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MaterialResistivityReferenceNotes(%IACS)(Siemens/m)(Ohm-m)(SeeEndnotes)AluminumPure61.003.538E+072.826E-08ECTM99.99%64.943.767E+072.655E-08CSNDT99.99%64.943.767E+072.655E-08ALASMRedX-8Cond.StressRelieved29.001.682E+075.945E-08CSNDTRedX-8AsCast26.001.508E+076.631E-08CSNDT11SCond.T340.002.320E+074.310E-08CSNDT1339.002.262E+074.421E-08CSNDT14SCond.050.002.900E+073.448E-08CSNDT14SCond.T640.002.320E+074.310E-08CSNDT17SCond.045.002.610E+073.831E-08CSNDT17SCond.T430.001.740E+075.747E-08CSNDT18SCond.050.002.900E+073.448E-08CSNDT18SCond.T6140.002.320E+074.310E-08CSNDT2SCond.059.003.422E+072.922E-08CSNDT2SCond.H1857.003.306E+073.025E-08CSNDT24SCond.050.002.900E+073.448E-08CSNDT24SCond.T430.001.740E+075.747E-08CSNDT24SCond.T640.002.320E+074.310E-08CSNDT3SCond.050.002.900E+073.448E-08CSNDT3SCond.H1242.002.436E+074.105E-08CSNDT3SCond.H1441.002.378E+074.205E-08CSNDT3SCond.H1840.002.320E+074.310E-08CSNDT32SCond.040.002.320E+074.310E-08CSNDT32SCond.T635.002.030E+074.926E-08CSNDT40E35.002.030E+074.926E-08CSNDT43(Annealed)42.002.436E+074.105E-08CSNDT43AsCast37.002.146E+074.660E-08CSNDTA51SCond.055.003.190E+073.135E-08CSNDTA51SCond.T4andT645.002.610E+073.831E-08CSNDT52SCond.0andH3835.002.030E+074.926E-08CSNDT53SCond.045.002.610E+073.831E-08CSNDT53SCond.T4andT640.002.320E+074.310E-08CSNDT56SCond.029.001.682E+075.945E-08CSNDT56SCond.H3827.001.566E+076.386E-08CSNDT61SCond.045.002.610E+073.831E-08CSNDT61SCond.T4andT640.002.320E+074.310E-08CSNDT75SCond.T630.001.740E+075.747E-08CSNDT8528.001.624E+076.158E-08CSNDTAluminumAllcastAsCast27.001.566E+076.386E-08CSNDTCond.Sol.H.T.&StressRelieved36.002.088E+074.789E-08CSNDTSolH.T.andAged30.001.740E+075.747E-08CSNDTStressRelieved30.001.740E+075.747E-08CSNDTConductivityConductivityandResistivityValuesforAluminum&AlloysCompiledbytheCollaborationforNDTEducation,March2002AluminumAlloy(Wrought)1050-061.302.810E-08ALASM1060-O62.002.780E-08ALASM1060-H1861.002.780E-08ALASM110057.00-61.803.445E+072.903E-08NDTMag1100-O59.002.920E-08ALASM1100-H1857.003.020E-08ALASM1145-O61.002.830E-08ALASM1145-H1860.002.830E-08ALASM1199-O64.502.670E-08ALASM1350-O61.802.790E-08ALASM1350-Hx61.002.820E-08ALASM2011-T336.00-36.502.103E+074.756E-08NDTMag2011-T3andT439.004.400E-08ALASM2011-T845.003.800E-08ALASM2014-Fand-048.60-50.702.880E+073.473E-08NDTMag2014-O50.003.400E-08ALASM2014-T3and-T432.50-34.801.952E+075.124E-08NDTMag2014-T3,T4,andT45134.005.100E-08ALASM2014-T638.00-39.702.253E+074.438E-08NDTMag2014-T6,T651,andT65240.004.300E-08ALASM2017-F49.30-49.502.865E+073.490E-08NDTMag