原位监测 meaning in Chinese
in situ monitoring
Examples
- Field observation and analysis on soil pressures of pit walls in foundation pit excavation
基坑开挖坑壁土压力原位监测与分析 - The decrease may be due to washing out of fluoroprobe , but this was not an obstacle to its further use ; the quantitative information ( fo i f ) did not change significantly , where f0 and f are the fluorescence intensities in the absence and in the presence of oxygen , respectively
在现场测试中，光纤氧传感探头可直接进行溶解氧的原位监测。由于所使用的荧光分子探针的激发光谱在可见区范围，光源的体积得以减小，达到了实现整体仪器的微型化的目的。 - Based on the treatment engineering of 26 kilometers lacustrine deposits soft soil foundation in han - sha sect of yi - huang freeway , the paper , through the means of centrifugal model test and field observation , establishes mathematical analysis model , completely and detailedly researches and analyses the stability of lacustrine deposits soft soil foundation and the rule of settlement , guides the large - scale construction of yi - huang freeway 26 kilometers soft foundation treatment , educes the settlement characteristic and the rule of lacustrine deposits soft soil subgrade , summarizes the scientific measure of effectively controlling the stability and settlement of such kind of foundation
本文以宜黄高速公路汉沙段中的26公里湖相沉积软土地基的处理工程为依托，通过采用离心模型试验与现场原位监测相结合的手段，建立数学分析模型，对湖相沉积软土地基的稳定性及沉降规律进行了全面、细致的研究与分析，指导了宜黄高速公路26公里软基处理的大规模施工，得出了湖相沉积软土地基路堤沉降特性及规律，提出了有效控制此类地基稳定性及沉降的科学措施。 - Based on the theory that the optical properties of zncdse / znse qd structure at different formation and ripening stage are different from each other , by investigating the variation in emission peak energy and integrated intensity , the formation and ripening information of the dots was obtained , which overcomes the disadvantage of atomic force microscopy ( afm ) in that it can not be applied to the measurement of the initial formation stage of the qd . furthermore , it is of great help to clarify the controversies in the ripening process of se - compound qd
利用量子点在不同形成和熟化阶段具有不同的光学性质这一思想，通过测量zncdse znse量子结构的发光峰的位置与相对强度的变化，获得了量子点的形成和熟化信息，从而既解决了一般金属有机物化学气相沉积( mocvd )设备由于没有原位监测仪器而无法对量子点的形成过程进行监测的不足，又澄清了原子力显微镜表征的量子点熟化过程的争议。