通过改用大粒径同位素载体测量吸水剖面，不但可以提高资料的准确度，而且可以更明确地划分吸水层位。
When it is measured with cone-grained isotope carrier, it can improve the accuracy and make a more distinct division of injectivity horizon.
研究了NP型螯合树脂珠作为质谱样品载体，对铀同位素进行热电离质谱分析的方法。
NP-type chelate resin beads is used as a carrier of samples in the isotopic measurements of uranium by mass spectrometry.
证明了在三次加密井网和“三低”油田低注水井注水剖面测井中使用新型同位素载体的可靠性。
Log examples show that the new carrier is reliable in water-injection profile log in tertiary infill Wells and low water-injection Wells.
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