简介:Amorphouscalciumphosphatenano-powdersmadefromradiofiequency(RF)plasmaspraying;Anadvancedmodelforplasmasprayingoffunctionallygradedmaterials;AnestimateofthetemperatureofsemitransparentoxideparticlesinthermalSpraying;BioactivityofPlasmaSprayedWollastoniteCoatingsinSimulatedBodyFluid
简介:[篇名]Aradiologicalfollow-upstudyofplasma-sprayedfluorapatite(FA)coatings,[篇名]ARamanStudyonPlasma-SprayedThin-realBarrierCoatingsDuringThermalCycling,[篇名]AbrasionandSlidingWearofNanostructuredCeramicCoatings,[篇名]Abrasionbehaviorinnanostructuredalumina-titaniacoatings,[篇名]Al{sub}2O{sub}3/YAGcompositecoatingpreparedbyplasmasprayprocess,[篇名]Aluminareinforcedstainlesssteelcoatingsbyplasmasprayingmechanofusedparticles,[篇名]Aluminumbasednanostructuredcompositecoatings:processingmicrostructureandwearbehavior.
简介:研究了微波等离子体炬原子发射光谱(MPT-AES)法测定高温合金中非金属元素(As、B、P、Si)的分析方法,考察此方法对高温合金行业非金属检测需求的适应性。对镍基高温合金样品进行酸溶解处理,选择适用的微波等离子体炬分析谱线,进行检出限、精密度测定。4种非金属元素的检出限在0.03~0.12μg/mL,10次数据的相对标准偏差(RSD,n=10)为0.88%~1.9%,此方法可用于高温合金中非金属元素的测定。
简介:摘要:介绍了低温等离子体发生技术及原理,对等离子体的应用领域进行了基本概述,包括低温等离子体活化水消毒、空气净化、废水处理以及低温等离子体射流灭菌。