Sentence examples for gross energy content from inspiring English sources

The gross energy content was determined using an adiabatic calorimetric bomb (IKA C7000, IKA Werke GmbH Co. KG, Staufen, Germany).

The chemical composition, gross energy content and EAA profiles of experimental diets were similar amongst diets with 223 230 g CP/kg, 15.9 17.2 MJ GE/kg and 81.7 90.3 g total EAA/kg (Table 3).

The gross energy content varied between feed ingredients within the range 12.3 19.5 MJ/kg, with the lowest value in golden apple snail meal and the highest in groundnut cake.

In addition, Chaetomorpha sp. as a supplemental raw feed may be more advantageous to growth enhancement and FCR reduction of giant tiger prawns owing to its higher gross energy content compared with Ulva species.

Despite an apparently desirable gross energy content of all the diets, those containing guajillo did not meet digestible energy requirements for maintenance and mohair production at moderate levels of activity and production, and although none of the diets appeared to be acutely toxic, the goats preferred the diets lower in guajillo.

The gross energy content (1,626 mJ/100 g for the HP diet versus 1,668 mJ/100 g for the LP diet), the metabolizable energy (3,100 vs. 3,240 kcal/kg), and the digestable energy (3,300 vs 3,530 kcal/kg) were similar for both diets.

As expected, fish fed the PF diet had the highest moisture, but the lowest protein, lipid, and gross energy contents (P < 0.05).

Besides, an increase in protein and gross energy contents in a short period of time was reported which improved the nutritive value of olive cake for its investment as animal feeds to overcome nutritional Gabe in Egypt.

Faecal content of cellulose, polyphenols and gross energy (GE) increased linearly with OC inclusion, whereas ash content decreased.

The losses of water-soluble carbohydrates (WSCs), hemicellulose and gross energy increased (P<0.05) with higher moisture content at ensiling.

We estimated the gross energy production (i.e. biomass yield multiplied with the energy content of the wood) for a SRC system growing for six three-year rotations under ambient [CO2] at 444±18 GJ ha−1 yr−1 (Calculations are detailed in the supporting information Methods and material S1 and Tables S1, S2, S3, S4, and S5).