atem

The atem - ⅱ transient electromagnetic system and its application

ATEM-Ⅱ型瞬变电磁系统的实际应用

Method Investigated into Welding Aerosol Particles by ATEM

焊接气溶胶的ATEM分析方法

The difference between measured and theoretical result for ATEM cell with zero thickness inner conductor is appeared .

而零厚度内导体板ATEM室特性阻抗则小于文献给出的结果，与实际测量结果存在差距。

The microstructure of mullite / Al-Cu-Si composites prepared by squeezing casting was observed by ATEM .

用挤压铸造方法制备MULLITE/AL-CU-SI复合材料。用分析透射电镜（ATEM）观察了复合材料的微结构及微成分。

The results provide a basis for analyzing the detecting capacity and applied conditions of the ATEM and for designing the ATEM system on the helicopter .

计算结果说明时间域航空电磁法的探测能力和探测条件，进而为时间域直升机航空电磁系统的设计方案提供了依据。

Better effect was obtained from the active fault detection in Yitong River and Caijia of Changchun City with ATEM instrument developed by Jilin University .

采用吉林大学自行研制的ATEM瞬变电磁测量系统，在长春市伊通河和蔡家等地的活断层进行了勘探研究，取得了较好的效果。

The reaction pattern of neural stem cell after brain injury , The reaction pattern of neural atem cell after brain injury was observed by Nestin immunostaining and Nissl staining .

用Nestin免疫组化染色和Nissl染色的方法，观察损伤后成熟大鼠脑内神经干细胞的反映模式。

This system has been already applied to ATEM ( Array Transient Electromagnetic ) transmitter successfully so that it is proved to work steadily in several field experimentation and to meet satisfactorily the design request .

该系统已成功应用在ATEM（ArrayTransientElectromagnetic）发射机中，并在多次野外试验中证明，该系统工作稳定，达到了设计目的。

Airborne transient electromagnetic ( ATEM ), with its high efficiency and low cost , could be widely applied in fields such as geological mapping , direct or indirect mineral prospecting , hydrological investigation , environmental exploration and so on .

航空瞬变电磁法（ATEM）具有效率高，成本低等优点，可以广泛应用于地质填图、直接或间接找矿、水工环勘查等各个领域。

The high sensitive and precision , undamaging INAA and the high resoluble Analytical Transmission Electron Microscopy ( ATEM ), Electron X ray were employed to trace and measure the matter in the air exhausted from the burning of coal and to observe the shapes of the matter .

应用高灵敏度、高精确度、无破坏的中子活化分析及透射电镜电子－X荧光等方法技术，对燃煤在大气中排放的物质成分作跟踪测量，并对它的形态作了检测及研究。