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Product Image-76440-678

Foil, R 1/4 um, Type: Nickle Grid 300 Mesh, with Carbon film, Predefined holes, Hole Size: 1 um, Period: 5 um, May be preferred over R 1.2/1.3, when an increased tolerance with respect to the position of beam, and a larger beam diameter are desired, such as in the case of automated image aquisition

Description: Foil, R 1/4 um, Type: Nickle Grid 300 Mesh, with Carbon film, Predefined holes, Hole Size: 1 um, Period: 5 um, May be preferred over R 1.2/1.3, when an increased tolerance with respect to the position of beam, and a larger beam diameter are desired, such as in the case of automated image aquisition
Catalog Number: 76440-678
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-500

Foil, Type: R1/2, Grid Type: Nickel, 200 Mesh, with approx 1 um circular holes and spacing of approx 2 um between the holes, used at Magnifications of 50,000x and higher, Period: 2 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)

Description: Foil, Type: R1/2, Grid Type: Nickel, 200 Mesh, with approx 1 um circular holes and spacing of approx 2 um between the holes, used at Magnifications of 50,000x and higher, Period: 2 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)
Catalog Number: 76440-500
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-366

Foil, Type: R1/2, Grid Type: Copper, 200 Mesh, with approx 1 um circular holes and spacing of approx 2 um between the holes, used at Magnifications of 50,000x and higher, Period: 2 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)

Description: Foil, Type: R1/2, Grid Type: Copper, 200 Mesh, with approx 1 um circular holes and spacing of approx 2 um between the holes, used at Magnifications of 50,000x and higher, Period: 2 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)
Catalog Number: 76440-366
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-710

Foil, R 1/4 um, Type: Gold Grid 300 Mesh, with perforated Ultrathin Holey Carbon film, Hole Size: 1 um, Period: 5 um, May be preferred over R 1.2/1.3, when an increased tolerance with respect to the position of beam, and a larger beam diameter are desired, such as automated image aquisition

Description: Foil, R 1/4 um, Type: Gold Grid 300 Mesh, with perforated Ultrathin Holey Carbon film, Hole Size: 1 um, Period: 5 um, May be preferred over R 1.2/1.3, when an increased tolerance with respect to the position of beam, and a larger beam diameter are desired, such as automated image aquisition
Catalog Number: 76440-710
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-154

Foil, Type: R1/2, Grid Type: Gold, 200 Mesh, with approx 1 um circular holes and spacing of approx 2 um between the holes, used at Magnifications of 50,000x and higher, Period: 2 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)

Description: Foil, Type: R1/2, Grid Type: Gold, 200 Mesh, with approx 1 um circular holes and spacing of approx 2 um between the holes, used at Magnifications of 50,000x and higher, Period: 2 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)
Catalog Number: 76440-154
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-398

Foil, Type: R1/2, Grid Type: Nickel, 200 Mesh, with approx 1 um circular holes and spacing of approx 2 um between the holes, used at Magnifications of 50,000x and higher, Period: 2 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)

Description: Foil, Type: R1/2, Grid Type: Nickel, 200 Mesh, with approx 1 um circular holes and spacing of approx 2 um between the holes, used at Magnifications of 50,000x and higher, Period: 2 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)
Catalog Number: 76440-398
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-430

Foil, Type: R1/2, Grid Type: Gold, 200 Mesh, with approx 1 um circular holes and spacing of approx 2 um between the holes, used at Magnifications of 50,000x and higher, Period: 2 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)

Description: Foil, Type: R1/2, Grid Type: Gold, 200 Mesh, with approx 1 um circular holes and spacing of approx 2 um between the holes, used at Magnifications of 50,000x and higher, Period: 2 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)
Catalog Number: 76440-430
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76441-116

Foil, Type: R 1/4, Holey Carbon Film, Grid Type: Gold 400 Mesh, Hole Size: 1um, Spacing: 4um, Period: 5um, Magnifications of 50,000x and higher, perforated support foil, has advantages in electron microscopy (EM) or low-energy electron point source (LEEPS) microscopy

Description: Foil, Type: R 1/4, Holey Carbon Film, Grid Type: Gold 400 Mesh, Hole Size: 1um, Spacing: 4um, Period: 5um, Magnifications of 50,000x and higher, perforated support foil, has advantages in electron microscopy (EM) or low-energy electron point source (LEEPS) microscopy
Catalog Number: 76441-116
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-628

Foil, R 1/4 um, Type: Copper Grid 300 Mesh, with Carbon film, Predefined holes, Hole Size: 1 um, Period: 5 um, May be preferred over R 1.2/1.3, when an increased tolerance with respect to the position of beam, and a larger beam diameter are desired, such as in the case of automated image acquisition

