1. 生物注气法,即将氧泵入地下。
The biosparging relies on pumping additional oxygen underground.

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2. 结论气法CT扫描可以为食管癌分期诊断提供准确的影像学信息。
Conclusion Air-infusion CT scan provides detailed imaging for staging diagnosis of esophageal carcinoma.

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3. 一种称作“生物气法”的技术依靠向地下泵氧,促使微生物自然繁殖以分解泄漏的石油。
A technique called "biosparging" relies on pumping oxygen underground to help naturally occurring microorganisms multiply and consume oil spills.

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4. 结论:采用间歇整复肠套叠比一般注气法复位率高,并且肠套叠时间越短复位率越高。
Conclusion: the reduction rate using the air injection at intervals is obviously higher than that with the usual method and the shorter the intussusception time the higher the reduction rate.

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5. 本文所建立的数学模型可以进行行列式井网开发指标的预测,也可以推广应用于五点和其它面积井网注气开发指标计算。
The new maths model can be apply to forecasting of line drive gas injection, and can be popularized to five-spot and other areal well pattern.

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6. 本文所建立的数学模型可以进行行列式井网开发指标的预测,也可以推广应用于五点和其它面积井网注气开发指标计算。
The new maths model can be apply to forecasting of line drive gas injection, and can be popularized to five-spot and other areal well pattern.

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