slope ratio meaning in Chinese
斜度比
斜率比
Examples
- Based on the theory of mfl and a study on the signal characteristics ofac - mfl and ect : on one hand , it expouded the flaw identification model of “ slope ratio ” todetect the defects in panel , rob or pipeline ; on the other hand , the flaw - depth measurementmethod based on the characteristical frequency were used in ac - mfl . the application ofac - mfl was realized , and it showed the accordance of defect detection for these twotechniques
从其检测原理出发,在与上述涡流检测信号特点进行比较的基础上,一方面,利用“斜率比值”识别模型实现了对板材、管材、棒材等表面缺陷的检测;另一方面,利用交流信号的信息实现了基于拐点频率的深度测量方法在该技术中的应用。 - With synthesize slope ratio increasing , the stability of cutting slopes decreases , but the stability of sharpen slope affected by natural slopes ratio changes rarely , the stability of cutting slope that height is 30m is change notably due to slope type , whose single slope ratio with madao is inferior to the slope that upper ratio is less than lower ratio with platform in middle part . but the stability of cutting slope with 50m height is little change with the slope type change . with same stratum , slope height , slope type , the cutting slope is inferior to the sharpen slope in stability
结果表明，地层含水量在12 . 0 18 . 0变化范围内，各种挖方边坡稳定性均随湿度的增大而显著降低；路堑边坡的稳定性随综合坡比的增大而降低，但削坡受自然坡比影响，随综合坡比的增大其稳定性基本不变；坡高30m的路堑边坡稳定性因坡型改变而有明显变化，且单一坡比多级马道型边坡的稳定性较上缓下陡平台型边坡的稳定性差，但坡高50m的路堑边坡稳定性因坡型变化而基本不变；当坡高、坡型、地层条件相同时，路堑边坡的稳定性较削坡的稳定性差。 - Based on the research of influencing factors and regularities of distribution of loess side slope stability in northwest , the author select pingshuo antaibao southern spoil bank as subject investigated , and abstract several the most rudimental influencing factors which are ubiquitous concerning slope stability in loess area such as sloping shape , slope ratio , bulk density , cohesive force , angle of internal friction , elastic modulus , poisson ratio , water immersion
本文在探讨黄土地区边坡稳定性的影响因素及其分布规律的基础之上，选取平朔安太堡南排土场为研究对象，抽象出对于黄土地区边坡稳定性具有普遍意义的几个最基本影响因子：坡型、坡比、容重、内聚力、内摩擦角、弹性模量、泊松比、水。 - In this article , the characteristics of detectedflaw - signal and the principle of flaw identification and its implementation were established onthe basis of the electromagnetic theory by means of simulation , and were experimentally provedat large . the main research and technical innovation concerned on the following lists : based on the thorough research on the theory of eddy current testing ( ect ) depended onmagnetic field measurement and in order to improve the velocity and reliability of defectdetection , flaw - identification models of “ flaw - loop ” and “ slope ratio ” and their algorithm forreal - time implementation were established to realize the believable flaw - identification ofdifferent kinds of flaws and their precise flaw - length measurement
本文以电磁场理论为基础,以仿真分析和实验研究为手段,对缺陷的信号特征及其检测理论和方法进行了深入地研究,实现了不同方法对多种材料或制件的无损检测,主要研究及创新内容如下:在对基于场量测量的涡流检测理论进行深入研究的基础上,提出了“缺陷环”识别模型的修正算法,建立了“斜率比值”缺陷识别模型及其实现算法,完成了不同类型缺陷的自动识别以及长度的精确测量,提高了检测的速度和可靠性。