Benzenoids
Benzenoids
Electron Microscopy Sciences SEM Scintillator YAP 7.5x1 mm
YAP (Yttrium Aluminum Perovskite activated by Ce3+) shares the same advantages as YAG but is more efficient in terms of light output than YAG crystals. As well, the emission spectrum peaks at about 378nm, and this corresponds closely to the maximum sensitivity of the S11 photocathode which in general is used in most scanning electron microscopes. (There would be more improvement in signal by using a YAP crystal rather than YAG in these microscopes). The decay time of YAP (40ns) is faster than YAG (80ns) so its overall performance is superior to YAG.
YAP crystals should be coated with 50nm of aluminum prior to use. Note: P-47 is usually in-stock. YAG and YAP delivery time is 6-8 weeks. Use with ISI Mini-SEM scanning electron microscopes.
Electron Microscopy Sciences SEM Scintillator YAP 12.0x17 mm
YAP (Yttrium Aluminum Perovskite activated by Ce3+) shares the same advantages as YAG but is more efficient in terms of light output than YAG crystals. As well, the emission spectrum peaks at about 378nm, and this corresponds closely to the maximum sensitivity of the S11 photocathode which in general is used in most scanning electron microscopes. (There would be more improvement in signal by using a YAP crystal rather than YAG in these microscopes). The decay time of YAP (40ns) is faster than YAG (80ns) so its overall performance is superior to YAG.
YAP crystals should be coated with 50nm of aluminum prior to use. Note: P-47 is usually in-stock. YAG and YAP delivery time is 6-8 weeks. Use with Zeiss SEM scanning electron microscopes.
Electron Microscopy Sciences SEM Scintillator YAP 13.7x1 mm
YAP (Yttrium Aluminum Perovskite activated by Ce3+) shares the same advantages as YAG but is more efficient in terms of light output than YAG crystals. As well, the emission spectrum peaks at about 378nm, and this corresponds closely to the maximum sensitivity of the S11 photocathode which in general is used in most scanning electron microscopes. (There would be more improvement in signal by using a YAP crystal rather than YAG in these microscopes). The decay time of YAP (40ns) is faster than YAG (80ns) so its overall performance is superior to YAG.
YAP crystals should be coated with 50nm of aluminum prior to use. Note: P-47 is usually in-stock. YAG and YAP delivery time is 6-8 weeks. Use with ISI Mini-SEM, Jeol scanning electron microscopes.
Electron Microscopy Sciences SEM Scintillator YAP 18.0x1 mm
YAP (Yttrium Aluminum Perovskite activated by Ce3+) shares the same advantages as YAG but is more efficient in terms of light output than YAG crystals. As well, the emission spectrum peaks at about 378nm, and this corresponds closely to the maximum sensitivity of the S11 photocathode which in general is used in most scanning electron microscopes. (There would be more improvement in signal by using a YAP crystal rather than YAG in these microscopes). The decay time of YAP (40ns) is faster than YAG (80ns) so its overall performance is superior to YAG.
YAP crystals should be coated with 50nm of aluminum prior to use. Note: P-47 is usually in-stock. YAG and YAP delivery time is 6-8 weeks. Use with Camscan, Balscan, Camb scanning electron microscopes.
Electron Microscopy Sciences SEM Scintillator YAP 20.0x1 mm
YAP (Yttrium Aluminum Perovskite activated by Ce3+) shares the same advantages as YAG but is more efficient in terms of light output than YAG crystals. As well, the emission spectrum peaks at about 378nm, and this corresponds closely to the maximum sensitivity of the S11 photocathode which in general is used in most scanning electron microscopes. (There would be more improvement in signal by using a YAP crystal rather than YAG in these microscopes). The decay time of YAP (40ns) is faster than YAG (80ns) so its overall performance is superior to YAG.
YAP crystals should be coated with 50nm of aluminum prior to use. Note: P-47 is usually in-stock. YAG and YAP delivery time is 6-8 weeks. Use with AMRAY except1200, JEOL 50 scanning electron microscopes.
Electron Microscopy Sciences SEM Scintillator YAP 12.0x1 mm
YAP (Yttrium Aluminum Perovskite activated by Ce3+) shares the same advantages as YAG but is more efficient in terms of light output than YAG crystals. As well, the emission spectrum peaks at about 378nm, and this corresponds closely to the maximum sensitivity of the S11 photocathode which in general is used in most scanning electron microscopes. (There would be more improvement in signal by using a YAP crystal rather than YAG in these microscopes). The decay time of YAP (40ns) is faster than YAG (80ns) so its overall performance is superior to YAG.
YAP crystals should be coated with 50nm of aluminum prior to use. Note: P-47 is usually in-stock. YAG and YAP delivery time is 6-8 weeks. Use with Cambridge S600 scanning electron microscopes.
