Sentence examples for maximal carbon yield from inspiring English sources

The maximal carbon yield was 0.76 c-mol/c-mol for fructofuranosidase and 0.67 c-mol/c-mol for biomass (Table 1).

Experimental studies showed maximal carbon yields (biomass-to-GVL: 41% and GVL-to-ADA: 46%) at low concentrations (below 16 wt% solids) using large volumes of GVL solvents while requiring efficient interstage separations and product recovery.

For example, whereas maximal carbon yields using sugars as substrates are independent of the presence of a redox dissipating mechanism, the biomass yield on glycerol, which is more reduced than sugars, is severely reduced under anaerobic conditions and, therefore, requires an additional oxidation (see Table  1).

Using constraint-based modeling, we calculated maximal carbon and energy yields for various substrates.

The optimal ethylene yields calculated for the two systems were both in the range of 7 8 moles of ethylene/10 moles of glucose, or a carbon yield of 23.33 to 26.67% [ 36]; the maximal theoretical yield would be 33.33% when only minimal enzyme sets for ethylene production are considered (see above).

Maximal carbon balance was obtained at a cutting level of about 1.5 m3∙ha− 1.5− 1.5

The highest carbon yield is 28 mol% at 0.1 MPa.

C2H4 is prone to crack, creating a high carbon yield.

The variation of carbon yield is presented in Fig. 3d.

All these carbon yield curves exhibit a volcano characteristic, with less yield of carbon at high pressures.

At 800 °C, the carbon yield is 82.7% and the 900 °C activation results in the lower carbon yield (58.8%).