Influences of inter-stage element as well as stage length on the amplification performance of different pumping schemes are analyzed and compared.
However, the model stage lengths of this approach vary.
The parasites were identified as E. multilocularis, based on the most important morphometric parameters of adult stages (length of worms, number of proglottids, terminal proglottids in percentage of total worm length, position of genital pore, and form of uterus) (2 ).
OBT formation in crops depends on the development stage, length, and condition of exposure.
The simulation results show that the model is particularly sensitive to some parameters such as natural mortality, stage length, fecundity, number of inactive days per strategy and gear standardisation factors.
I. stage – the length of the I. stage was limited to a maximum of 60 minutes in order to keep recordings easily comparable.
A number of other factors may influence the outcome, including the position of the fetus in second stage labour, length of time in active second stage, whether or not an episiotomy is cut and the extent of other genital tract trauma.
The obtained analysis results indicate that changing the junction temperature difference in the second stage, the length of thermocouples and the number of thermocouples in the first stage can improve the cooling performance of the module.
Compared with the trichome density of the first stage (leaf length of primary leaves ∼6 cm), the density of older stages gradually decreased to ∼44 ± 9% within 12 days.
