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The bliss point is where after electric output is maximized, the sum of that output and the maximum recoverable quantity of heat occurs.
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Its maximum recoverable strain reached 10% which approximately equals to or exceeds the reported maximum recoverable strain for polycrystalline TiNi alloy.
The maximum recoverable strain of the in-situ polymerized PEGPEA-GPE was up to 99%.
Results indicate that the maximum recoverable from the coolant and exhaust system is 67.9 kW and 82.7 kW, respectively.
The maximum recoverable strain was smaller for the Ti-rich films than for the (Ni,Cu -rich films.
However, given these studies assumed a theoretical maximum recoverable heat, whether its use is still energy effective in practice, in particular under intermittent operation, is of concern.
As a consequence the material free energy cannot be defined in a unique manner yielding a significative lack of knowledge of the maximum recoverable work that can extracted from the material.
Since the austenite and martensite yield levels are reached at a smaller strain level in this case, the maximum recoverable strain was limited to 3.5% even though the theoretical estimates are near 5.1%.
In the pick-3 algorithm, the maximum recoverable sparsity is 7 (α7=0.49).
Since we are also interested in kmax, we introduce the following Lemma 3 to bound the maximum recoverable sparsity kmax.
The maximum recoverable sparsity k max satisfies begin{array}{*{20}l} k alpha_{l}) triangleq leftlceil { l cdot frac{1/2}{alpha_{l}}} rightrceil - 1 leq k_{max}, end{array} (12).
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CEO of Professional Science Editing for Scientists @ prosciediting.com