Electron Microscopy Sciences SEM Scintillator YAP 12.4x3.2 mm
YAP (Yttrium Aluminum Perovskite activated by Ce3+) shares the same advantages as YAG but is more efficient in terms of light output than YAG crystals. As well, the emission spectrum peaks at about 378nm, and this corresponds closely to the maximum sensitivity of the S11 photocathode which in general is used in most scanning electron microscopes. (There would be more improvement in signal by using a YAP crystal rather than YAG in these microscopes). The decay time of YAP (40ns) is faster than YAG (80ns) so its overall performance is superior to YAG.
YAP crystals should be coated with 50nm of aluminum prior to use. Note: P-47 is usually in-stock. YAG and YAP delivery time is 6-8 weeks. Use with Cameca scanning electron microscopes.
Electron Microscopy Sciences SEM Scintillator YAP 16.4x17 mm
YAP (Yttrium Aluminum Perovskite activated by Ce3+) shares the same advantages as YAG but is more efficient in terms of light output than YAG crystals. As well, the emission spectrum peaks at about 378nm, and this corresponds closely to the maximum sensitivity of the S11 photocathode which in general is used in most scanning electron microscopes. (There would be more improvement in signal by using a YAP crystal rather than YAG in these microscopes). The decay time of YAP (40ns) is faster than YAG (80ns) so its overall performance is superior to YAG.
YAP crystals should be coated with 50nm of aluminum prior to use. Note: P-47 is usually in-stock. YAG and YAP delivery time is 6-8 weeks. Use with Novascan, SEMCO/Zeiss scanning electron microscopes.
Electron Microscopy Sciences MAC Holders for 12 Standards for JXA 733
Special holders for use with MAC reference standards. JXA 733 Standard Holder in brass; holds up to 12 standards of your choice.
Electron Microscopy Sciences Araldite 502 Resin 450 ML
W.P.E. number is included on each bottle.
Specific Gravity: 1.13
CAS: 84-74-2
Electron Microscopy Sciences Rosin Alcohol Stock Solution 500 ML
Used in Wolbach's Giemsa Method Wolbach, Todd, and Palfrey (1922) Nuclei, collagen. References are Wolbach, S.B., Todd, J.L. and Palfrey, F.W., The Etilogy of Pathology Typhus, Harvard University Press, Cambridge, MA., p. 13 – 14,c 1922 and Luna, L.G., (ed), Manual of Histologic Staining Methods of the AFIP, 3rd Edition, McGraw-Hill, Y, p. 119, c. 1968
Electron Microscopy Sciences Rosin Alcohol Working Solution 500 ML
Used in Wolbach's Giemsa Method Wolbach, Todd, and Palfrey (1922) Nuclei, collagen. References are Wolbach, S.B., Todd, J.L. and Palfrey, F.W., The Etilogy of Pathology Typhus, Harvard University Press, Cambridge, MA., p. 13 – 14,c 1922 and Luna, L.G., (ed), Manual of Histologic Staining Methods of the AFIP, 3rd Edition, McGraw-Hill, Y, p. 119, c. 1968
Electron Microscopy Sciences Rosin Alcoholic Stock Solution 250 ML
Used in Wolbach's Giemsa Method, Wolbach, Todd, and Palfrey (1922) for the staining of : nuclei, collagen, riskettsia and bacteria. See references Wolbach, S.B., Todd, J.L., and Paltrey, F.W., The Etiology of Pathology Typhus, Harvard University Press, Cambridge, MA, p. 13-14, c. 1922 and Luna, L.G., (ed). Manual of Histologic Staining Methods od the AFIP, 3rd edition. McGraw-Hill, NY, p. 119, c. 1968.
Electron Microscopy Sciences SEM Scintillator YAP 9.0x3 mm
YAP (Yttrium Aluminum Perovskite activated by Ce3+) shares the same advantages as YAG but is more efficient in terms of light output than YAG crystals. As well, the emission spectrum peaks at about 378nm, and this corresponds closely to the maximum sensitivity of the S11 photocathode which in general is used in most scanning electron microscopes. (There would be more improvement in signal by using a YAP crystal rather than YAG in these microscopes). The decay time of YAP (40ns) is faster than YAG (80ns) so its overall performance is superior to YAG.
YAP crystals should be coated with 50nm of aluminum prior to use. Note: P-47 is usually in-stock. YAG and YAP delivery time is 6-8 weeks. Use with ETEC scanning electron microscopes.
Electron Microscopy Sciences SEM Scintillator YAP 19.0x1 mm
YAP (Yttrium Aluminum Perovskite activated by Ce3+) shares the same advantages as YAG but is more efficient in terms of light output than YAG crystals. As well, the emission spectrum peaks at about 378nm, and this corresponds closely to the maximum sensitivity of the S11 photocathode which in general is used in most scanning electron microscopes. (There would be more improvement in signal by using a YAP crystal rather than YAG in these microscopes). The decay time of YAP (40ns) is faster than YAG (80ns) so its overall performance is superior to YAG.
YAP crystals should be coated with 50nm of aluminum prior to use. Note: P-47 is usually in-stock. YAG and YAP delivery time is 6-8 weeks. Use with JEOL U3, JSM2 scanning electron microscopes.