University of Oulu. Department of physics. Reports

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• Accurate gamma-ray energies and intensities for calibration purposes
• Activation cross sections for 14.7 MeV neutrons on natural zinc
• An experiment to detect the Compton scattering in water by a 2" x 2" NaI-detector
• Average cross sections of some [n,p] and [n,alfa] reactions for neutrons from a [sup 241]Am-Be source
• Biomolecules in electric fields
• Calculated efficiency values for well-type Nal [TI]-detector
• Calculated neutron flux values of [sup 241]AmBe neutron sources at different distances from the face of the source
• Calculated total and absolute photopeak efficiency values for 3" x 3" NaI-detector with cylindrical source geometry
• Calculation of gamma-ray response functions for cylindrical NaI-detectors and point-source geometries
• Calculation of the energies and intensities of the L[sub 2, 3] M[sub 4, 5] M[sub 4, 5] Auger spectrum of zinc and the M[sub 4, 5] N[sub 4, 5] N[sub 4, 5] spectrum of cadmium
• DCF-77 synkronoitu aikamerkkilaitteisto
• Efficiency values of NaI-detectors in the low-energy gamma-ray region for a 4*-detecting geometry
• Emissiospektrometrin herkkyyskorjauskertoimien määrittäminen aallonpituuden funktiona
• Fitting of the "best" straight line to a set of N pairs of measurements
• Fluorescence spectrometer designed for biological investigations : H. Ratinen
• Introduction to molecular spectroscopy
• Koivun- ja pajunlehdistä mitattuja heijastus- ja fluoresenssispektrejä
• Motion of bodies and particles under the influence of a central force obeying the l/r[sup 2]-law
• Native photoluminescence from some biologically important molecules
• On the fitting procedure of a straight line by least squares techniques
• Proceedings of the annual conference of the Finnish physical society, February 14-15, 1975, Oulu, Finland
• Spectral density analysis of nuclear spin-spin coupling 1 : a Hulthén potential LCAO model for J[sub X-H] in hydrides XH[sub 4]
• The construction and design of the[sup 241]Am/Be neutron source unit for neutron activation
• Transport processes with biomolecules 1 : sedimentation
• Transport processes with biomolecules 2 : viscosity
• Transport processes with biomolecules 3 : diffusion
• Transport processes with biomolecules 4 : osmotic pressure

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• University of Oulu. Department of physics. Reports