在 中文 中使用 校准曲线 的示例及其翻译为 英语
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一套标准的解决方案用于准备校准曲线。
校准曲线可以用来预测未知样品的浓度。
Calibration curves can be used to predict the concentration of an unknown sample.一套标准的解决方案用于准备校准曲线。
A model winesolution was used to prepare standards for calibration curves.要构建校准曲线，请使用计算机程序来绘制数据作为信号与浓度。
To construct the calibration curve, use a computer program to plot the data as signal vs. concentration.此校准曲线可以用于测量解决方案，如牙膏或饮用水中氟化物的浓度。
This calibration curve can be used to measure the concentration of fluoride in a solution, such as toothpaste or drinking water.Combinations with other parts of speech
因此，校准曲线是在环境、生物、制药和食品科学应用程序中非常有用的。
Thus, calibration curves are useful in environmental, biological, pharmaceutical, and food science applications.校准曲线还可以帮助定义的线性范围，各种浓度的仪器给出一个线性的响应。
A calibration curve can also help define the linear range, the range of concentrations that the instrument gives a linear response.校准曲线通常用于电化学应用程序，如电极信号必须校准溶液中离子的浓度。
Calibration curves are often used with electrochemistry applications, as the electrode signal must be calibrated to the concentration of ions in the solution.此校准曲线可以用于测量牙膏或饮用水中氟化物的浓度。
This calibration curve could be used to measure the concentration of fluoride in toothpaste or drinking water.许多校准曲线是线性的可以符合基本方程y=mx+b，其中m是斜率，b是y轴截距。
Many calibration curves are linear and can be fit with the basic equation y=mx+b, where m is the slope and b is the y-intercept.校准曲线的有效期只当未知落入标准样品的线性范围。
The calibration curve is only valid if the unknown falls into the linear range of the standard samples.校准曲线被创建的第一次准备一套的标准解决方案用已知浓度的分析物。
A calibration curve is created by first preparing a set of standard solutions with known concentrations of the analyte.现在，您应该了解使用校准曲线的位置，如何创建它，以及如何使用它来计算样品的浓度。
You should now understand where the calibration curve is used, how to create it, and how to use it to calculate concentrations of samples.校准曲线可以用于了解土壤样品中环境污染物的浓度。
A calibration curve can be used to understand the concentration of an environmental pollutant in a soil sample.在分析期间，鉴定合成的DNA条形码并用于产生校准曲线。
During analysis,the synthetic DNA barcodes are identified and used to generate a calibration curve.该程序重复三次，并将平均值用于校准曲线。
This procedure was repeated three times for each subject andthe average was used for the calibration curve.然后在此基础上，计算每个咖啡因标准溶液的峰面积，使校准曲线。
Then, calculate the peak area for each caffeine standard solution,and make a calibration curve.以量化的抽样分析物的量，请创建使用一系列已知的分析物浓度的校准曲线。
To quantify the amount of analyte in the sample, create a calibration curve using a range of known analyte concentrations.校准曲线的浓度范围应支架，在预期的未知样品。
完美的线条会有R2值为1，而大多数R2值校准曲线是大于0.95。
A perfect line would have an R2 value of 1,and most R2 values for calibration curves are over 0.95.在这些情况下，制备了改性的校准曲线。
In those cases, a modified calibration curve is prepared.蓝染料的吸光度的校准曲线(在631nm)如下所示(图1)。
The calibration curve for absorbance of blue dye 1(at 631 nm) is shown below(Figure 1).咖啡因的校准曲线可以用于计算每个样本中的咖啡因浓度。
The calibration curve for caffeine can be used to calculate本程序的目的是寻找最佳电阻，从而最大限度地提高校准曲线的线性度。
在某些情况下，在那里解矩阵干扰测量，古典的校准曲线可以是溶质的不准确的。
In some cases,where the solution matrix interferes with the measurement of the solute, a classical calibration curve can be inaccurate.啤酒的法律可以用于计算样品浓度，如果吸收率已知的或可以使用的校准曲线。
Beer's law can be used to calculate sample concentration,if the absorptivity is known, or a calibration curve can be used.首先，准备好了已知的蛋白质浓度的校准曲线，通常使用牛血清白蛋白或牛血清白蛋白。
First, a calibration curve of known protein concentrations is prepared, typically using Bovine Serum Albumin, or BSA.既然你已经学会了校准曲线的基本知识，让我们看看如何准备和使用一种在实验室里。
Now that you have learned the basics of a calibration curve, let's see how to prepare and use one in the laboratory.最后，将具有最佳值的电阻平行于弯曲传感器放置，并确定新的校准曲线（参见修改2）。
Finally, 有关如何构建和使用的校准曲线的更多信息，请观看此集合的视频的"校准曲线"。
For more information on how to construct and use a calibration curve, please watch this collection's video"Calibration Curves".
