Investigation of Ionospheric Small‐Scale Plasma Structures Associated With Particle Precipitation by F. Enengl, L. Spogli, D. Kotova, Y. Jin, K. Oksavik, N. Partamies, W. J. Miloch

“…Additionally, they allow identifying the diffractive and refractive nature of fluctuations on the recorded GNSS signals. …”
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Surface and Catalytic Properties of the CuO/AlO System as Influenced by Treating with Trace Amounts of MoO by M. Mokhtar

“…X-Ray studies of these materials showed that the undoped (pure) solid calcined at 350°C exhibited all the diffractions lines associated with the AlO(OH) and CuO phases with an excellent degree of crystallinity. …”
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Multi-label classification with deep learning techniques applied to the B-Scan images of GPR by El Karakhi, Soukayna, Reineix, Alain, Guiffaut, Christophe

“…The principle for time domain GPR consists in emitting electromagnetic pulses in the ground, these one are then diffracted by the targets to be detected. A single GPR signal trace captured at a position of the radar is a 1D signal called Ascan. …”
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Response surface methodology for the design of malachite green dye removal by γ-Fe2O3 dispersed on reduced graphene oxide sheets by Liu Zhu, Anam Sana, Muhammad Tariq Qamar, Ali Bahadur, Guocong Liu, Mohammad Aslam, Ammar Zidan, İsmail Seçkin Çardaklı, Shahid Iqbal, Sajid Mahmood, Muhammad Saad, Khalid M. Alotaibi

“…The preferential plane diffractions at 2θ values of 35.54° and 26.45° about γ-Fe2O3 (311) and rGO (002) with 19.85 and 20.92 nm crystallite sizes, respectively confirmed the successful formation of nanocomposite nature of the adsorbent. …”
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Catalytic effect of Fe@Fe2O3 nanowires and Fenton process on carbamazepine removal from aqueous solutions using response surface methodology by M.M. Amin, S. Yousefinejad, M. Dehghani, S. Rahimi

“…After scanning electron microscopy, energy-dispersive X-ray spectroscopy and X-ray diffract meter analysis, Fe@Fe₂O₃ morphology was synthesized in the form of nanowires with diameters of about 40-80 nm. …”
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Potential and limitations of noise-based surface-wave tomography for numerical site effect estimation: a case study in the French Rhône valley by Lavoué, François, Froment, Bérénice, Gélis, Céline, Boué, Pierre,  Chaljub, Emmanuel, Stehly, Laurent, Beauprêtre, Sophie, De Martin, Florent,  Gisselbrecht, Loïc, Pilz, Marco, Moiriat, Denis, Cushing, Edward Marc

“…In particular, this ANSWT model lacks clear basin edges in order to efficiently trap seismic waves in the basin and to generate significant 3D wave propagation effects (diffractions, reflections, and generation of laterally propagating surface waves at the edges of the basin). …”
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