The Physics Factbook™
Edited by Glenn Elert -- Written by his students
An educational, Fair Use website
topic index | author index | special index
Bibliographic Entry | Result (w/surrounding text) |
Standardized Result |
---|---|---|
C. Weast, Robert. Handbook of Chemistry and of Physics- 48th Edition. Ohio: The Chemical Rubber Co., 1968: F-130. | "Steel, piano wire (0 °C): Resistivity = 11.8 × 10-6 |
1.18 × 10-7 |
R. Lide, David. Handbook of Chemistry and of Physics- 75h Edition. London: The Chemical Rubber Co., 1995: 12-185. | [see table below] | 7.2 × 10-7 |
Conductivity of Metals Sorted by Resistivity. Eddy Current Technology Incorporated.1955. |
RESIST. COND. SOURCE ohm-m SIEMENS/m % IACS CODE MATERIAL 1.611E-07 6.206E+06 10.70 1 Steel, Cast 5.945E-07 1.682E+06 2.90 1 Steel, High Alloy 6.897E-07 1.450E+06 2.50 1 Steel, 304 Stainless 6.897E-07 1.450E+06 2.50 2 Steel, 304 Stainless 7.184E-07 1.392E+06 2.40 1 Steel, 347 Stainless 7.184E-07 1.392E+06 2.40 2 Zircaloy - 2 7.496E-07 1.334E+06 2.30 1 Steel, 316 Stainless |
1.611 to 7.496 × 10-7 |
Resistance and Resistivity. School Science. | "Steel (varies): 10 to 100 × 10-8 |
1 to 10 × 10-7 |
Steel is an alloy, consisting of iron and carbon. It has many metallic properties, which change with variations in the amount of carbon. Differences in quantity and placement of carbon in the alloy changes the hardness and strength of the ensuing steel; with increasing amounts of carbon, steel can become even stronger and harder than iron.
Electrical resistivity can be found by measuring how strongly a material
withstands the flow of an electrical current. if a material has low resistivity,
then it
is easier for electricity to flow through this material. the SI unit for
resistivity is the ohm meter,
R=
According to Ohm's Law, the electrical
resistance of a conductor is equal to the potential difference, or voltage
drop between two connected points in a conductor, divided by the flow
of electrical
current in the conductor. The resistivity of steel is on the order of
10-6
Common Name | Thermal Conductivity (W/cm K) |
Density (g/cm3) |
Coeff. of linear expansion (℃-1) |
Electrical Resistivity ( |
Modulus of elasticity (GPa) |
Tensile strength (MPa) |
Approx. melting point (°C) |
---|---|---|---|---|---|---|---|
Stainless Steel type 304 | 0.15 | 7.9 | 17.3 | 72 | 195 | 550 | 1425 |
Umran Ugur -- 2006
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