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We propose a design for a >10% efficient betavoltaic device, which generates 1 W of power.
Then typical applications operated below 10 V at power levels below 1 W.
Cooling power more than 1 W can be supplied by one pulse tube at 4.2 K.
Then (1) W fails (ANS).
Now, let v = T 1 w.
The first two weights (w 1, w 2) are free parameters; the third weight is w 3 = 1 – w 1 – w 2 such that ∑ i w i = 1.
Similar(51)
Hence, (f = A^{-1} w) almost everywhere.
For the extra cost of management following failed detection (r = ce − cc), we could use an additive uncertainty model for the upper limit [ /(1+ w α), + w α], or multiplicative model [ /(1+ w α), (1+ w α)].
For the second range, the following inequality holds: -1 ≤ w ≤ 1 ≤ w- < w+.
The approximation is valid when µ ≪ (1 − w Aa) (eq. 5a) or µ ≪ (1 − w aa) (eq. 5b).
For the range, the following inequality holds: -1 ≤ w ≤ w- ≤ 1 < w+.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com