微纳米气泡的可控制备及其增溶增渗机理研究的实验数据集

微纳米气泡的可控制备及其增溶增渗机理研究，下分3个数据子集，分别是： 2021YFE0192600-002-（1）-纳米气泡特性与制备参数相互响应研究的实验数据集； 2021YFE0192600-002-（2）-纳米气泡对地下水中石油烃污染物的增溶作用的实验数据集； 2021YFE0192600-002-（3）-纳米气泡在多孔介质条件下对污染物和修复剂的增渗增移机制研究的实验数据集； 该数据集主要收集了在孔隙介质条件下微纳米气泡强化增渗增移特性的研究方面，通过流体模拟与实测评估，成功联合开发出宏量制备、可控制备微纳米气泡的发生装备，系统揭示了加压溶气反应器和分散空气方式对气泡总量和大小的影响规律，建立了微纳米气泡发生系统内的多介质、多参数模型。Research on Controlled Preparation of Micro-Nano Bubbles and Their Mechanisms of Solubilization and Permeability Enhancement is divided into 3 data subsets, which are: 2021YFE0192600-002-(1) Experimental dataset on the mutual response between nano-bubble characteristics and preparation parameters; 2021YFE0192600-002-(2) Experimental dataset on the solubilization effect of nano-bubbles on petroleum hydrocarbon pollutants in groundwater; 2021YFE0192600-002-(3) Experimental dataset on the permeability-enhancing and migration-enhancing mechanisms of nano-bubbles for pollutants and remediation agents under porous medium conditions. This dataset mainly collects studies on the permeability and migration enhancement characteristics of micro-nano bubbles under porous medium conditions. Through fluid simulation and actual measurement and evaluation, a generation device for macro-scale preparation and controlled preparation of micro-nano bubbles has been successfully developed, the influence laws of pressurized dissolved air reactors and air dispersion modes on the total amount and size of bubbles have been systematically revealed, and a multi-medium and multi-parameter model within the micro-nano bubble generation system has been established.

搜集汇总

背景与挑战

背景概述

该数据集聚焦于微纳米气泡的可控制备及其增溶增渗机理研究，包含三个实验子集，分别涉及纳米气泡特性与制备参数响应、对石油烃污染物的增溶作用，以及在多孔介质中的增渗增移机制。通过流体模拟与实测评估，数据集揭示了制备参数对气泡的影响，并建立了多介质模型，以支持微纳米气泡在环境修复中的应用。