Description: Foil, R 1/4 um, Type: Copper Grid 300 Mesh, with Carbon film, Predefined holes, Hole Size: 1 um, Period: 5 um, May be preferred over R 1.2/1.3, when an increased tolerance with respect to the position of beam, and a larger beam diameter are desired, such as in the case of automated image acquisition
Catalog Number: 76440-628
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-794

Foil, R 5/10um, Type: Copper Grid 300 Mesh, with Carbon film, Predefined holes, Hole Size: 5um, Period: 15um, It has advantages in electron microscopy or low-energy electron point source (LEEPS) microscopy, Space between holes is 10 um, Center to center is 15um, Magnifications of 30.000x to 40.000x

Description: Foil, R 5/10um, Type: Copper Grid 300 Mesh, with Carbon film, Predefined holes, Hole Size: 5um, Period: 15um, It has advantages in electron microscopy or low-energy electron point source (LEEPS) microscopy, Space between holes is 10 um, Center to center is 15um, Magnifications of 30.000x to 40.000x
Catalog Number: 76440-794
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-470344-150

FILM CANISTER ROCKETS KIT

Catalog Number: 470344-150
Supplier: Wards
Product Image-76440-834

Foil, R 1.2/1.3 um, Type: Gold Grid 300Mesh, with perforated Holey Carbon film, Hole Size: approx 1.2 um, Period: 2.5 um, It has advantages in electron microscopy or low-energy electron point source (LEEPS) microscopy when compared with conventional holey film, Space between holes is 1.3um

Description: Foil, R 1.2/1.3 um, Type: Gold Grid 300Mesh, with perforated Holey Carbon film, Hole Size: approx 1.2 um, Period: 2.5 um, It has advantages in electron microscopy or low-energy electron point source (LEEPS) microscopy when compared with conventional holey film, Space between holes is 1.3um
Catalog Number: 76440-834
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-736

Foil, R 1.2/1.3 um, Type: Gold Grid 300Mesh, with perforated Holey Carbon film, Hole Size: approx 1.2 um, Period: 2.5 um, It has advantages in electron microscopy or low-energy electron point source (LEEPS) microscopy when compared with conventional holey film, Space between holes is 1.3um

Description: Foil, R 1.2/1.3 um, Type: Gold Grid 300Mesh, with perforated Holey Carbon film, Hole Size: approx 1.2 um, Period: 2.5 um, It has advantages in electron microscopy or low-energy electron point source (LEEPS) microscopy when compared with conventional holey film, Space between holes is 1.3um
Catalog Number: 76440-736
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-624

Foil, R 1/2 um, Type: Copper Grid 300 Mesh, with Carbon film, Predefined holes, Hole Size: 1 um, Period: 3 um, It has advantages in electron microscopy (EM) or LEEPS microscopy, Hole size is 1 um, Space between holes is 2 um, Center to center is 3 um, Magnifications of 30.000x to 40.000x

Description: Foil, R 1/2 um, Type: Copper Grid 300 Mesh, with Carbon film, Predefined holes, Hole Size: 1 um, Period: 3 um, It has advantages in electron microscopy (EM) or LEEPS microscopy, Hole size is 1 um, Space between holes is 2 um, Center to center is 3 um, Magnifications of 30.000x to 40.000x
Catalog Number: 76440-624
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-304

Foil, Type: R3.5/1, Grid Type: Copper, 200 Mesh, with approx 3.5 um circular holes and spacing of approx 1 um between the holes, Period: 4.5 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source

Description: Foil, Type: R3.5/1, Grid Type: Copper, 200 Mesh, with approx 3.5 um circular holes and spacing of approx 1 um between the holes, Period: 4.5 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source
Catalog Number: 76440-304
Supplier: ELECTRON MICROSCOPY SCIENCE
Product Image-76440-296

Foil, Type: R3.5/1, Grid Type: Gold, 200 Mesh, with approx 3.5 um circular holes and spacing of approx 1 um between the holes, Period: 4.5 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source

Description: Foil, Type: R3.5/1, Grid Type: Gold, 200 Mesh, with approx 3.5 um circular holes and spacing of approx 1 um between the holes, Period: 4.5 Um, Material: holey carbon film, which facilitates the use of automation in TEM, has advantages in (EM)/low-energy electron point source
Catalog Number: 76440-296
Supplier: ELECTRON MICROSCOPY SCIENCE
1,361 - 1,376 of 13,759