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OALib Journal期刊
ISSN: 2333-9721
费用：99美元
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块状菱镁矿的烧结特性
Keywords: 无机非金属材料,块状菱镁矿,重烧镁砂,烧结
Abstract:
？使用高温电炉、xrd和sem等手段,研究了不同尺寸块状菱镁矿的烧结特性。结果表明：在400--800℃温度范围内试样的分解率、活性和体积密度与块度有关,块度小的分解率高、活性大,体积密度减小得快。在800--1000℃烧结尚未开始；在1000--1300℃体积密度上升至2.00g/cm3,以固相烧结为主,烧结速度较低；在1300--1600℃体积密度上升至2.60g/cm3,固相烧结逐渐向固相--液相烧结转变,烧结速度有所提高；在1600℃以上完全转变为液相烧结,烧结速度迅速提高,体积密度上升至1800℃的3.27g/cm3；在1800℃烧后,块度对其体积密度基本上没有影响。
| [1] | 1disumei,resourceandmarketofmagnesiteinchina,non-metallicmines,24(1),5(2001)
|
| [2] | 2zhongxiangchong,bulletinofthechineseceramicsociety,25(3),91(2006)
|
| [3] | (钟香崇,我国镁质耐火材料发展的战略思考,硅酸盐通报,25(3),91(2006))
|
| [4] | 3quanyue,howdoesmagnesiteindustrymeetthechallengeafterchinaenteringwto–thedevelopmentsituationofmagnesiteindustryinliaoningprovince,land&resources,(1),22(2002)
|
| [5] | (全跃,菱镁行业如何应对入世挑战,国土资源,(1),22(2002))
|
| [6] | (赵海鑫,辽宁菱镁矿资源现状及发展意见,耐火材料,43(4),291(2009))
|
| [7] | 6x.w.liu,y.l.feng,h.r.li,p.zhang,p.wang,thermaldecompositionkineticsofmagnesitefromthermogravimetricdata,journalofthermalanalysisandcalorimeter,107(1),407(2012)
|
| [8] | 7luguimin,qiuzhuxian,calciningkineticsofmagnesite,lightmetal,(6),36(1992)
|
| [9] | (路贵民,邱竹贤,菱镁矿煅烧动力学,轻金属,(6),36(1992))
|
| [10] | 8wujianguo,dudongxing,yutaoran,wangze,experimentalinvestigationoncalcinationcharacteristicsofmagnesite,energyformetallurgicalindustry,16(1),50(1997)
|
| [11] | (吴建国,杜东兴,于陶然,王泽,菱镁矿煅烧特性的实验研究,冶金能源,16(1),50(1997))
|
| [12] | 9linan,chengrongrong,kineticsofsinteringandgraingrowthofmgoduringcalcinationofmagnesite,journalofthechineseceramicsociety,17(1),64(1989)
|
| [13] | (李楠,陈荣荣,菱镁矿煅烧过程中氧化镁烧结与晶粒生长动力学的研究,硅酸盐学报,17(1),64(1989))
|
| [14] | (崔鑫,邓敏,煅烧制度对mgo活性的影响,南京工业大学学报(自然科学版),30(4),52(2008))
|
| [15] | (邸素梅,我国菱镁矿资源及市场,非金属矿,24(1),5(2001))
|
| [16] | 4lizhijian,thoughtsonmagnesiarefractoryrawmaterialsofliaoningprovince,refractories,45(5),383(2011)
|
| [17] | (李志坚,对辽宁省镁质耐火原料的思考,耐火材料,45(5),383(2011))
|
| [18] | 5zhaohaixin,magnesiteresourcecurrentsituationanddevelopingsuggestionofliaoning,refractories,43(4),291(2009)
|
| [19] | 10liguangping,zhangzhiping,huanghuihuang,astudyonactivatedsinteringofnaturalmagnesite,journalofthechineseceramicsociety,11(2),193(1983)
|
| [20] | (李广平,张治平,黄辉煌,菱镁矿活化烧结研究,硅酸盐学报,11(2),193(1983))
|
| [21] | 11tapank.gupta,sinteringofmgodensificationandgraingrowth,journalofmaterialsscience,6(1),25(1971)
|
| [22] | 12kongfanshu,jiangshiying,studyonthemineralchemicalcompositionofshandonghigh-siliconmagnesiteanditsphasetransformationduringheatprocess,shandongscience,5(3),14(1992)
|
| [23] | (孔繁枢,蒋士英,山东高硅菱镁矿的化学矿物组成及其加热过程相变的研究,山东科学,5(3),14(1992))
|
| [24] | 13zhanghaijun,jiaquanli,donglin,polycrystallinepowderxraydiffractiontechnologyprincipleandapplication,firstedition(zhengzhou,zhengzhouuniversitypress,2010)p.198
|
| [25] | (张海军,贾全利,董林,粉末多晶x射线衍射技术原理及应用,第1版(郑州,郑州大学出版社,2010)p.198)
|
| [26] | 14cuixin,dengmin,effectofcalcinedconditionsonactivityofmgo,journalofnanjinguniversityoftechnology(naturalscienceedition),30(4),52(2008)
|
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