草酸盐

（Gd，Ba，Fe）多元四方晶系草酸盐的生成过程和热分解

Process of formation and thermal decomposion of tetragonal structure oxalate

Fe（Ⅲ）-草酸盐络合物/H2O2/UV体系对染料废水的处理研究

Treatment of dye wastewater by fe (ⅲ) - oxalate complex / h_2o_2 / uv system

N，N-二甲基-1,2,3-三噻烷-5-胺草酸盐经大鼠肝微粒体的代谢

Metabolism of N , N-dimethyl-1,2,3-trithian-5-amine by rat liver microsomes

草酸盐热分解法制备ZnO超细粉体的工艺研究

Technology Study of ZnO Ultrafine Powder Synthesized by Oxalate Thermal Decomposition

Fe~（3+）草酸盐络合物/H2O2日/光体系对垃圾渗滤液的处理

The Treatment of Landfill Leach by Solar / H_2O_2 / Ferric Oxalate

S-西酞普兰草酸盐的鉴别方法：红外光谱、紫外光谱、HPLC法及草酸盐的性质实验；

IR , UV , HPLC and property experiment of Oxalate were used in the identification test .

结果：B组和D组组织切片肾小管腔内可见明显的草酸盐晶体沉着，A组和C组未见有晶体沉着。

Results : Oxalate crystal deposition was evident in the renal tubular lumen in group B and D , while no evidence in group A and C.

草酸盐共沉淀法制备高性能无铅PTC粉体

Preparation of high quality PTC by oxalate - coprecipitation method

草酸盐胶体法超细Cu/ZnO/Al2O3催化剂的性能

Catalytic performance of an ultrafine Cu / ZnO / Al 2O 3 catalyst prepared by gel oxalate coprecipitation

土壤环境中具有Keggin结构的Al（13）草酸盐胶体合成及其表征

Synthesis and characterization of al_ ( 13 ) - oxalate gel with Keggin structure

较大的Ce掺杂量使钴草酸盐的结构由α－晶型转变为β－晶型。

Quite amount of Ce-doping results in variation of structure of cobalt oxalate from a-type to β - type .

本实验采用草酸盐共沉淀法制备含掺杂物的高性能PTC粉体。

In this experiment , high quality PTC powder was prepared by oxalate coprecipitation process .

草酸盐法合成LiaNi（0.7）Co（0.3）O2及电化学性能研究

Synthesis by Precipitated Nickel and Cobalt Oxalates and Electrochemical Property Studies of Li_aNi_ ( 0.7 ) Co_ ( 0.3 ) O_2

草酸盐络合物溶液喷雾干燥法制备ZrO2-Al2O3复合粉料及粉料性质

Preparation and properties of zro_2-al_2o_3 composite powder by spray-drying method of oxalate-complex solution

研究了以共沉淀法制备的镍－钴草酸盐为前体，在一定温度下分解制备Ni－Co合金粉末的方法。分析了金属粉末的化学成分。

A process for making Ni Co alloy powder from a precursor of Ni Co oxalate prepared by coprecipitation method was investigated , its chemical compositions were analyzed .

铁（Ⅲ）-草酸盐（Fe（Ⅲ）-Ox）的光解作用可以产生过氧化氢和羟基自由基，能够破坏有机物的分子结构。

The photolysis of Fe (ⅲ) - Oxalate complexes can produce Oxidant H 2O 2 and · OH radicals , which can destroy the organic compounds ' structure .

草酸盐沉淀法制备ZrO2粉料

Preparation of ZrO_2 Powder by Oxalate Precipitation

采用草酸盐共沉淀工艺制备了组成为X/2Gd2O3+（1-X）BaO+6Fe2O3的草酸盐粉料，预烧、成型后在不同温度下进行烧结。

The sample was prepared by sintering coprecipitation mixtures , of composition X / 2Gd_2O_3 + ( 1-X ) BaO + 6Fe_2O_3 , at different temperature .

草酸盐法制备Y-Ba-Cu-O系超导体

Preparation of Superconductors of Y-Ba-Cu-O System by Oxalate Method

考查了初始pH值、铁（Ⅲ）/草酸盐配比、E2初始浓度对E2光降解的影响。

The influence of initial pH value , initial concentrations of E2 and Fe (ⅲ) / oxalate ratio on photodegradation efficiency of E2 were discussed in detail .

稀土草酸盐先驱体法制备LaPO4：Ce，Tb绿色荧光粉

Preparation of LaPO_4 : Ce , Tb Green Phosphor by the Precursors of Rare Earth Oxalate

溶液的pH值、铁与草酸盐的浓度比（Fe／OX）和染料物初始浓度均会对染料脱色速率有所影响。

It is found that pH , concentration ratio of Fe (ⅲ) to oxalate ( Fe / Ox ) and initial concentration of the dye solution have effects on the discoloration rate .

考察了草酸盐胶体共沉淀法超细Cu／ZnO／Al2O3合成甲醇催化剂的催化性能，并在相同条件下与国外的ICI－51－3合成甲醇催化剂作了比较。

Activity of an ultrafine Cu / ZnO / Al 2O 3 catalyst prepared by gel oxalate coprecipitation ( GOCP ) is evaluated at different temperatures and space velocities for methanol synthesis .

土壤前处理过程中，90Sr浸出率下降最大的是在草酸盐沉淀生成过程中，特别是在pH为4.0、生成褐色沉淀时，下降得更为明显。

Mainly , ~ ( 90 ) Sr losing is occurred in oxalate precipitation step , when brown precipitate is formed at pH 4.0 , especially .

草酸盐络合物的热分解和BaTiO3粉体的合成在700℃完成。

The synthesizing of BaTiO_3 power completed at 700 ℃ .

枸橼酸钠、草酸盐、肝素、EDTAK2常用浓度无抑制，氟化钠可抑制该酶活性。

When sodium citrate , sodium oxalate , heparin and EDTA K 2 was common concentration , enzymatic activity was not interfered , but NaF interfered for enzymatic activity .

以草酸盐为沉淀剂，采用超声辐射沉淀法制备出纳米ZnO粉体，并通过XRD、TGDTADTG、IR和TEM等技术研究了纳米ZnO的合成过程及粉体性能。

By using oxalate as precipitant , nanometer ZnO was prepared by ultrasonic radiation precipitation method , the synthetic process and properties of nanometer ZnO were studied by XRD , TG DTA DTG , IR and TEM .

检测指标：实验结束前1d收集24h尿，测定尿草酸盐结石、Ca2+和Mg2+含量；

Detecting indexes : All animal urine in 24 hours were collected at one day before the experiment was completed , and the calcium oxalate stone , Ca2 + and Mg2 + in urine were determined .

以Mn-Co-O体系为母体，用草酸盐共沉淀法制备Mn-Co-Fe-O系陶瓷粉体。

Regarding Mn-Co-O system as the matrix to prepare Mn-Co-Fe-O system through oxalate coprecipitation .

采用草酸盐共沉淀法得到前驱体，然后将前驱体煅烧还原的工艺制得Ni-Co预合金粉末；

In this paper , the pre-alloyed powder was prepared by the following processes : firstly the precursor was prepared by co-precipitation method , then the precursor was calcined and reduced in some conditions .