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YALE ELECTRON MICROPROBE LABORATORY, KGL 327
Kline Geology Laboratory Room 327, P.O. Box 208109, New Haven, CT 06520-8109  203-432-3181



INSTRUMENT DETAILS, JEOL JXA-8600 @ Yale University:
JEOL JXA-8600

We invite your interest in our facility described below. For more information, please contact Jim Eckert using the information at the bottom of this page.

This JEOL JXA-8600 "Superprobe", installed in 1990, includes four wavelength-dispersive spectrometers (WDS), an EDAX energy-dispersive spectrometer (EDS) and Windows-NT/2000-based processing software ( upgraded 1998).  Hardware and software allow automated operation and data collection; this includes image processing and feature analysis.  Part of this new EDS system includes software to assist (qualitatively) with configuring analysis of thin films. Jim Eckert is available to answer questions and assist users with all forms of analysis.

Available analyzing crystals on the four spectrometer channels are:
 
CHANNEL  CRYSTAL Analyzable Range of Z (@15 kV)
1 (Gas-flow, P-10) LDEB 4-5 (Ka)
LDE1 6-10 (Ka), 20-29 (La)
STE 5-8 (Ka), 20-23 (La)
TAP 8-15 (Ka), 24-41 (La), 57-80 (Ma)
2 (Gas-flow, P-10) TAP 8-15 (Ka), 24-41 (La), 57-80 (Ma)
PET 13-26 (Ka), 36-66 (La), 71-92 (Ma)
3 (Sealed, Xenon) PET 13-26 (Ka), 36-66 (La), 71-92 (Ma)
LIF 19-38 (Ka), 48-93 (La)
4 (Sealed, Xenon) PET 13-26 (Ka), 36-66 (La), 71-92 (Ma)
LIF 19-38 (Ka), 48-93 (La)

Accelerating voltage may be varied from 5 to 50 kV and probe (beam) currents maybe be varied from picoamps (for high-resolution imaging) to microamps (to detect low-concentration elements).  Standard operating conditions are 15 kV, 10 - 20 nanoamps.

ACCESS

Information on current hourly rates is available here.  We encourage use by both academic and corporate institutions, to make optimal use of the facility.

Training

Periodically, a training course for the JEOL 8600 will be run; follow the link for current information.  Alternatively, training on the machine can be arranged directly with Jim Eckert.
 

Other Microprobe Resources

A page listing other microprobe resources and useful links can be found by clicking here.

CURRENT STATUS

The current operating status of the microprobe can be found by clicking here.

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Contact:

Please send Jim Eckert any comments or questions.

JAMES O. ECKERT, JR., Ph.D.
Microprobe Laboratory Manager, KGL 327
Phone: 203-432-3181   FAX: 203-432-3134

email: Jim Eckert