用溶胶-凝胶法合成有机/无机复合材料
16.Study on the Synthesis and Properties of Organic/Inorganic Composite Microspheres;无机/有机纳米复合微球的合成与研究
17.Preparation of Organic/Inorganic Nanocomposites by UV Photopolymerization;UV光聚合制备有机/无机纳米复合材料
18.Preparation of Organic/Inorganic Nanocomposies by UV PhotopolymerizationUV光聚合制备有机—无机纳米复合材料
相关短句/例句
organic-inorganic composite binder有机-无机复合结合剂
3)organic-inorganic compound binder有机-无机复合黏结剂
4)inorganic binder无机粘结剂
1.The composite inorganic electric heating carbon coating was prepared by adding composite carbon powders as conductive filler intoinorganic binder,coating molded onto the surface of the heat resisting matrix after .采用在耐热无机粘结剂中添加复合型炭系粉料,在耐热载体表面预埋电极后用涂覆法成型固化,再在其表面喷涂含铝高温涂料经二次固化制得复合型无机炭系电热涂层。
2.The title organic-inorganic hybrid heat resistant insulation coatings has been developed based on organic resin,inorganic binder and fillers, which shows good adhesion and insulation properties after heat treatment at 600℃ 1h.采用有机硅树脂、无机粘结剂和无机填料制备的有机无机复合耐高温绝缘漆,其涂层经600℃,1h的热处理后可具有良好的附着力和绝缘性能。
5)inorganic viscose无机粘结剂
1.Based a vast amount of upon tests,we use aninorganic viscose——Nami viscose in the smearing powder techology for the compact fluorescent lamp tube to replace the organic viscose,such as nitrocotton in the traditional smearing techology.在大量试验的基础上，在双Ｕ紧凑型荧光灯管的涂粉工艺中采用无机粘结剂——纳米胶，取代传统涂粉工艺中的有机粘结剂（硝化棉），用水溶剂（去离子水或蒸馏水）代替醋酸丁酯溶剂，免去了高温烤管工艺，得到了粘着强度牢固、涂层厚度适宜、外观洁白的紧凑型荧光灯。
6)mineral binder bond无机黏结剂
延伸阅读
酚醛树脂结合剂酚醛树脂结合剂phenolic resin binder1为高(A)、中(B)和低(C)分子量的树脂粘度与温度反应形成邻经甲基酚或对经甲基酚，继续进行加 的关系。粘度是随着温度升高而下降。在相同温度下，成反应，便可生成多经甲基酚，再经缩聚反应，形成初 粘度随分子量增大而提高。线型酚醛树脂在较低温度期酚醛树脂(即甲阶酚醛树脂)，其反应如下:蒸退淤{甘丫介节拼二介九::i下 间与(CHZ)。N‘加入量的关系。(eHZ)‘N，加入最z% 甲阶酚醛树脂(热固性酚醛树脂)由甲醛与苯酚按靛豁赢翁麒黑黑蒸嘿;黔’2‘魏议黑碧化时‘}几若一子一浦:。H赚翼翼蒸的现象，存放时间延长，粘度变大，存放期过长会凝固200f一-一灭丁一一一.寸r一一‘丁一—.门而无法使用。一般夏季存放时间为2~3个月，冬季要__}\}\2。℃1! 100卜一一一一汗、—一一一日~--、.---月尸一‘一，--州长些.用甲阶酚醛树脂作为结合剂时，为了使其发生硬。一}}\}\!}化(固化)，可借助于加热使其发生硬化，也可在常温下』50卜一一斗‘二卜+一耘洲冷匕-州·-、一·-，，心·-一，--”，’一，、--一一·-，一-一-一回[}\11、l加酸促使其硬化.其碳化过程为甲阶酚醛树脂的进一贫__11\}25℃}}，~--，---，，--·---，，--一_--------一万一牟20卜-一一一.十一一-一，月子=‘一-一卜一一一一州步缩聚反应，即由甲阶酚醛树脂(初期酚醛树脂)经过招}}}、、!}乙阶酚醛树脂最后缩聚成为丙阶酚醛树脂(末期酚醛10卜一一一汁一一一一汁一一.州卜一一一州树脂)，成为不溶不熔的硬化体。SL一一一上一一一一七一一奋二‘一，.，、~一一一‘~一._，.0._~~._、f，‘~:“…，_0 5 1015名0在常温下，甲阶酚醛树脂加酸与加热作用相似，也”“一_~会促使其架桥聚奋其硬化时间与加酸量的关系见图就硬化朋t/%3。图3表明其硬化时间可借助加入酸量加以调整，一般在常温下加入酸使其pH值小于2时便可发生硬化图3酸加入圣与甲阶酚醛树脂硬化时间的关系作用。作为固化剂的酸有石油磺酸、苯磺酸等。用甲阶‘酚醛树脂加入一定量的酸可作耐火浇注料、压入料的在耐火材料工业中不同的成型方法或施工方法，所用结合剂。的酚醛树脂类型不同，大致情况如表所列。 各种酚醛树脂在不同成型或施工方法的耐火材料中使用裹于注:表中的。表示能考虑到的附醛树脂的配合及耐火材料。酚醛树脂既可作烧成和不烧含碳或含碳化硅耐火制品的结合剂，又可作含碳和碳化硅不定形耐火材料的结合剂。、二二，.，fenquan shU之hi!ieheii酚醛树脂结合剂(phenolie resin binder)耐火材料用的一种有机结合剂。
