888 research outputs found
PMH2 EVIDENCE FOR SSRI IN THE TREATMENT OF DEPRESSION: EARLY KNOWLEDGE GAIN—LATE CONSEQUENCES IN ROUTINE CARE?
PIH12 HORMONE REPLACEMENT THERAPY OF MENOPAUSAL WOMEN—ANALYSIS OF PRESCRIPTION PATTERN CHANGES BEFORE AND AFTER THE WHI STUDY USING CLAIMS DATA OF A GERMAN SICKNESS FUND
PMS67 HEALTH GAINS FOREGONE DUETO THE SUSTAINED DELAY OF ADEQUATE UTILIZATION OF EVIDENCE BASED TREATMENTS: THE CASE OF BISPHOSPHONATES FOR THE TREATMENT OF OSTEOPOROSIS
PMD30 MODELLING OF PREVALENCE, COSTS AND OUTCOME OF ACID-RELATED DISORDERS USING CLAIMS DATA
Double polarization experiments at intermediate energy
At modern electron accelerators with highly polarized, intense, high duty
factor beams double polarization coincidence experiments became feasible with
good statistical accuracy. The strong potential towards the precise
determination of small nucleon structure quantities is illustrated by two
recent examples from MAMI. The measurement of in the quasifree reaction
lead to a new parametrization of which is
significantly above the previously preferred one from elastic scattering.
A experiment at the energy of the resonance
yields preliminary results for the longitudinal quadrupole mixing. Both
experimental errors and model uncertainties are complementary to unpolarized
measurements.Comment: 8 pages, 6 figures, plenary talk given at PANIC'9
P-cymenesulphonyl chloride : A bio-based activating group and protecting group for greener organic synthesis
A bio-derived protecting/activating group has been synthesized by introducing a sulphonyl chloride group to the aromatic ring of p-cymene derived from citrus peel waste. The resulting p-cymenesulphonyl chloride was evaluated as an activating group by reacting with 1-octanol, 2-octanol, phenol and piperidine, and further reactions of the activated alcohols. The comparison to tosyl chloride demonstrates that the bio-based alternative can be effectively utilized as a direct replacement for the current fossil derived equivalent
POB4 USING CLAIMS DATA TO UNDERSTAND THE COSTS OF DIFFERENT HEALTH STATES FOR PATIENTS WITH CARDIOMETABOLIC RISK
Pion-nucleus optical potential valid up to the DELTA-resonance region
We present in this article an optical potential for the -nucleus
interaction that can be used in various studies involving -nucleus
channels. Based on earlier treatments of the low energy -nucleus optical
potential, we have derived a potential expression applicable from threshold up
to the -resonance region. We extracted the impulse approximation form
for this potential from the scattering amplitude and then added to it
kinematical and physical corrections. The kinematic corrections arise from
transforming the impulse approximation expression from the center of
mass frame to the -nucleus center of mass frame, while the physical
corrections arise mostly from the many-body nature of the -nucleus
interaction. By taking advantage of the experimental progress in our knowledge
of the process, we have updated earlier treatments with parameters
calculated from state-of-the-art experimental measurements.Comment: 23 pages, 12 figures. Accepted for publication in Physical Review
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