2017-O50.003.500E-08ALASM2017-T434.005.000E-08ALASM2024-F46.80-48.502.764E+073.618E-08NDTMag2024-O50.003.400E-08ALASM2024-T328.60-36.101.876E+075.330E-08NDTMag2024-T3629.10-29.501.699E+075.884E-08NDTMag2024-T3,T36,T351,T361,andT430.005.700E-08ALASM2024-T428.80-31.001.734E+075.766E-08NDTMag2024-T6,T81,T851,andT86138.004.500E-08ALASM2036-O52.003.320E-08ALASM2036-T441.004.210E-08ALASM2048-T85142.004.000E-08ALASM2124-O50.003.450E-08ALASM2124-T85139.004.421E-08ALASMresistivityconvertedfromconductivity--2127-T442.10-42.402.451E+074.081E-08NDTMag2218-T6137.402.169E+074.610E-08NDTMag2218-T6138.004.500E-08ALASM2218-T7240.004.300E-08ALASM2219-O44.003.900E-08ALASM2219-T31,T37,andT35128.006.200E-08ALASM2219-T62,T81,T87,andT85130.005.700E-08ALASM2319-O44.003.900E-08ALASM261840.202.332E+074.289E-08NDTMag2618-T6137.004.700E-08ALASMCompiledbytheCollaborationforNDTEducation,March20023003-O44.70-49.802.741E+073.649E-08NDTMag3003-O50.003.400E-08ALASM3003-H14and-H1237.80-51.502.590E+073.861E-08NDTMag3003-H1242.004.100E-08ALASM3003-H1441.004.200E-08ALASM3003-H1840.004.300E-08ALASM3003-H24and-H2837.80-47.502.474E+074.043E-08NDTMag300439.40-43.502.404E+074.160E-08NDTMag3004-O42.004.100E-08ALASMX3005-O50.10-50.302.912E+073.435E-08NDTMag3105-O45.003.830E-08ALASM4032-O40.004.310E-08ALASM4032-T635.30-36.302.076E+074.816E-08NDTMag4032-T636.004.790E-08ALASM4043-F52.30-54.303.091E+073.235E-08NDTMag4043-O42.004.100E-08ALASM500552.30-52.803.048E+073.281E-08NDTMag5005-OandH3852.003.320E-08ALASM505048.30-49.802.845E+073.515E-08NDTMag5050-OandH3850.003.400E-08ALASM505233.60-37.602.065E+074.843E-08NDTMag5052-OandH3835.004.930E-08ALASM505628.10-29.801.679E+075.956E-08NDTMag5056-O29.005.900E-08ALASM5056-H3827.006.400E-08ALASM508329.005.950E-08ALASM508631.005.600E-08ALASM515430.50-32.801.836E+075.448E-08NDTMag515432.005.390E-08ALASM518231.005.560E-08ALASM525235.004.900E-08ALASM525432.005.400E-08ALASM5356-O29.005.940E-08ALASM535742.30-47.002.590E+073.861E-08NDTMag545434.005.100E-08ALASM545629.005.950E-08ALASM545746.003.750E-08ALASM565235.004.900E-08ALASM565754.003.200E-08ALASM6005-T549.003.500E-08ALASM6009-O54.003.190E-08ALASM6009-T444.003.920E-08ALASM6009-T647.003.670E-08ALASM6010-O53.003.250E-08ALASM6010-T439.004.420E-08ALASM6010-T644.003.920E-08ALASM605339.30-48.002.532E+073.950E-08NDTMagCompiledbytheCollaborationforNDTEducation,March20026061-Fand-042.30-48.502.633E+073.798E-08NDTMag6061-O47.003.700E-08ALASM6061-T437.60-40.502.265E+074.415E-08NDTMag6061-T440.004.300E-08ALASM6061-T6a
本文标题:超全的铝、铝合金电导率数据
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