Heavy mesons and excited baryons /

"AEC Contract AT(04-3)-400."

Pion photoproduction in hydrogen and beryllium /

"AEC Contract AT(04-3)-400."

1963 summer study report.

"AEC Contract AT(04-3)-476."

Dynamic field measurements with an EMR magnetometer in the pulsed beam switching magnet /

"AEC Contract AT(04-3)-400."

Specifications for the beam transport systems to end Stations A and B /

"June 1964."

On N-dimensional Taylor and Lagrange operators /

"AEC Contract AT(04-3)-400."

Proposal for a 500-MeV booster injector for the zero gradient synchrotron.

Mode of access: Internet.

A bending magnet with nonsaturating shimming /

"AEC Contract AT(04-3)-400."

HIgh repetition rate pulser for beam switching magnet /

"AEC Contract AT(04-3)-400."

Magnetic field measurement and spectroscopy in multipole fields /

"February 1965."

Effect of nuclear radiation on organic materials, specifically magnet insulations in high-energy accelerators /

"March 1965."

First and second order beam optics of a curved, inclined magnetic field boundary in the impulse approximation /

"AEC Contract AT(04-3)-400."

1986 Linear Accelator Conference proceedings : Stanford Linear Accelator Center, Stanford University, Stanford, California, June 2-6, l986.

CONF-860629; UC-28.

Higher shell corrections in stopping power /

"Prepared under the auspices of the Atomic Energy Commission Contract AT(04-3)-136."

An exploratory study to determine applicability of nano-hardness and micro-compression measurements for yield stress estimation

The superior properties of ferritic/martensitic steels in a radiation environment (low swelling, low activation under irradiation and good corrosion resistance) make them good candidates for structural parts in future reactors and spallation sources. While it cannot substitute for true reactor experiments, irradiation by charged particles from accelerators can reduce the number of reactor experiments and support fundamental research for a better understanding of radiation effects in materials. Based on the nature of low energy accelerator experiments, only a small volume of material can be uniformly irradiated. Micro and nanoscale post irradiation tests thus have to be performed. We show here that nanoindentation and micro-compression testing on T91 and HT-9 stainless steel before and after ion irradiation are useful methods to evaluate the radiation induced hardening.