运用此项研究得出的一套注水井射孔完井参数预测的理论方法，为提高差油层的吸水能力、减轻油层超破压注水提供了新思路。
This injection well perforation parameter prediction theoretical method provides a new way to improve poor formation's water absorbing capability and mitigate over fracture pressure injection.
讨论了合成工艺条件对共聚物特征参数及相应的高吸水性树脂吸水能力的影响。
The influence of synthetic technological conditions upon their characteristic parameters and the water-absorbing ability of corresponding, high water-absorbing resin are also introduced in this paper.
蒸腾速率作为一个重要的水分参数，反映了植物潜在的耗水能力，国内外许多学者对此进行了大量研究，并取得了研究成果。
As a key moisture parameter, potential consuming capacity of plants is reflected by transpiration rate and been studied by some people.
蒸腾速率作为一个重要的水分参数，反映了植物潜在的耗水能力，国内外许多学者对此进行了大量研究，并取得了研究成果。
As a key moisture parameter, potential consuming capacity of plants is reflected by transpiration rate and been studied by some people.
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