Reference Terms and Units: Difference between revisions

Latest revision as of 23:33, 18 January 2010

This article is for the conference on Monday January 11

Variable	Description	Unit variables	Units
$\vec{E}$	Electric Field Intensity	$V / m or N / C$	Volts per Meter or Newtons per Coulomb
$\vec{D}$	Electric Flux Density	$C / m^{2}$	Coulombs per Meter squared
$\vec{H}$	Magnetic Flux Intensity	$A / m$	Amps per Meter
$\vec{B}$	Magnetic Flux Density or Magnetic Induction	$T or W b / m^{2} or G$	Tesla or Webers per Meter squared or Gauss

Relationships

$\vec{D} = ϵ \vec{E}$

$\vec{B} = μ \vec{H}$

John Hawkins

@@ Line 18: / Line 18: @@
 |Electric Field Intensity
-|<math> V/m\,\!</math> or <math> N/C\,\!</math>
+|<math> V/m\,\!\text{ or } N/C\,\!</math>
 |Volts per Meter or Newtons per Coulomb
 |-
@@ Line 42: / Line 42: @@
 |Magnetic Flux Density or Magnetic Induction
-|<math> T \,\!</math> or <math>W/m^2\,\!</math> or <math> G \,\!</math>
+|<math> T \,\!\text{ or }Wb/m^2\,\!\text{ or } G \,\!</math>
-|Tessla or Watts per Meter squared or Gauss'
+|Tesla or Webers per Meter squared or Gauss
 |}
 Relationships
-<math>\vec D=\in \vec E</math>
+<math>\vec D=\epsilon \vec E</math>
 *In free space:
-*<math>\in_0=1/(36*\pi)*10^{-9} \,\!</math> F/m
+*<math>\epsilon_0=\frac{1}{36\pi}\times10^{-9} \ \ F/m</math>
@@ Line 60: / Line 60: @@
 *In free space:
-*<math>\mu_0=4*\pi*10^{-7} \,\!</math> H/m
+*<math>\mu_0=4\pi\times10^{-7} \ \ H/m</math>
+==Reviewed By==
+==Read By==
+John Hawkins