1·The method for obtaining calibration curves is discussed in detail.
本文还详细讨论了获得校正曲线的方法。
2·Results:The calibration curves, average recoveries, precision, accuracy, etc were qualified.
结果： 线性回归、 精密度、 重复性、 回收率等方法学验证均符合规定。
3·With the help of calibration curves the accuracy of analytical results can be significantly enhanced.
采用校正曲线法可以提高分析的准确度。
4·The mean grain size of stainless steel sintered from nano-sized powder was measured using these calibration curves.
利用该曲线计算出了纳米不锈钢粉末烧结试样的平均晶粒度。
5·Repeat the preparation of standards starting with pure solutions until successive calibration curves agree within 10%.
重复配制标准溶液(从纯溶液开始)直至逐次的标准曲线彼此偏差均在10%以内。
6·Calibration curves were drawn with some standard substances, so the reliability of the new method established in the paper is proved.
用多种基准物质绘制了不同柱长的校正曲线，证明了新方法的可靠性。
7·The theoretical calibration curves for friction of plastic working was plotted and the exact position of the neutral layer of plastic flow was given in the solution.
进而采用该解绘制塑性加工中测量摩擦系数的理论校准曲线。
8·Two different types of calibration curves were prepared, one was the solvent calibration curves (SC) and another was the tomato sauce matrix calibration curves (TMC).
制备两种不同的校准曲线，即溶剂标准曲线(SC)和番茄酱基质标准曲线(TMC)。
9·Results The solvent could be completely separated and the calibration curves of each solvent showed good linear relationship within a certain range. Conclusion The method is accurate and reliable.
结果待测物均能得到很好的分离，峰面积与浓度呈良好线性关系，精密度良好。