Correlated electron microscopy and diffraction of lunar clinopyroxenes from Apollo 12 samples
Exsolution lameccae structure of Lunar pyroxenes from Apollo 12 samples, using electron microscopy and diffraction
Fernandez-Moran, H.↗
Engineering topics
Ohtsuki, M.
Publications and source records attributed to Ohtsuki, M..
High voltage electron microscopy and electron diffraction of lunar pyroxenes
Apollo 11 lunar rock pyroxenes, examining band structure and magnetic ordering by high voltage electron microscopy and electron diffraction
Fernandez-Moran, H.↗
High voltage electron microscopy and electron diffraction of pyroxenes in type B lunar samples from Apollo 11
Lunar pyroxene 10044 specimens cleaved and sectioned by diamond knife ultramicrotomy were examined by standard (75 to 100 kV) and high voltage (200 kV) electron microscopy and diffraction. Salient findings based on evaluation of 2000 plates show uniform 300 to 600 A-wide bands, probably corresponding to single crystal domains, with lattice spacings of 2. A High resolution bright and dark field images of iron-rich and magnesium-rich crystals were compared with corresponding electron diffraction patterns. Possible relations of observed structures to magnetic domains were considered.
Fernandez-Moran, H.↗
Macromolecular organization of hemocyanins and apohemocyanins as revealed by electron microscopy.
Macromolecular organization of hemocyanins and apohemocyanins as revealed by electron microscopy
BLOOD↗
Macromolecular organization of hemocyanins and apohemocyanins as revealed by electron microscopy
Comparative high resolution electron microscopic studies of structural organization of hemocyanins and apohemocyanins from mollusca and arthropoda
ARTHROPOD↗