Study of wear of combustion engines by means of thin layer activation using accelerated charged particles
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Cited by (6)
Thin Layer Activation analysis in <sup>16</sup>O + <sup>169</sup>Tm system at low energies
2019, Materials Today: ProceedingsActivity measurement in Terbium-159 material using heavy ion beams
2019, Materials Today: ProceedingsInvestigation of anti-wear performance of automobile lubricants using thin layer activation analysis technique
2017, Nuclear Instruments and Methods in Physics Research, Section B: Beam Interactions with Materials and AtomsCitation Excerpt :The conventional techniques such as gravimetric, micrometry, profilography, replica method are used for wear measurements in industry but these techniques have poor accuracy, low sensitivity and cannot be applied in all situations due to non-accessibility. Thin layer activation (TLA) analysis is a highly sensitive nuclear technique used for monitoring wear and corrosion phenomena employing radioactive tracer [1–21]. In this technique gamma emitting radioisotopes are introduced in-situ and distributed in a small area on the surface of interest of an engineering component [4,7,14,18].
Application of the thin layer activation technique to study surface erosion under high voltage electrical spark discharges
2009, Nuclear Instruments and Methods in Physics Research, Section B: Beam Interactions with Materials and AtomsCitation Excerpt :It has been applied in various high technology areas to measure the loss of materials due to wear, corrosion or erosion caused by mechanical, chemical or electrical/plasma discharge processes, respectively. TLA is very useful to measure the loss of materials from the surface of various components in automobiles [3–7], power plants (nuclear or non-nuclear) [8–10], process industries, oil and petrochemical refineries and in many other areas [1,11]. Various studies [1,2,12] have been carried out using TLA for the improvement of technological performances of machine components in the above areas.
Application of thin layer activation technique for surface wear studies in Zr based materials using charged particle induced nuclear reactions
1998, Nuclear Instruments and Methods in Physics Research, Section B: Beam Interactions with Materials and AtomsThin layer activation analysis of <sup>16</sup>O induced reactions for surface wear studies in some natural isotopes
2019, Indian Journal of Pure and Applied Physics