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| − | I'm thinking about adding Iulian's test(s) to this page. Its a little difficult because it was not a precision measurement and there are several unknowns (exact wattage, Q Factor). If we post his results, I was thinking of just posting it as an average of tests 3 and 3.1 subtracting out the likely effects of hot air. deltaMass did a calculation that came out to 0.29gf effective thrust, which is 2.84mN See [http://forum.nasaspaceflight.com/index.php?topic=36313.msg1377713#msg1377713 here]. So here's what I have so far: | + | I'm added Iulian's test to the page. I realize that it is just approximate numbers and there are a lot of unknowns, but I think its useful to add as a rough comparison, as people can actually watch Iulian's test and this table helps put that measurement in relation to the other tests. |
| − | {| class="wikitable"
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| − | ! style="text-align:left;"| Description || Cavity Length (m) || bigDiameter (m) || smallDiameter (m) || Design Factor (Shawyer Only) || Dielectric || rfFrequency (1/s) || Power (W) || Q || Force (mN) || Force / PowerInput (mN/kW) || Photon Rocket Force / PowerInput (mN/kW) || Force Multiple of Photon Rocket
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| − | |Iulian Berca Tests 3 & 3.1 (averaged w/ air effects subtracted)|| 0.02286 || 0.02794 || 0.01588 || || None || 2.463Ghz (magnetron) || 800 || n/a || 2.84 || 3.55 || 0.003337 || 1063.82
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| − | |}
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Revision as of 06:58, 1 June 2015
I'm added Iulian's test to the page. I realize that it is just approximate numbers and there are a lot of unknowns, but I think its useful to add as a rough comparison, as people can actually watch Iulian's test and this table helps put that measurement in relation to the other tests.
