Using the NUCMER alignment tool of MUMMER package [21], we aligned these hybrid EULER-SR [1] contigs against the de novo scaffolds with the break length parameter of 10,000.
Break length was determined by the participant, typically lasting 30 s to 1 min for adults and slightly longer for children.
Pedometer counts were converted to steps per minute by dividing total steps by the number of lunchtime minutes to ensure school lunchtime break length differences were accounted for between the two schools.
Results of the measurements were recalculated into breaking force and breaking length.
These are the most suitable conditions for obtaining paper sheets with a high breaking length, tear and burst indices.
Significant changes of tensile and burst indices, breaking length, and air resistance were observed after the addition of 18% molasses.
The values of breaking force and breaking length that were calculated by zero-span measurements are identical in trends and in intensities.
The optimum values of breaking length, burst and tear index and folding endurance were 4683.7 (m), 30.99 (kN/g), 376.93 (mN m2/g) and 27.31, respectively.
The influence of temperature (150 170 °C), pulping time (15 45 min) and soda concentration (5 10%) in the pulping of abaca on the yield, kappa, viscosity, breaking length, stretch and tear index of pulp and paper sheets, was studied.
