|
D = Density (10,268 / 2,947) |
DLL = Linear thermal expansion (dL/L) (14,943) |
|
MTE = Mean coefficient of thermal expansion (14,943) |
CTE = Coefficient of thermal expansion (CTE) (12,399) |
|
E = Elastic/Young's modulus (2,081 / 4,656) |
G = Shear modulus (887 / 1,489) |
|
v = Poisson's ratio (750 / 1,581) |
K = Bulk modulus (746 / 1,489) |
|
TC = Thermal conductivity (3,325 / 1,980) |
TD = Thermal diffusivity (1,315 / 1,408) |
|
SH = Specific heat (2,184 / 1,321) |
HC = Heat capacity (1,122) |
|
SSC = True stress-strain curve (tension) (2,764) |
SSCC = True stress-strain curve (compression) (2,455) |
|
UTS = Tensile strength (2,528 / 2,665) |
YS = Yield strength (tension) (2,150 / 2,669) |
|
UCS = Compressive strength (31 / 46) |
YSC = Yield strength (compression) (271 / 33) |
|
%El = Elongation (1,778 / 4,411) |
SR = Stress rupture (3,321) |
|
FEN = Fatigue e-N curve (609) |
FSN = Fatigue S-N curve (2,251) |
|
CRS = Creep strength (6,545) |
IC = Isochronous creep (10,749) |
|
HE = Hemispherical total emissivity (248) |
NE = Normal total emissivity (154) |
|
VP = Vapor pressure (389) |
Vis = Viscosity (2,933) |
|
ST = Surface tension (2,149) |
RHO = Electrical resistivity (5,842 / 2,882) |
|
SIGMA = Electrical conductivity (5,910 / 2,882) |
SV = Specific volume (657) |
|
AV = Apparent viscosity (992) |
FM = Flexural modulus (348 / 2,387) |
|
FS = Flexural strength (224 / 2,326) |
ESSC = Engineering stress-strain curve (tension) (3,535) |
|
ESSCC = Engineering stress-strain curve (compression) (164) |
CRM = Creep modulus (876) |
|
RPB = Relative permeability (256) |
AP = Absolute permeability (256) |
|
BH = B-H curve (284) |
HB = H-B curve (284) |
|
CL = Core loss (327) |
EP = Exciting Power (138) |
|
DCRPT = Relative permittivity (2,986) |
DF = Dissipation factor (2,663) |
|
RIW = Refractive index vs WL (5,009) |
RIT = Refractive index vs T (3,936 / 264) |
|
S = Seebeck coefficient (464 / 32) |