Application of iq+ standard-less quantitative analysis program for the determination in iron oxide red IQ+无标样定量分析软件在氧化铁红测定中的应用
Test on the Production of Iron Oxide Red with Meishan Pyrite Cinder 用梅山硫酸渣生产氧化铁红的试验研究
In this paper, the preparation of iron oxide yellow and iron oxide red with pyrite cinder was studied. 对利用硫铁矿烧渣制备氧化铁黄和氧化铁红进行了研究。
Recovery and recycling of ammonia in iron oxide red preparing processes 氧化铁红生产中氨的回收及循环利用
Study on the combined production of nickel sulfate, copper sulfate and iron oxide red from waste Ni-Cu residue 镍铜废渣联产硫酸镍硫酸铜氧化铁红工艺研究
With the rapid development of the building material industry and the extensive application of the porcelain brick, the market requirement is large for iron oxide red which has the performance of high-temperature resistance. 随着建筑材料行业的迅速发展和瓷质玻化砖的广泛应用,市场上对具有耐高温性质的铁红颜料需求很大。
Study on recovering iron oxide red from pyrite cinder 硫铁矿烧渣提取氧化铁红的研究
Preparation of Iron Oxide Red and Ammonium Sulphate with Copperas, A by-product in the Production of Titanium Dioxide 由钛白生产副产物绿矾制备氧化铁红及硫酸铵的研究
Synthesis of epoxy ester priming paint of iron oxide red from rice bran oil 由米糠油合成铁红环氧酯底漆的研究
Production of Iron Oxide Red from Smoke Dust of Electric Furnace Steel Making 利用电炉炼钢烟尘生产高品位氧化铁红
Preparation of Iron Oxide Yellow and Iron Oxide Red With Pyrite Cinder 硫铁矿烧渣制备氧化铁黄和氧化铁红
ICP-AES determination of silicon dioxide in iron oxide red ICP-AES法测定氧化铁红中的二氧化硅
The exploitation and application of the natural iron oxide red 天然氧化铁红的开发与应用
Compared with the traditional method to prepare iron oxide red, this method utilizes recovered resource, it has reduced the consumption of the iron sheet greatly, the grade of the products is high in quality, and has improved the added value of ferric oxide red. 与传统制备氧化铁红的方法相比,本法利用了二次资源,大大降低了铁皮的用量,所制产品档次高,提高了氧化铁红产品的附加值。
Preparation of Iron Oxide Red for Extraction 萃取法制备高纯氧化铁红的研究
Study on Rice Bran Oil Modified Epoxy Ester Iron Oxide Red Antirust Primer 米糠油改性环氧酯铁红防锈底漆的研究
This paper has reviewed the preparation and progress of iron oxide red pigment. 综述了氧化铁红颜料的制备及进展。
An ICP-AES method for the determination of silicon dioxide content in iron oxide red was introduced. 介绍用ICP-AES法测定氧化铁红中的二氧化硅含量。
The chemical kinetics equation for several production processes of iron oxide red has been determined from the kinetic data obtained in the processes of iron oxide red with the addition of silicon oxide. 在氧化铁红生产过程中加入氧化硅等,作者从实测的动力学数据确定氧化铁红几种生产工艺动力学方程。
This research adopts the advanced craft and makes the high iron oxide red from pyrite cinder; it has opened up the new way of comprehensively utilizing pyrite cinder. 本研究采用先进的工艺,利用硫铁矿烧渣制备高纯度的氧化铁红产品,开辟了综合利用硫铁矿烧渣的新途径。
Preparation Process and Advance of Iron Oxide Red Pigment 氧化铁红制备工艺进展
Surface treatment of iron oxide red pigment 氧化铁红颜料的表面处理
STUDY ON THE TRANSPARENT IRON OXIDE PIGMENT S Preparation of Iron Oxide Red for Extraction 透明氧化铁颜料的研制萃取法制备高纯氧化铁红的研究
The ions of magnesium and iron dissolved in the leach liquor may be comprehensively utilized to produce iron oxide red and high class light magnesium oxide examined by the national standard ( GB9004-88). 溶解进入浸出液中的Fe、Mg可综合回收制备铁红及达国标(GB9004-88)优等级轻质氧化镁等产品。
The method of preparing chro-mate and iron oxide red is discussed with abstracted material. 并论述了利用提取物制备铬盐和氧化铁红的方法。
Research on Preparing Iron Oxide Red Pigment Using Industrial Scrap Iron Powder 用工业废铁粉制取铁红颜料的实验研究
Study on preparing iron oxide red from waste iron mud by oxidation 铁泥氧化制备颜料铁红的研究
The MgO of serpentine is dissolved by diluted sulfuric acid so as to reduce MgO content of the final concentrate greatly. The ions of magnesium and iron dissolved in leaching solution can be utilized to produce iron oxide red and light magnesium oxide comprehensively. 即用稀酸浸出的方法将蛇纹石中的MgO溶解以大幅降低最终精矿中MgO含量从而获得低镁优质精矿;同时,对进入浸出液的Mg、Fe等综合回收产出铁红、轻质氧化镁等产品。
The iron oxide red has a broad market in domestic and foreign. It has good prospect of production and application. 氧化铁红在国内外有着广阔的市场,其生产及应用前景良好,是我国重要的出口产品。
Colorful coatings were obtained by adding particles, such as titanium dioxide, molybdenum disulfide, iron oxide red and chromium green. 通过加入TiO2,MoS2,Fe2O3和Cr2O3等微粒得到了多颜色的系列涂层。