Product
Description
Technical Note
Order
Product

Asbestos crocidolite Plane spacing 0.9nm and 0.45nm
The 0.9nm spacing (020) will be found along the axis of the asbestos fibers.
Art.
no. 624

Description

Asbestos crocidolite
Plane spacing 0.9nm and 0.45nm

The 0.9nm spacing (020) will be found along the axis of the asbestos fibers.
The 0.45nm spacing (021) appears at an angle of about 60 in suitable crystal orientations.

To help prevent contamination of the EM or work area with asbestos fibers, these specimens are made using a substrate sandwich technique; the asbestos is layered between a carbon and Formvar film.

Mounted on a standard 3mm TEM grid.

Technical Note

Technical Note

Download Technical Note

Order

Product
Description
Technical Note
Order
Product

Graphitized Carbon Black, Plane Spacing 0.34nm
Plane Spacing 0.34nm
Art.
no. 645

Description

Graphitized Carbon Black

Plane Spacing 0.34nm
Graphitized Carbon Black is a stable and highly reproducible standard and is considered to be a standard resolution test for transmission electron microscopes.

Mounted on a standard 3mm TEM grid.

Technical Note

Technical Note

Download Technical Note

Order

Product
Description
Technical Note
Order
Product

Oriented Single Crystal Gold Foil
Plane Spacing 0.204nm, 0.144nm and 0.102nm
Art.
no. 646

Description

Oriented Single Crystal Gold Foil
Plane Spacing 0.204nm, 0.144nm and 0.102nm

Resolution, image quality, magnification and instrument stability in high performance TEMs can be checked by imaging the 0.204nm, 0.144nm and 0.104nm planar spacings in these specially prepared gold crystals.
The tests are particularly recommended if height adjustments are made on the TEM specimen stage.

The gold foil is mounted on a standard 3mm gold TEM grid.

Technical Note

Technical Note

Download Technical Note

Order