Surface hardening of optic materials by deposition of diamond like carbon coatings from separated plasma of arc discharge

Osipkov, Alexey; Bashkov, Valeriy; Belyaeva, A O; Stepanov, Rodion; Mironov, Yu. M.; Galinovsky, A. L.

doi:10.1088/1757-899x/74/1/012013

Cited by 7 publications

(3 citation statements)

References 3 publications

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“…Moreover, such experiments are revealing and well-visualized, which allows them to be used in the educational process. It is well-known that a large number of academic teams and engineering communities have investigated the structuring process when the volume or the surface of the inorganic or organic materials have been treated with, for example, halogen elements (F, Br, and I) and carbon nanoparticles, especially CNTs [ 1 , 2 , 3 , 4 , 5 , 6 , 7 , 8 , 9 , 10 , 11 , 12 ]. The choice of CNTs was conditioned by the unique features of CNTs; namely, their smaller value of refractive index, their greater strength of C–C bonds, and their effective branched surface [ 13 , 14 , 15 , 16 ].…”

Section: Introductionmentioning

confidence: 99%

Advanced and Functional Structured Ceramics: MgF2 and ZnS

et al. 2022

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Due to difficulties in obtaining monomaterials, intensive research into the properties of ceramic compositions has been undertaken, along with developments to the properties of the compositions. These are not inferior to monomeric structures for a number of basic parameters. Among the different types of ceramics, magnesium fluoride and zinc sulfide occupy a special place due to their unique properties and specific applications. In this paper, we studied functional optoelectronics and modulating technique elements based on the advanced ceramics MgF2 and ZnS. The results of the transmittance spectral parameters and the contact angle estimation as well as an AFM analysis of the studied ceramics, both pure and structured with carbon nanotubes, are presented. We observed that the main characteristics of the studied materials with a surface modified by carbon nanotubes could be significantly changed when an innovative laser-oriented deposition method was applied. This method permitted the CNTs to be deposited in a vertical position on the material surface. The main features of the carbon nanotubes—such as the smaller value of the refractive index, the greater strength between the carbon atoms, and the effective surface—were taken into consideration. The analytical, quantum chemical, and experimental results of the studies of the changes in the basic physical parameters of the selected model of the inorganic matrices of the ceramics are given.

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Section: Introductionmentioning

confidence: 99%

Advanced and Functional Structured Ceramics: MgF2 and ZnS

et al. 2022

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“…При этом известно, что структурированию объема оптических неорганических и органических материалов посвящено довольно большое число научнотехнических публикаций, однако вопрос о влиянии процесса структурирования поверхности модельных матриц на основные физико-химические характеристики изучен недостаточно досконально. Более того, изучение процесса структурирования керамических материалов [1][2][3][4][5] [6], а также обусловливался наличием ранее проведенных аналитических расчетов [7], показавших прямую возможность ковалентной привязки УНТ к поверхности фторида магния, что позволяет эффективно применять данные материалы, в частности, для защитных окон ламп УФ-диапазона, используемых в медицинских клиниках. Выбор для исследования структуры ZnS определялся широким использованием данного материала в системах солнечной энергетики, полупроводниковой техники, а также в лазерных схемах среднего ИК-диапазона; применение лазерного ориентированного осаждения позволяет увеличить пропускание, прочность и угол смачивания, что расширяет области использования таких матриц.…”

Section: поступило в редакцию 11 апреля 2019 г в окончательной редакunclassified

Свойства Оптических Керамик КО1 И КО2 При Модификации Их Поверхности Углеродными Нанотрубками

Каманина¹,

Лихоманова²,

Загидуллина³

2019

Письма В Журнал Технической Физики

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The research results of the modification of the properties of the optical inorganic materials, such as: optical ceramic КО1(MgF2) and КО2(ZnS) have been presented. Essential change of the basic parameters of these inorganic matrixes, which surface has been modified with the carbon nanotubes under the application of the laser oriented deposition technique, has been established. The main features of the carbon nanotubes have been taken into account, which have been connected with their branched surface, large hardness of the C-C bonds and small value of the refractive index. Analytical and quantum-chemical calculations as well as the experimental results have been presented, which have been connected with the change of the spectral, mechanical and wetting characteristics of the chosen inorganic matrixes.

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“…Пленки из алмазоподобного углерода широко применяются благодаря механическим свойствам, близким к свойствам алмаза. Низкий коэффициент трения и высокая твердость обусловили использование DLC-пленок в качестве защитных износостойких покрытий для режущего инструмента и оптических поверхностей [2,3].…”

Section: Introductionunclassified

Thickness distribution peculiarities of DLS –films obtained by method of pulse laser precipitation

Shupenev

Krivosheev

Ponomarenko

2020

Science Intensive Technologies in Mechanical Engineering

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One of the promising methods of thin film manufacturing is a method of pulse laser precipitation. By virtue of energetic peculiarities of laser impact upon a target this method is widely used at the formation of diamond-like structures. The manufacture of diamond-like structures on laser plant PLD-400 with the use of an excimer transmitter is described. Through the method of ellipsometry there is investigated a growth rate and peculiarities of thickness distribution under different conditions of precipitation.

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Surface hardening of optic materials by deposition of diamond like carbon coatings from separated plasma of arc discharge

Cited by 7 publications

References 3 publications

Advanced and Functional Structured Ceramics: MgF2 and ZnS

Advanced and Functional Structured Ceramics: MgF2 and ZnS

Свойства Оптических Керамик КО1 И КО2 При Модификации Их Поверхности Углеродными Нанотрубками

Thickness distribution peculiarities of DLS –films obtained by method of pulse laser precipitation

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