硝酸锆

最后，采用无机硝酸锆作为锆源，改善采用有机锆源工艺复杂、价格昂贵和实验设备要求高等问题。

Finally , using the inorganic zirconium nitrate Zr ( NO3 ) 4 as zirconium source can improve the expensive price of organic zirconium source and the problem of higher-required experimental device .

含锆的几种化合物中1%的硝酸锆的效果最佳。

In several Compound which contain Zirconium , the effect of1 % Zirconium nitrate is the best .

采用醋酸铅、硝酸锆、钛酸丁酯制备的独立前驱单体，通过溶胶凝胶反提拉涂膜技术在基片Pt/Ti/SiO2/Si上制备了锆钛酸铅（leadzirconatetitanate，PZT）铁电薄膜。

Lead zirconate titanate ( PZT ) films on Pt / Ti / SiO_2 / Si substrate were prepared by the solgel method of reverse-dip-coating with separated precursor-monomers . The preposed reverse-dip-coating is a new coating method that is reversing to the traditional dip-coating process .

无机物的络合萃取研究&Ⅶ.磷酸三丁酯萃取硝酸锆

Extraction of inorganic species through complex formation ⅶ . extraction of zirconium nitrate with TBP

磷酸二丁酯-硝酸锆络合物对脉冲筛板萃取柱负荷影响的研究脉冲折流板萃取柱板间距对流体力学性能影响&30%TRPO-煤油/硝酸体系

RESEARCH FOR INFLUENCE OF ZIRCONIUM DIBUTYL PHOSPHATE ON FLOW CAPACITY AT FLOODING IN THE SIEVE-PLATE PULSED COLUMN Effect of Different Distances Between Plates on Hydrodynamic Characteristics of a Pulsed Column with Baffle Plate

以硝酸氧锆（ZrO（NO3）2.5H2O）为原料，采用水热法和超临界干燥技术制备了ZrO2气凝胶。

Nano-porous ZrO_2 aerogels were prepared with zirconyl nitrate dihydrate ( ZrO ( NO_3 ) _2.5H_2O ) by heating hydro-thermal method subseqently supercritical drying technique .

结果表明：采用硝酸铈锆料液为原料、用氨水作沉淀剂、以反加料方式在室温下沉淀，所得沉淀经干燥和煅烧可以得到粒度均匀、悬浮性好的超细Ce-Zr-O粉末。

The results show that uniform particle size and super suspending ultrafine Ce-Zr-O powders were obtained by the following process : First zirconium nitrate and cerium nitrate were fed into ammonia water to get precipitate under the room temperature ; then drying and calcining the precipitate to get product .

硝酸介质中锆安替比林硝基磺酚M络合吸附催化极谱波的研究

A Study of Catalytic Adsorption Polarographic Wave of Zr (ⅳ) Antipyrine-Nitrosulphophenol M Complex in Nitric Acid Medium

实验还测定了10,20,30mol/L硝酸溶液中钼锆沉淀的表观溶度积K′sp，讨论了硝酸浓度、钼锆初始浓度对表观溶度积的影响。

The effects of different concentration of nitric acid and initial concentration of Mo and Zr on the apparent solubility product are also investigated .

硝酸溶液中钼锆沉淀溶度积的研究结晶型砷酸镍的溶解性

Study of solubility product on precipitate of molybdenum and zirconium in nitric acid

本文以硝酸铝、硝酸锆和尿素为原料，用共沉淀制取以超细氧化铝为载体的稀土锆催化剂，并将该催化剂应用于废塑料裂解的催化改质阶段。

Al ( NO3 ) 3 Zr ( NO3 ) 3 and ( NH2 ) 2CO being used as material in the article , rare earth Zr Catalyst whose carrier was powder Al2O3 was gotten by co-precipitation and was used in the stage of Catalytic transformation in waste plastics cracking .

本文叙述硝酸溶液中钼、锆沉淀行为，考察了次级沉淀现象。温度、硝酸浓度、钼锆浓度等对沉淀有影响。

This paper deals with the precipitation behaviour of Mo and Zr which depends on the concentrations of Mo , Zr , nitric acid and temperature .