Experimental results showed that double coats of carbon and gold on the conductive coating of radiolarite should be used.

通过多次试验，认为放射虫化石表面导电处理应采用-金双层镀膜法。

10.basement and unmetamorphosed terrigenous shallow carbonate rock in the Austria Alps -South Alps obduc-tion nappe and radiolarian silicalite in fault basins.

奥地利阿尔卑斯—阿尔卑斯仰冲叠覆体中基底和未受变大陆边浅水岩及断陷盆地内较深水放射虫硅岩。

In this paper the sample preparation techniques of radiolarite were discussed in order to get high quality secondary electron images in SEM.

讨论了为获得放射虫化石高量二次电子图像所采用试样制备方法。

Experimental results showed that double coats of carbon and gold on the conductive coating of radiolarite should be used.

通过多次试验，认为放化石的表面导电处理应采用碳-金双层镀膜法。

10.basement and unmetamorphosed terrigenous shallow carbonate rock in the Austria Alps -South Alps obduc-tion nappe and radiolarian silicalite in fault basins.

奥地利阿尔卑—南阿尔卑叠覆体中的基底和未受变质的南大陆边的浅水碳酸盐岩及断陷盆地内较深水放质岩。

In this paper the sample preparation techniques of radiolarite were discussed in order to get high quality secondary electron images in SEM.

讨论了为获得放化石的高质量的二次电子图像所采用的试样制备方法。

Experimental results showed that double coats of carbon and gold on the conductive coating of radiolarite should be used.

过多次试验，认为放射虫化石的表面导电处理应采用碳-金双层镀膜法。

10.basement and unmetamorphosed terrigenous shallow carbonate rock in the Austria Alps -South Alps obduc-tion nappe and radiolarian silicalite in fault basins.

奥地利阿尔卑斯—南阿尔卑斯仰冲叠覆体中的基底和未受变质的南大陆边的浅水碳酸盐岩及断陷盆地内较深水放射虫硅质岩。

In this paper the sample preparation techniques of radiolarite were discussed in order to get high quality secondary electron images in SEM.

讨论了为获得放射虫化石的高质量的二次电子图像所采用的试样制备方法。

Experimental results showed that double coats of carbon and gold on the conductive coating of radiolarite should be used.

通过多，认为放射虫化石的表面导电处理应采用碳-金双层镀膜法。

10.basement and unmetamorphosed terrigenous shallow carbonate rock in the Austria Alps -South Alps obduc-tion nappe and radiolarian silicalite in fault basins.

奥地利阿尔卑斯—南阿尔卑斯仰冲叠覆体中的基底和未受变质的南大陆边的浅水碳酸盐岩及断陷盆地内较深水放射虫硅质岩。

In this paper the sample preparation techniques of radiolarite were discussed in order to get high quality secondary electron images in SEM.

讨论了为获得放射虫化石的高质量的二电子图像所采用的样制备方法。

Experimental results showed that double coats of carbon and gold on the conductive coating of radiolarite should be used.

通过多次试验，认为化石的表面导电处理应采用碳-金双层镀膜法。

10.basement and unmetamorphosed terrigenous shallow carbonate rock in the Austria Alps -South Alps obduc-tion nappe and radiolarian silicalite in fault basins.

奥地利阿尔卑斯—南阿尔卑斯覆体中的基底和未受变质的南大陆边的浅水碳酸盐岩及断陷盆地内较深水硅质岩。

In this paper the sample preparation techniques of radiolarite were discussed in order to get high quality secondary electron images in SEM.

讨论了为获得化石的高质量的二次电子图像所采用的试样制备方法。

Experimental results showed that double coats of carbon and gold on the conductive coating of radiolarite should be used.

通过多次试验，射虫化石的表面导电处理应采用碳-金双层镀膜法。

10.basement and unmetamorphosed terrigenous shallow carbonate rock in the Austria Alps -South Alps obduc-tion nappe and radiolarian silicalite in fault basins.

奥地利阿尔卑斯—南阿尔卑斯仰冲叠覆体中的基底和未受变质的南大陆边的浅水碳酸盐岩及断陷盆地内较深水射虫硅质岩。

In this paper the sample preparation techniques of radiolarite were discussed in order to get high quality secondary electron images in SEM.

讨论了获得射虫化石的高质量的二次电子图像所采用的试样制备法。

Experimental results showed that double coats of carbon and gold on the conductive coating of radiolarite should be used.

通过多次验，认为放射的表面导电处理应采用碳-金双层镀膜法。

10.basement and unmetamorphosed terrigenous shallow carbonate rock in the Austria Alps -South Alps obduc-tion nappe and radiolarian silicalite in fault basins.

奥地利阿尔卑斯—南阿尔卑斯仰冲叠覆体中的基底和未受变质的南大陆边的浅水碳酸盐岩及断陷盆地内较深水放射硅质岩。

In this paper the sample preparation techniques of radiolarite were discussed in order to get high quality secondary electron images in SEM.

讨论了为获得放射的高质量的二次电子图像所采用的备方法。

Experimental results showed that double coats of carbon and gold on the conductive coating of radiolarite should be used.

通过多次试验，认为放射虫化石的表面导电处理应采用碳-金双层镀膜法。

10.basement and unmetamorphosed terrigenous shallow carbonate rock in the Austria Alps -South Alps obduc-tion nappe and radiolarian silicalite in fault basins.

奥地利阿尔卑斯—南阿尔卑斯仰冲叠的基底和未受变质的南大陆边的浅碳酸盐岩及断陷盆地内放射虫硅质岩。

In this paper the sample preparation techniques of radiolarite were discussed in order to get high quality secondary electron images in SEM.

讨论了为获得放射虫化石的高质量的二次电子图像所采用的试样制备方法。

Experimental results showed that double coats of carbon and gold on the conductive coating of radiolarite should be used.

通过多次试验，认为放射虫化石表面导电处理应采用碳-金双层镀膜法。

10.basement and unmetamorphosed terrigenous shallow carbonate rock in the Austria Alps -South Alps obduc-tion nappe and radiolarian silicalite in fault basins.

奥地利阿尔卑斯—南阿尔卑斯仰冲叠覆基底和未受变质南大陆边浅水碳酸盐岩及断陷盆地水放射虫硅质岩。

In this paper the sample preparation techniques of radiolarite were discussed in order to get high quality secondary electron images in SEM.

讨论了为获得放射虫化石高质量二次电子图像所采用试样制备方法。