Fred Winkelmann

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This paper describes an effort to link the COMIS 3.0 multi-zone airflow model with the EnergyPlus building energy simulation program. COMIS 3.0 is a network-based multi-zone airflow model developed by a multinational team in the framework of International Energy Agency’s Annex 23 for simulating airflows through the building fabric due to infiltration or(More)
  • V Luth, M Boyarski, +33 authors Fellow
  • 1975
Cross sections for e+e-) hadrons, e+e-, and k+pnear 3684 MeV are presented. The $(3684) resonance is established as having the assignment J PC = 1-. The mass is 3684&5 MeV. The partial width to electrons is Fe = 2.1 f 0.3 keV and the total width F = 228 f 56 keV. (Submitted to Phys. Rev, Letters.) *Work supported by the U. S. Energy Research and Development(More)
Recent data on Kip ---) Kip are interpreted in terms of two distinctly different Regge models, both of which provide good descriptions of the data. The forward differential cross sections for K;p + K;p and n-p -+ non are used to determine an f/d ratio for the nonflip coupling of vector mesons to baryons. (Submitted to Phys. Rev. Letters.) * Work supported(More)
In a hydrogen bubble chamber experiment with a KL beam we have measured the K" /K" ~3 e3 branching ratio to be R = .741 * .044 and the slope of the f+ form factor to be A+ = .019 f. .013. The data have been analyzed with a new variable, (p;)*, which isolates a sample of unique K e3 decays and is independent of the KL beam momentum. These results are(More)
We pr$sejr=t;xper+imental evidence for the existence of the decay #(3684)-7x9 x-, K K’, and also ye(3095). There is clear evidence for at least two X itates decaying to hadrons, one at 3.41*0.01 GeV and the other at 3.53 f 0.02 GeV. The X(34 10) decays into ~7r and KK and thus must have even spin and parity. There is also evidence for one state decaying to(More)
Cross sections for e+e-hadrons, e+e-, and ,u+pnear 3095 MeV are presented. The $(3095) resonance is established as having an assignment J PC = 1-. The mass is 3095 &4 MeV. The partial width to electrons is Fe = 4.8 * 0.6 keV and the total width F = 69 f 15 keV. Total rates and interference measurements for the lepton channels are in accord with p-e(More)
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