Analysis of Additive Elements in Lubricating Oil According to ASTM D4951: ICPE-9820
Applications | 2015 | ShimadzuInstrumentation
MP/ICP-AES
IndustriesEnergy & Chemicals
ManufacturerShimadzu
Key wordslubricating, additive, plasma, emission, elements, oil, oils, additives, intensity, atomic, flowrate, torch, inductively, suppress, deposition, xyg, spectrometry, analysis, atf, standard, coupled, test, eed, organic, sample, neutralizes, gear, misting, news, determination, samples, friction, stable, tro, dilution, organometallic, radicals, machines, suppresses, without, types, carbon, concentration, lubricant, vertically, oriented, added, orientation, analytical, reacts
Similar PDF
Analysis of Additive Elements in Lubricating Oil Using ICPE-9000
2012|Shimadzu|Applications
LAAN-A-CP-E008 Application News J95 Inductively Coupled Plasma Atomic Emission Spectrometry Analysis of Additive Elements in Lubricating Oil Using ICPE-9000 No. Additives consisting of various types of organic metal substances are added to lubricating oils to enhance performance. They include detergents…
Key words
intensity, intensityflowrate, flowrateoil, oillubricating, lubricatingelements, elementsplasma, plasmatorch, torchadditive, additiveprecipitation, precipitationatf, atfconcentration, concentrationvarnish, varnishemission, emissionperoxides, peroxidesgear
Analysis of Additive Elements, Wear Metals, and Contaminants in Used Lubricating Oil According to ASTM D5185: ICPE-9820
2015|Shimadzu|Applications
LAAN-A-CP-E027$ Application News J114$ No. Inductively Coupled Plasma Atomic Emission Spectrometry Analysis of Additive Elements, Wear Metals, and Contaminants in Used Lubricating Oil According to ASTM D5185: ICPE-9820 Q Introduction Analysis of lubricants added to engine oils such as those…
Key words
lubricant, lubricantlubricating, lubricatingplasma, plasmaunused, unusedoil, oilemission, emissionatomic, atomictorch, torchinductively, inductivelyintensity, intensityused, usedspectrometry, spectrometrycoupled, coupleddeposition, depositionengine
Determination of Metals in Lubricating Oil by ICP-OES
2010|Agilent Technologies|Applications
Determination of Metals in Lubricating Oil by ICP-OES Application Note Inductively Coupled Plasma-Optical Emission Spectrometers Authors Introduction Tran T. Nham Metals in lubricating oil can come from various sources, such as wear, contamination and additives. Wear metals result from friction…
Key words
kerosene, kerosenelubricating, lubricatingtongue, tongueemission, emissioninductively, inductivelyoils, oilswear, wearmetals, metalscoupled, coupledplasma, plasmaatomic, atomicoil, oilblank, blankmetallic, metallicinductivel
Shimadzu Solutions for Lubricant Monitoring
2020|Shimadzu|Brochures and specifications
C10G-E085 Solutions for Lubricant Monitoring Lubricants are the lifeblood of mechanical engines and provide critical frictionreducing, cooling, and cleaning properties that are essential to their proper functioning and operation. Over time and throughout their use, lubricants degrade, and that functionality…
Key words
lubricant, lubricantftir, ftiraes, aesirspirit, irspiritlubricants, lubricantssoot, sooticp, icpwear, wearpearl, pearlmetals, metalsdegradation, degradationincorporation, incorporationmonitoring, monitoringdegrade, degradefourier