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Choose your Solvent:waterA (Solvent)B (Specific Heat)C (Density)DescriptionUncertainty value (%)Probability
distribution		DivisorSensitivity factorStandard uncertainty (%)NoteUncertainty of MF Amplitude
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specific heatC=4,19J g-1 Κ-1Acetone2,15784,6Parameters of the setup influencing the measurand quantity (SLP)DescriptionUncertainty value (%)Probability
distribution		DivisorSensitivity factorStandard uncertainty (%)
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Fill in the MNPs Concentration:
cn=5g/LEthanol (0oC)2,3785,1Magnetic Field Amplitude0,12N1,002,000,24SPM NPsMagnetic Field Amplitude0,21R1,731,000,12
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density of solventd=1000g/LEthanol (40oC)2,72785,1Frequency0,27N1,001,000,27Field Homogeneity0,03R1,731,000,02
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Fill in the Solution Volume:V=0,001Ltoluene1,72867Solution concentration5,00N1,000,000,00Combined standard uncertaintyRSS0,12
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Ferrofluid massmf=dV1gmethanol2,51786,5Solution volume5,00R1,731,002,89Due to Physics (agglomeration?)
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nanoparticle massmFe=cnV0,005ghexane2,26654,8Measured values used in the calculation of the SLP
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Fill in the Heating SlopeΔΤ/Δt=6,00E-03K/swater4,191000Fiber position uncertainty (vertical)6,67R1,730,762,93
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Fill in the ΔΘ measured:ΔΘ=20οCFiber position uncertainty (eccentric)6,67R1,730,100,39
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Fill in the Frequencyf=375kHzMass density of the solution*0,10Ν1,001,000,10
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Fill in the MF AmplitudeH=48kA/mSolution concentration2,00R1,731,001,16
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Fill in the MNPs DiameterD=80nmSpecific heat capacity0,03N1,001,000,03
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Temperature0,04R1,731,000,02
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Specific Loss PowerSLP=5,03W/gTime0,04R1,731,000,02
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±0,43W/gSLP ErrorCombined standard uncertaintyRSS4,31
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Expanded uncertainty
(95% confidence interval)		8,62
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Specific Loss EnergyWSLP=1,34E-05J/g
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1,34E-08J/kg
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DescriptionUncertainty value (%)Probability
distribution		DivisorSensitivity factorStandard uncertainty (%)Note
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Intrinsic Loss PowerILP=0,01nH m2/kgParameters of the setup influencing the measurand quantity (SLP)
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Magnetic Field Amplitude0,12N1,003,000,37FM NPs
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Frequency0,27N1,001,000,27
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Solution concentration5,00N1,000,000,00
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1st TemperatureΤ1=CSolution volume5,00R1,731,002,89Due to Physics (agglomeration?)
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1st timet1=sMeasured values used in the calculation of the SLP
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2nd TemperatureΤ2=CFiber position uncertainty (vertical)6,67R1,730,762,93
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2nd timet2=sFiber position uncertainty (eccentric)6,67R1,730,100,39
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Slope-2 pointsΔΤ/Δt=#DIV/0!K/sMass density of the solution*0,10Ν1,001,000,10
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Solution concentration2,00R1,731,001,16
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Specific Heat of
Density at 25oC
Specific heat capacity0,03N1,001,000,03
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Acetone2,15J g-1 Κ-1784,6Temperature0,04R1,731,000,02
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Ethanol (0oC)2,30J g-1 Κ-1785,1Time0,04R1,731,000,02
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Ethanol (40oC)2,72J g-1 Κ-1Combined standard uncertaintyRSS4,32
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toluene1,72J g-1 Κ-1867Expanded uncertainty
(95% confidence interval)		8,63
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methanol2,51J g-1 Κ-1786,5
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hexane2,26J g-1 Κ-1654,8
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water4,19J g-1 Κ-11000
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