| 1. | Linear calibration using reference materials
使用标准物质进行的线性校正 |
| 2. | Capability of detection - part 2 : methodology in the linear calibration case
检测的能力.第2部分:线性校正中的方法学 |
| 3. | It also can carry on high - accuracy linear correction to various non - linear input signals
并能对各种非线性输入信号进行高精度的线性校正。 |
| 4. | Assessment of uncertainty in the calibration and use of flow measurement devices . part 1 : linear calibration relationships
流量测量装置的校正和使用中的不确定度评定.第1部分:线性校正关系式 |
| 5. | Such correction reduces the input range , the condition of linear system is fulfilled and linear correction on corresponding pixel is effective in this range
该方法通过缩小校正的输入范围，满足线性系统成立的条件，使非线性问题线性化，实现了各像元点对点的线性校正。 |
| 6. | The two - level method involves solving one small , nonlinear coarse mesh system , one oseen problem on the fine mesh and one linear correction problem on the coarse mesh
这种二层方法解一个小的，非线性的粗网格系统，一个细网格上的oseen问题以及一个粗网格上的线性校正问题。 |
| 7. | Experiments result indicates that compared with normal linear correction , the correction method features bigger system ' s dynamic range and bigger signal - noise - ratio ( 1 . 3 times ) with the reduction of standard deviation
实验结果表明，与常规线性校正相比，该方法不仅提高了系统成像的动态范围，而且随着标准差的降低，信噪比相应地提高了近1 . 3倍。 |
| 8. | Fourthly , this paper standardizes the linear of the inductance sensor and analyzes its error . then we discuss the angle error of the laser sensor and the datum plane error of the mechanism . finally , the paper gives some advice to improve the mechanism
第四，此外，本文还对电感传感器进行了线性校正及误差分析，讨论了激光传感器倾角误差，并对机械设计中的定位结构进行了误差分析，提出了改进的措施。 |
| 9. | To overcome the disadvantages of the linear calibration methods such as mlr and pls , least - squares support vector machine ( ls - svm ) is introduced to nir quantitative calibration in this thesis . for a set of diesel cetane number ( cn ) samples , the ls - svm model obtains the best performance in the cn prediction , compared with the mlr and pls model
为克服mlr与pls等线性校正方法的局限性，本文将最小二乘支持向量机( ls - svm )算法用于近红外光谱的定量校正，并以一批柴油十六烷值样品数据为例对以上方法进行了比较。 |
| 10. | Adopts advanced microprocessors for smart control , and it is suitable for display and control for many variables such as temperature , humidity , pressure , liguid level , instantaneous flow , speed , and so on , as well as can carry out the linear calibration with high accuracy for various non - linear input signals
采用先进的微处理器进行智能控制,适用于温度湿度压力液位瞬时流量速度等多种物理量检测信号的显示及控制，并能对各种非线性输入信号进行高精度的线性校正。 |
