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The Mócs chondrite was studied by optical microscopy, element mapping, as well as scanning electron microscope backscattered electron (SEM—BSE) imaging, in order to gain a better understanding of the thermal metamorphic as well as post-shock annealing evolution and the mineralogical signatures in this meteorite. The studied thin section of Mócs meteorite contains 26 chondrules with a variety of chondrule textures, which are characterized by a blurry rim. The chondrules mostly consist of pyroxene and olivine, whereas feldspars occur only in the recrystallized groundmass, chondrule mesostasis, and mineral melt inside and beyond the shock veins. It was found that the matrix was completely recrystallized. According to the scanning electron microscope and optical microscope observations mentioned above, it can be concluded that the Mócs chondrite is a 6.5 petrographic type.
backscattered electrons (BSE) images acquired in slow rate of scan modes Mineral composition was calculated using the INCA software with oxide composition in weight%, and elemental composition in atom%. Table 2 shows the atom% ratios of elements at
Schutter [ 14 , 22 ] on blended cements, the BFS was here added as a separate component to the concrete mix and the slag-to-binder ratios varied between 0 and 85%. Moreover, backscattered electron (BSE) images were taken in a scanning electron microscope
. Backscattered-electron (BSE) image and energy dispersive X-ray spectroscopy (EDX) spectrum of cassiterite grain are displayed at Fig. 6a . The semi-quantitative chemical analysis data reflected that SnO 2 represented 100% by mass of cassiterite composition
Institute of Mineralogy and Geology, University of Miskolc, Hungary. On BSE images names of the identified minerals are abbreviated according to ( Whitney and Evans, 2010 ): Qz – quartz, Ab – albite, Kfs – K-feldspar, Ms – muscovite, Py – pyrite, Ilm
fresh groundmass [backscattered electrons (BSE) image, 775.9 m]. (c) Tectonic breccia in the shear zone (1N, 779.5 m). (d) Andesite with strongly sericited plagioclase and pseudomorphs after pyroxene (1N, 790.4 m). (e) Texture of andesite with sericited
scratched and pulverized, some preferential orientation was observed on the XRD pattern in the form of a considerably high-intensity 002 peak (2 θ = 30.6º). Fig. 1 XRD pattern ( A ) and BSE image ( B ) of the α-LiBO 2
.4181(1) 0.6558(2) Fig. 2 Back scattered electrons (BSE) images of some selected Dy–Al–Si samples. a sample N. 12: white phase (DyAl x Si 1− x ) and grey
Experimental investigation of the Nd–Al–Si system
The isothermal section at 500 °C
.7788(4) 1.3771(6) Selected microphotographs of the analysed alloys are shown in Fig. 2 . Fig. 2 Back scattered electrons (BSE) images of selected Nd
-scattered (BSE) imaging. CL and BSE images of mineral separates from nepheline syenite were obtained at the Department of Petrology and Geochemistry, Eötvös Loránd University, Budapest, Hungary using an AMRAY 1830 SEM equipped with GATAN MiniCL (3 nA, 10 kV setup
