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Monitoring Retardation Influence on Mycoplasma Transport in Silty Formation Udi Niger Delta of Nigeria

机译:监测延迟对尼日利亚乌迪尼日尔三角洲粉质形成支原体运输的影响

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Retardation phase in transport process was observed to influences the migration process of Mycoplasma in silty deposited formation, the deposition of this contaminant in silty formation experienced higher concentration due to deposited lower porosity and void ratio in the study area, such condition experienced variations in formation characteristics, the deposition of other minerals that will definitely increase Mycoplasma population was considered in the system, the rate of velocity at various strata were also observed as significant parameters in the system, the derived model base on these factors integrated these conditions on the derived solutions, this implies that the system will be monitored in several condition at different phase of the transport system, condition were the microbes may experienced uncomfortable environment were also considered, these are were Mycoplasma may generates degradation, the study is imperative because the behaviour of Mycoplasma has been thoroughly observed, it is through these process that the rate of Mycoplasma can be predicted, experts will definitely produces results applying these concept.
机译:观察到运输过程中的延迟期会影响支原体在粉质沉积物地层中的迁移过程,由于在研究区域沉积的孔隙率和孔隙率较低,粉质地层中该污染物的沉积物浓度较高,这种条件经历了地层特征的变化。 ,系统中考虑了肯定会增加支原体种群的其他矿物质的沉积,系统中各个层的速度也被视为重要参数,基于这些因素的派生模型将这些条件整合到派生溶液中,这意味着在运输系统的不同阶段将在几种条件下对系统进行监控,还考虑了可能经历了微生物不适环境的条件,这些条件是支原体可能产生降解,因此必须进行研究,因为支原体的行为已经被彻底地通过这些过程,可以预测支原体的发生率,专家们肯定会使用这些概念产生结果。

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