1. Siberian Bronzes and Chinese Jade

Synchrotron X-ray diffraction and imaging of ancient Chinese bronzes

High-energy synchrotron X-ray diffraction and imaging experiments were performed at the Advanced Photon Source on two ancient Chinese bronzes from the Art Institute of Chicago with the goal to nondestructively study their microstructure. The first object, a bronze fragment from an early Western Zhou dynasty vessel (Hu, 11th/10th century B.C.), was investigated with spatially-resolved diffractio...

Jade 25.3

Proton mobility in molybdenum bronzes

2014 Molybdenum bronzes were prepared by exposing microcrystalline MoO3, covered with small particles of Pt, to gaseous hydrogen. A pulsed proton magnetic resonance study was made of H1.6MoO3 bronzes between 160 and 320 K at 90, 40 and 15 Mhz. The bronzes behave as metallic conductors and, from the point of view of relaxation, are comparable to metallic hydrides. The longitudinal relaxation rat...

Partial Sums of ( G ) Modulo 1 Jade Vinson

CONTENTS ~ Let Ps(n) = J^jLi J~ For fixed s near s = \t we divide the unit

Jade-1, a candidate renal tumor suppressor that promotes apoptosis.

Medical therapies are lacking for advanced renal cancer, so there is a great need to understand its pathogenesis. Most renal cancers have defects in the von Hippel-Lindau tumor suppressor pVHL. The mechanism by which pVHL protein functions in renal tumor suppression remains unclear. Jade-1 is a short-lived, kidney-enriched transcription factor that is stabilized by direct interaction with pVHL....