Cited by 19Open Access
Radiance Technologies (United States)
Publishes on Blood Pressure and Hypertension Studies, Neonatal Respiratory Health Research, Breast Implant and Reconstruction. 19 papers and 599 citations.
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We demonstrate the use of two TM110 resonant cavities to generate ultrashort<br/>electron pulses and subsequently measure electron energy losses in a time-of-flight type of setup. The method utilizes two synchronized microwave cavities separated by a drift space of 1.45 m. The setup has an energy resolution of 1262 eV FWHM at 30 keV, with an upper limit for the temporal resolution of 2.760.4 ps. Both the time and energy resolution are currently limited by the brightness of the tungsten filament electron gun used. Through simulations, it is shown that an energy resolution of 0.95 eV and a temporal resolution of 110 fs can be achieved using an electron gun with a higher brightness. With this, a new method is provided for time-resolved electron spectroscopy without the need for elaborate laser setups or expensive magnetic spectrometers.
patients improved their renal function (creatinine range, 99-155 mol/L; mean followup 6 months). Creatinine however remained well above the previous baseline range of 65-77 mol/L. Conclusions: IgA-PIGN was mostly found in non-diabetic patients in this study, in contrast with some previous studies showing strong association with diabetic nephropathy. We confirm that IgA-PIGN is often associated with SA and MRSA infections and for the first time we found an association with CMRSA-10. Although renal function improved in all non-diabetic patients, full recovery was not seen in any of the patients during the follow-up.
Drug Prescribing for Patients with Chronic Kidney Disease in General Practice: a Cross-Sectional Study