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In a seminal contribution Brust et al.[13] used the classical two-phase Faraday colloid separation combined with contemporary phase transfer chemistry to produce small gold nanoclusters coated with alkanethiolate monolayers.
The Chui icosahedron has been discussed at length by Barnard et al. [33] and is a stable structure.
El-Sayed, J.T.

[41] NMX-C-514-ONNCCE-2019- Test method and criteria to determine the electrical resistivity of hydraulic concrete depending on the type of exposure to a given environment, size of the specimen, element, or structure [42] Guo, Kai, et al.
[62] NMX-C- 429- 0NNCCE- 2003 CONSTRUCTION INDUSTRY-PAINTS-DETERMINATION OF WEAR RESISTANCE BY WASHING [63] ASTM D522-93a Standard Test Methods for Mandrel Bend Test of Attached Organic Coatings [64] Barna, Elisabeth, et al.
[87] El Batouti, M., Alharby, N.

QAsO4: Barun et al. (1976) discussed the solubility of the arsenates of Bi(III) and Sb(III).
Cooper et al.
Cooper et al.
Westrom, Control of copper electrolyte impurities – Overview of the short-bed ion exchange technique and Phelps Dodge EL Paso case study, In Copper-2007, vol.
Agarwal et al., 2006 Agrawal, A., Kumari, S., Bagchi, D., Kumar, V., and Pandey, B.

This is similar to the result obtained by Silverstein et al. [38] and Painsi and Grafl [39] when similar analysis was carried out on biodiesel and petroleum diesel.
This indicates the presence of unconjugated linear alkene in the fuel as suggested by Silverstein et al. [38].
El Servier Science Publisher: (1991). 998-1003

Bevillon et al [[] E.
Since Björketun el al. [47] observed the same for different acceptors in BaZrO3, Bevillon et al. [49] speculated whether this behavior is general for all cubic perovskites.
Fjeld et al. [[] H.
Slade et al. [[] R.
Ricote et al. [[] S.

Li et al [3] analyzed thermal post-buckling of FG beams under effect of transversely non-uniform temperature by using a shooting method.
Kiani et al [7] analyzed the buckling problem of FG beams with surface-bonded piezoelectric sheets which are subjected to constant voltage and both thermal loading using the EBT.
Thermal buckling and post-buckling of FG beams resting on nonlinear elastic foundation using differential quadrature method (DQM) are investigated by Esfahani et al [11].
Tounsi et al [17] developed an efficient higher-order nonlocal beam theory for the thermal buckling behavior of FG nanobeams.
Paul et al [25] discussed geometrically nonlinear post-buckling behavior of FG Timoshenko beams by using Broyden’s algorithm.

Lee et al.
Vratni et al., J.
Kimura et al.
El.
Singh et al., J.

Pilani et al., [64] formed nanosized magnetic particle with mean size range from 4-12 nm using above method.
Rahman et al., [78] reported the synthesis of magnetic nanocomposites of Fe3O4-cellulose and used to improve the catalytic properties of an esterase [78].
Tandon et al. [127, 128] have also studied humidity as well as sensing properties to CO2, N2, O2, and CH4 by preparing different PPy/iron oxide nano-composites.
Yeung et al. [139], planned and shaped a very fascinating zeolitic framework coated magnetic nano-composites that have been worked as catalysts for a flow reaction system.
[24] An-Hui Lu, E.L.

A study by Peng et.al., showed a significant decrease in the surface roughness of an additively manufactured part from Sa 13~14 μm to the final 1.8 μm post abrasive flow machining [54].
Tillman et.al., analyzed the effects of HIP on the density of SLM built Inconel 718 component.
Zarringhalam et.al., analyzed the effects of heat treatment and infiltration on DuraformTM, a nylon-based thermoplastic.
[22] E.L.
Hou, 3D numerical simulation of successive deposition of uniform molten Al droplets on a moving substrate and experimental validation, Comput.

Both contributions are of the same order, as reported by Vicanek et al. [4].
Golnabi et al. [5] have investigated the effect of laser cutting parameters on the cut quality in thin-section steel, when using an Nd: YAG laser in oxygen laser cutting of stainless steel thin-section (< 2 mm) and mild steel.
An analytical approximation of the heat conduction losses during the cut of metals was developed by Schulz et al. [6,7] where it was deduced that a laminar boundary layer is required in order to keep a high cutting quality.
Mas et al. [9] allowed a better understanding of laser metal cutting by providing a consistent approach involving many physical phenomena occurring during the laser-metal cutting process.