sparging

英

美

网络  喷射; 洒水; 鼓泡; 喷雾

双语例句

• With the treatments of water and nourishments absorption, sparging chemicals, and then wrapping up in special paper, the preservation of cut roses during storage are examined.
  采用花茎吸液、整花枝喷复保鲜剂、以功能性保鲜纸包装结合低温贮藏的方式研究了月季切花的贮藏保鲜效果。
• More than 90% of radioiodine goes to gas-off system by sparging-air in the process of dissolution.
  90%以上的放射性碘随鼓泡气体进入尾气系统。
• The methods of detection and analysis of MTBE and the progress in the research of degradation technology of MTBE are reviewed, including physical adsorption and air sparging, chemical degradation, biodegradation and phytoremediation.
  主要介绍了MTBE在污染环境中的检测分析方法和降解技术研究进展，包括：物理吸附和曝气吹除、化学降解、生物降解和植物修复技术。
• The effect of nitrogen sparging on the mass transfer rate in the extraction of copper from aqueous solution by a kerosene solution of naphthenic acids was studied.
  研究了氮注射对环烷酸萃取溶液中铜离子的质量转移速率的影响。
• Air sparging ( AS) and Biosparging ( BS) are the emerging in-situ groundwater remediation technologies since the early 1990 's. It is mainly applied to remove organic chemicals from saturated soils and groundwater.
  地下水曝气（AS）和生物曝气（BS）是二十世纪九十年代发展起来的新兴地下水原位修复技术，主要用于处理有机物造成的饱和土壤和地下水污染。
• Volatilization of BTEX in Underground Environment and the Influence to Air Sparging
  地下环境中BTEX的挥发特性及其对AS影响研究
• Based on the model tests, the air flow pattern and the zone of influence ( ZOI) were investigated for air sparging process in different types of soil mass.
  通过模型试验，探讨了地下水曝气法的工作机理，研究了气体不同类型土体中的运移方式和影响区域。
• Air sparging is an important remediation technique for removing volatile organic contaminants ( VOCs) from saturated soil and groundwater.
  地下水曝气（AirSparging，AS）是修复饱和土壤及地下水有机污染的有效技术。
• In this paper, Fourier transformation is proposed to the phase calculation of sparging burning airflow field.
  本文将傅立叶变换（FT）引入到喷射燃烧气流场的相位计算中。
• The cellulase activity can be reduced by means of sparging and daubing with growth substances, such as NAA, 2, 4-D, IAA, etc. before fumigation. Therefore, effect of ozone on organ abscission may be partially inhibited.
  利用NAA、2,4-D、IAA等生长物质在熏气前喷洒或涂抹，可以相对降低离区纤维素酶活力，从而抑制了因臭氧引起器官脱落的效应。