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--- calculator:power_loss_from_volume_to_weight [2025/01/13 23:51] – stan_zurek
+++ calculator:power_loss_from_volume_to_weight [2025/01/19 17:13] (current) – stan_zurek
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 ===== Calculator of power loss from volume-based to weight-based =====
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-| //[[user/Stan Zurek]], Calculator of power loss from volume-based to weight-based, Encyclopedia Magnetica//, \\ @PAGEL@, {accessed: @YEAR@-@MONTH@-@DAY@} |
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+|  {{/calculator/icon_calc.png?60&nolink}}  | //[[user/Stan Zurek]], Calculator of power loss from volume-based to weight-based, Encyclopedia Magnetica//, \\ https://www.e-magnetica.pl/doku.php/calculator/power_loss_from_volume_to_weight, {accessed: @YEAR@-@MONTH@-@DAY@} |
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 This calculator allows converting [[power loss]] between units based on volume and weight.
-|  $$ P_{weight} = \frac{P_{vol}}{D} $$  |  (W/kg)  |
+^  Conversion of power loss from volume-based to weight-based   ^^
+| //Source: [1] [[https://isbnsearch.org/isbn/9780367891572|S. Zurek, Characterisation of Soft Magnetic Materials Under Rotational Magnetisation, CRC Press, 2019, ISBN 9780367891572]]// ||
+| //Both equations below are a consequence of [1], eq. (1.30) and (1.31), p. 30// ||
 |  $$ P_{vol} = P_{weigth}·D $$  |  (W/m<sup>3</sup>)  |
 | where: $P_{weight}$ - weight specific power loss (W/kg), $P_{vol}$ - volume specific power loss (W/m<sup>3</sup>), $D$ - density (kg/m<sup>3</sup>).  ||
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 //Notes://
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     * //for 80% Ni-Fe alloy is 8.7 g/cm<sup>3</sup>// (e.g. [[https://e-magnetica.pl/database-em/01_Soft/Nickel_alloys/Ni80/PERMIMPHY_2019_strip.pdf|Aperam, Permimphy]])
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 {{tag>Calculators Power_loss Weight Volume Specific_loss}}