气压法 meaning in Chinese
pneumatic injection
pneumatic process
Examples
- It is shown that the results of single - calibration - ratio iteration calculating method is better than the single - calibration ratio method and are comparable with kf method and gas - pressure method
实验结果表明，经过改进的气相色谱单点校正因子迭代法明显优于单点校正因子法，与卡尔费休滴定法、气压法测定结果有可比性。 - The analysis results of single - calibration - ratio method , single - calibration - ratio iteration calculating method , karl fisher ( kf ) method and gas - pressure method were compared based on a series of waterborne samples
用改进后的气相色谱法测定了16个水性涂料样品的水含量，对单点校正因子法、单点校正因子迭代法、卡尔费休滴定法、气压法测定结果进行了比较。 - The main technique route of this study is that by the methods of liquid - gas method , gbj82 - 85 and astmc1202 , concrete and mortar permeability are tested at one time . the method correlates with gbj82 - 85 very well , and the relative coefficient is 0 . 9728 - 0 . 9913
本课题的主要技术路线是：采取溶液法、 gbj82 - 85 、 astmc1202 ，三种方法同时对比混凝土、砂浆的渗透性能实验，探明了溶液气压法与国标的相关性，其相关系数在0 . 9728 - 0 . 9913之间。 - The liquid - gas method is improved based on the above methods , overcoming the defects of gbj82 - 85 . using the liquid - gas method , permeability condition of concrete can be tested and indicated quickly , efficiently , and the influences on concrete of alkali - aggregate reaction , sulfate attack , carbonization , steel rust , freeze and thaw can be inflected indirectly . it is significant on the research and monitor on the durability of concrete
溶液气压法是在上述方法之上进行改进提高的，克服了国标gbj82 - 85方法中的许多不足之处，能够多角度、快速、高效、真实、准确地再现现场混凝土的渗透情况，并且能间接反映碱-骨料反应、钢筋锈蚀、碳化、硫酸盐侵蚀及冻融破坏的影响，对混凝土耐久性的监测与研究具有重要意义。 - On the other hand , through inhibted performances of concrete and mortar , the permeability refutations with different w / c , ages , admixture , and physics chemistry absorb regulation of different viscosity permeable liquid , the liquid - gas method is proved science and accuracy . because adopting with liquid - gas method it case clearer concrete permeability regulation . different concretes relativity is more exact and more efficiency and fixed quantity
另一方面，我们利用混凝土所固有的性质：不同水灰比混凝土、砂浆、抗渗性能规律；不同龄期混凝土的抗渗规律；不同外加剂、掺合料抗渗性能之间相互对比规律；不同黏度渗透液物理化学吸附对测试结果影响的规律；用规律来映证溶液气压法的科学性，准确性。