|
OALib Journal期刊
ISSN: 2333-9721
费用：99美元
|
|
|
|
燕麦秸秆燃烧灰中矿物质分布及沉积行为
, PP. 1310-1316
Keywords: 生物质,燃烧,沉积物,碱金属,化学热力学平衡计算
Abstract:
？在自行设计的沉降炉内研究了燕麦秸秆燃烧灰中矿物质分布及沉积行为。采用x射线衍射(xrd)、扫描电镜能谱(sem/eds)及电子探针x射线显微(epma)对850℃下不同燃烧时间的沉积物进行分析,并结合化学热力学平衡计算,结果表明,燕麦秸秆燃烧的沉积物形成是碱金属挥发黏结作用使大小不同的燃料球团形成,内部伴随着氧化反应从而形成表面孔洞。钾长石是沉积物形成中起黏结和支撑作用的"骨架"的主要组成部分,在燕麦秸秆燃烧初始沉积中有重要作用。k、al的分布密集而广泛,na在一定程度上会促进k的活性,表面的部分碱金属逐渐挥发至气相,fe、ca、mg等的相关化合物不断填充沉积物孔隙使其致密、硬化,最终各元素较均匀地分配。
| [1] | 王久臣,戴林,田宜水,秦世平.中国生物质能产业发展现状及趋势分析[j].农业工程学报,2007,23(9):276-282.(wangjiu-chen,dailin,tianyi-shui,qinshi-ping.analysisofthedevelopmentstatusandtrendsofbiomassenergyindustryinchina[j].transactionsofthecsae,2007,23(9):276-282.)
|
| [2] | gogebakanz,gogebakany,selcukn,selcuke.investigationofashdepositioninapilot-scalefluidizedbedcombustorco-firingbiomasswithlignite[j].bioresourtechnol,2009,100(2):1033-1036.
|
| [3] | liuh,fengy,wus,liud.theroleofashparticlesinthebedagglomerationduringthefluidizedbedcombustionofricestraw[j].bioresourtechnol,2009,100(24):6505-6513.
|
| [4] | vamvukad,pitharoulism,alevizosg,repouskoue,pentarid.asheffectsduringcombustionoflignite/biomassblendsinfluidizedbed[j].renewableenergy,2009,34(12):2662-2671.
|
| [5] | 秦建光,余春江,聂虎,李廉明,骆仲泱,岑可法.秸秆燃烧中温度对钾转化与释放的影响[j].太阳能学报,2010,31(5):540-544.(qinjian-guang,yuchun-jiang,niehu,lilian-ming,luozhang-yang,cenke-fa.theeffectoftemperatureontransformationandreleaseofpotassiumduringstrawcombustion[j].actaenergiaesolarissinica,2010,31(5):540-544.)
|
| [6] | linc-l,kuoj-h,weym-y,changs-h,wangk-s.inhibitionandpromotion:theeffectofearthalkalimetalsandoperatingtemperatureonparticleagglomeration/defluidizationduringincinerationinfluidizedbed[j].powdertechnol,2009,189(1):57-63.
|
| [7] | phongphiphata,ryuc,yangyb,finneykn,leylanda,sharifivn,swithenbankj.investigationintohigh-temperaturecorrosioninalarge-scalemunicipalwaste-to-energyplant[j].corrossci,2010,52(12):3861-3874.
|
| [8] | elledal,davidssonko,amandle.sewagesludgeasadepositinhibitorwhenco-firedwithhighpotassiumfuels[j].biomassbioenergy,2010,34(1):1546-1554.
|
| [9] | shahkv,cieplikmk,betrandci,kampwl,vuthaluruhb.correlatingtheeffectsofashelementsandtheirassociationinthefuelmatrixwiththeashreleaseduringpulverizedfuelcombustion[j].fuelprocesstechnol,2010,91(5):531-545.
|
| [10] | haykiri-acmah,yamans,kucukbayraks.effectofbiomassontemperaturesofsinteringandinitialdeformationofligniteash[j].fuel,2010,89(10):3063-3068.
|
| [11] | xuxg,lis-q,lig-d,yaoq.effectofco-firingstrawwithtwocoalsontheashdepositionbehaviorinadown-firedpulverizedcoalcombustor[j].energyfuels,2010,24(1):241-249.
|
| [12] | frydal,sobrinoc,cieplikm,kampwl.studyonashdepositionunderoxyfuelcombustionofcoal/biomassblends[j].fuel,2010,89(8):1889-1902.
|
| [13] | bartolomec,ramosag.ashdepositionbehaviorofcynara–coalblendsinapfpilotfurnace[j].fuelprocesstechnol,2010,91(11):1576-1584.
|
| [14] | skrifvarsbj,westen-karlessonm,hupam,salmenojak.corrosionofsuper-heatersteelmaterialsunderalkalisaltdeposits:part2semanalysesofdifferentsteelmaterials[j].corrossci,2010,52(3):1011-1019.
|
| [15] | abreup,casacac,costam.ashdepositionduringtheco-firingofbituminouscoalwithpinesawdustandolivestonesinalaboratoryfurnace[j].fuel,2010,89(12):4040-4048.
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|
