经实验验证，预测误差小于5%。
The prediction error is within 5% through experimental verification.
声速检测采用比较法，相对误差小于0.5%。
分析和实验结果表明该系统的传输误差小于1%。
The analytical and experimental results show that transmission errors of the system is smaller than 1%.
与试验结果对比，二者的最大相对误差小于10 %。
The maximum relatively error between the results of test and theory is less than 10%.
实验结果表明，该系统工作可靠，测量误差小于0.2%。
The result shows the system works reliably and the measure error is less than 0.2%.
试验结果表明该方法的测试误差小于2%，有很好的重现性。
The results show that the error of this method less than 2%(parallel error)and the repeatability are well.
实验结果表明，补偿后系统测量的相对误差小于0 2 %。
The experiment results show that the measurement accuracy is less than reach 0 2% after compensating.
对其进行了浓度测量实验和验证实验，测量误差小于0.14%。
Liquid concentration measuring experiments and verifying experiments show that the measurement error is less than 0.14%.
复合卤化物颗粒各组分比例的一致性较好，相对误差小于5% ；
The component proportion of complex halide sphere keeps stable basically with the relative error< 5%.
经过对菲涅耳菱体型相位延迟器件的测试，测量误差小于0.3%。
The retardation of the Fresnel rhomb phase retarder was measured with the measurement error less than 0.3%.
喷油脉宽和点火提前角的网络输出最大误差小于1%，平均误差小于0。
The maximum network output error of fuel injection pulse width and ignition advance Angle is less than 1%, with an average error of less than 0.
文中还对间断函数进行了全相位最小二乘方的逼近，逼近误差小于传统方法。
All Phase least square approximation to the discontinuous signal is also introduced with less error than the traditional method.
本文简介一种输出能量最大相对误差小于2％的红宝石激光器及其结构特点。
This paper simply introduces a ruby laser with max. relative error of output energy< 2% and it's features about construction.
相同条件下，最优萃取比精确方程的计算结果误差小于现有的最优萃取比方程。
The calculation error of the optimized extractor by the precise equation is lower than the error by the simple equation.
对动物试验的结果，相对误差小于5％，证明了这一方法的可靠性和实用意义。
The result measuring liver volume of living animal is satisfying (the relative error is less than 5%), and shows the correctness and reliability of the method.
结果表明，“平均受害丛率”在不同调查者之间的误差小于“平均受害株率”。
The results showed that the error of mean DPRC was lower than that of mean DPRP.
配电监测系统模拟实验结果为：电参量测量误差小于1%，误差满足设计要求。
The simulation experimental result is that the measure error is less than 1% and meet designing requirement.
在多缸液压同步系统中，压力控制的稳态误差小于3%，表明了该算法的有效性。
The static error of pressure control less than 3%, the test results show it is validity for the multi-point hydraulic synchronous system.
对一组不同浓度的酒精溶液进行了测量实验，浓度测量绝对误差小于0.02%。
Different concentrations of a set of alcohol solution were measured experimentally; the system measurement error is no more than 0.02 %.
纯砂岩的校正精度百分误差小于5%；泥质砂岩校正误差绝大多数小于10%。
Correction accuracy for clean sand and most of the shaly sand is less than 5% and 10% respectively.
通过对比计算结果和空间点的实际位置，证明此方法是可行的，且相对误差小于5%。
Through comparison between calculation results and the measurements of the space point coordinates, the relative error is less than 5%, which means the method is feasible.
最后，给出了文中算法的理论误差曲线，分析表明该测距误差小于辐照度的测量误差。
At last, it's illustrated by the theoretic ranging error curve that the relative ranging error is less than that of the irradiance measurement.
用有限元法对共轭切深孔中轧件的变形进行了计算机模拟，模拟计算结果误差小于1%。
The deformation of rolled piece in conjugate deep cut pass is simulated by finite element method. The error of simulated result is less than 1%.
通过与现场试验数据相比较，对钩载的预测误差小于5%，对扭矩的预测误差小于7%。
Compared the calculated data with the field data, the errors of the hook load was less than 5% and that of torque was less than 7%.
本法用于分析模拟样品和混合弱酸反应液，并用离子色谱法进行对照，计算误差小于7%。
Simulated sample and mixed reaction solution of polybasic acids are analyzed in comparison with the results of ion-chromatography. The calculation error is less than 7%.
计算关联式具有较高的精度，热力学参数计算误差小于1 %，迁移特性参数误差小于4%。
The calculation shows a high accuracy: the error is less than 1% in thermodynamic properties and 4% in thermophysical properties.
数值结果表明：用本方法测轨，向径、垂迹方向误差小于0.1米，沿迹方向误差小于1米。
The numerical results show that the errors in radius and across-track are less than 0.1 m, and that in along-track less than 1 m.
研制的涤纶碱减量自动测控装置可以测定不同结构的涤纶织物的减量率，测量误差小于1%。
This device can be applied to measure the alkali weight reduction of various polyester fabrics including cationic dyeable polyester. The analysis deviation is below 1%.
实验结果表明，上述方法标定精度较高，已标定传感器空间距离测量相对误差小于0.45%。
With calibrated sensor, experiment results show the measured relative error of space length is less than 0.45%.
实验结果表明，上述方法标定精度较高，已标定传感器空间距离测量相对误差小于0.45%。
With calibrated sensor, experiment results show the measured relative error of space length is less than 0.45%.
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