| 1. | At present most methods employ digital computations and certain correction techniques that minimize instrumental errors .
目前大多数方法是采用电子计算机，同时配合一定的校正技术，以减少仪器误差。 |
| 2. | Study on the instrumental error of the portable photosynthesis system
便携式光合作用测定系统仪器误差探析 |
| 3. | Within the limits of instrument error , wmap confirms this prediction
在仪器误差的范围内， wmap证实了这个预测。 |
| 4. | Preliminary analysis on the treatment of instrumental errors in michelson interference experiments
浅析迈氏干涉实验中仪器误差的处理 |
| 5. | The model error and instrument error of digital sampling measurement algorithms were investigated comprehensively
全面地研究了数字采样计算式功率测量方法的误差模型和仪器误差。 |
| 6. | Comparatively , the instrument error of open system is bigger than that of closed system especially under the lower photosynthesis
比较而言，开路系统的仪器误差较闭路系统大得多，尤其表现在低光合水平下。 |
| 7. | The results show that instrumental error in open system is more than 8 % . the main error is owing to co2 analyzer and flowmeter . and instrumental error in closed system is more than 1 . 5 %
研究表明：开路系统最大仪器误差通常在8以上，主要误差源为co _ 2分析器和流量计；闭路系统最大仪器误差通常在1 . 5以上，误差源以co _ 2分析器误差为主。 |
| 8. | After the instrument error of sins is analyzed , it can be concluded that the quadratic model is more sensible to navigation error , and with instrument error taken into account , the linear model is better than the quadratic model
通过捷联惯导仪器误差的分析，发现二次模型对捷联惯导导航参数误差更为敏感，考虑惯导仪器误差后，线性模型的修正效果要优于二次模型。 |
| 9. | To analyze the questions and errors occurred in measuring the leaf photosynthetic rate using gas exchange , instrumental error , observation error and biology error in the use of portable photosynthesis system were computed and analyzed
为了了解红外气体分析法测定单叶光合速率中常见问题及产生的误差，本研究对光合作用测定系统使用中的仪器误差、观测误差和生物误差进行较为全面的实验和分析。 |
| 10. | The paper also analyses briefly the errors in measuring photosynthesis rate using infrared co2 gas analyze method . the errors come from instrument , observation and biology . the paper offers some advice on using the instrument
本文对红外气体分析法测定光合速率的误差进行了简要的分析，它的误差主要由仪器误差、观测试验方法以及作物某些生理特性等方面引起的，本文给出了一些使用仪器的建议。 |
