Phase change model and driving mechanism for capillary evaporating interface;
毛细蒸发相变界面的数学模型和机理
Concentration Distribution of Polymer Solution Confined in a Capillary;
毛细管内高分子溶液的浓度分布
Test of the capillary equivalent radius of yarn;
纱线毛细管当量半径的测试
Preliminary researches for the method of separation of oligonucleotides with difference of a single base in sequence from each other by non-gel sieving capillary electrophoresis;
无胶筛分毛细管电泳分离相差单个碱基的脱氧寡核苷酸方法初探
Simultaneous determination of SO_4~(2-)and total hardness in water by counting the drops of capillary burette;
毛细滴管计滴法同时测定水中硫酸根和总硬度
The determination of chloride ion content in water by counting the drops from capillary burette;
毛细滴管计滴法测定水中氯离子含量
The capillary burette micro titration in counting drops is employed to determine iodine ions in the mixed halide solution.
采用毛细滴管数滴微型滴定法测定混合卤化物中的碘离子。
The comfortability of hemp fabric is thoroughly studied with the experiments of air and moisture permeability and capillary effect by comparing them with ramie and flax fabrics.
通过织物的透气、透湿及毛细效应等实验对大麻织物的舒适性能进行研究并与苎麻、亚麻织物进行比较,认为大麻织物在透湿性和毛细效应等方面有较大优势,在易出汗的夏季,大麻面料着装比较舒适。
In this paper, the condition of capillary effect producing is analyzed in theory; the capillary' s models of five cross-sectional fibers are set up ,their capillary's sizes are calculated,and whether easy or not capillary effects happen in these capillaries is analyzed.
从理论上分析了毛细效应发生的条件:建立了5种不同截面纤维形成毛细管的模型,推导出了不同截面纤维形成的毛细管的大小,分析了发生毛细效应的难易程度;统计了不同截面纤维根数与形成毛细管根数的关系;总结出了不同截面纤维形成毛细管液态水毛细运输的流量;从而评价了不同截面纤维的湿传导能力,提出了优化方法。
A physical model is presented to research how the capillary effect affects the fractal nature of viscous fingering in porous media.
建立了考虑毛细效应时多孔介质中二相流驱替的物理模型及动力学方程，提出了一种求解此类方程的近似方法，通过计算机模拟，得到了相应驱替前沿的分形生长图形，与未考虑毛细效应时的图形比较，发现其孔隙尺寸范围的分枝结构变弱，其表面相对光滑，分维值减少，从而证实了毛细效应的孔隙尺寸范围抑制指进型分枝结构的结论。
Quantitative analysis of a paint for window screen by GC with capillary column;
灭蚊窗涂剂的毛细管柱气相色谱分析
Capillary column gas chromatographic determination of borneol in guanxinsuhe capsules;
毛细管柱气相色谱法测定冠心苏合胶囊中的冰片含量
The organochlorine pesticide residues were extracted from water with Acetone,cleaned up by concentrated sulfuric acid,separated by capillary column SPBtm-5(30m×0.
采用SPBtm-5毛细管柱气相色谱法分析测定了地表水中有机氯农药的残留量。