|
D = Density (9759 / 2571) |
DLL = Linear thermal expansion (dL/L) (14374) |
|
MTE = Mean coefficient of thermal expansion (14374) |
CTE = Coefficient of thermal expansion (CTE) (11868) |
|
E = Elastic/Young's modulus (1955 / 4345) |
G = Shear modulus (863 / 1382) |
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v = Poisson's ratio (729 / 1482) |
K = Bulk modulus (725 / 1383) |
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TC = Thermal conductivity (2624 / 1858) |
TD = Thermal diffusivity (1208 / 1355) |
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SH = Specific heat (2086 / 1255) |
HC = Heat capacity (1094) |
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SSC = True stress-strain curve (tension) (2373) |
SSCC = True stress-strain curve (compression) (2153) |
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UTS = Tensile strength (2389 / 2268) |
YS = Yield strength (tension) (2069 / 2295) |
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YSC = Yield strength (compression) (254 / 1) |
%El = Elongation (1692 / 3928) |
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SR = Stress rupture (3202) |
FEN = Fatigue e-N curve (424) |
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FSN = Fatigue S-N curve (2012) |
CS = Creep strength (6234) |
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IC = Isochronous creep (10306) |
HE = Hemispherical total emissivity (248) |
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NE = Normal total emissivity (150) |
VP = Vapor pressure (389) |
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Vis = Viscosity (2719) |
ST = Surface tension (2142) |
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RHO = Electrical resistivity (5192 / 2778) |
SIGMA = Electrical conductivity (5192 / 2778) |
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SV = Specific volume (653) |
AV = Apparent viscosity (985) |
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FM = Flexural modulus (331 / 2317) |
FS = Flexural strength (204 / 2221) |
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ESSC = Engineering stress-strain curve (tension) (3400) |
ESSCC = Engineering stress-strain curve (compression) (137) |
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CM = Creep modulus (842) |
RPB = Relative permeability (183) |
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AP = Absolute permeability (183) |
BH = B-H curve (183) |
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HB = H-B curve (183) |
CL = Core loss (227) |
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EP = Exciting Power (138) |
DCRPT = Relative permittivity (2888) |
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DF = Dissipation factor (2556) |
RIW = Refractive index vs WL (4735) |
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RIT = Refractive index vs T (3711 / 143) |