Depletion of Monolayer Liquid Lubricant Films Induced by Laser Heating in Thermally Assisted Magnetic Recording

In this study, lubricant depletion due to high-frequency pulsed-laser heating, with a heating rate of ~10 8 –10 9  K/s, was investigated for lubricant films with thicknesses of greater than and less than one monolayer. The conventional lubricants, Zdol2000 and Ztetraol2000, were used. It was found t...

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Published inTribology letters Vol. 47; no. 1; pp. 123 - 129
Main Authors Tagawa, Norio, Miki, Takao, Tani, Hiroshi
Format Journal Article
LanguageEnglish
Published Boston Springer US 01.07.2012
Springer Nature B.V
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Abstract In this study, lubricant depletion due to high-frequency pulsed-laser heating, with a heating rate of ~10 8 –10 9  K/s, was investigated for lubricant films with thicknesses of greater than and less than one monolayer. The conventional lubricants, Zdol2000 and Ztetraol2000, were used. It was found that the critical temperature at which the lubricants begin to deplete was strongly dependent on the lubricant film thickness. For lubricant film thicknesses of less than one monolayer, this temperature was approximately 170 °C higher than that for thicknesses of greater than one monolayer. To analyze the lubricant depletion mechanism, we examined the tested lubricant films, using temperature-programmed desorption (TPD) spectroscopy, in which the heating rate was 0.3 K/s. It was found that the lubricant depletion characteristics could be explained using the experimental TPD results for the tested lubricant films. The depletion mechanism involves the desorption or decomposition of the lubricant molecules, which interact with the diamond-like carbon thin films when the lubricant film thickness is less than one monolayer. Therefore, we concluded that the TPD results were highly effective for evaluating the lubricant depletion characteristics induced by rapid laser heating, even though the heating rates are substantially different.
AbstractList In this study, lubricant depletion due to high-frequency pulsed-laser heating, with a heating rate of ~10 8 –10 9  K/s, was investigated for lubricant films with thicknesses of greater than and less than one monolayer. The conventional lubricants, Zdol2000 and Ztetraol2000, were used. It was found that the critical temperature at which the lubricants begin to deplete was strongly dependent on the lubricant film thickness. For lubricant film thicknesses of less than one monolayer, this temperature was approximately 170 °C higher than that for thicknesses of greater than one monolayer. To analyze the lubricant depletion mechanism, we examined the tested lubricant films, using temperature-programmed desorption (TPD) spectroscopy, in which the heating rate was 0.3 K/s. It was found that the lubricant depletion characteristics could be explained using the experimental TPD results for the tested lubricant films. The depletion mechanism involves the desorption or decomposition of the lubricant molecules, which interact with the diamond-like carbon thin films when the lubricant film thickness is less than one monolayer. Therefore, we concluded that the TPD results were highly effective for evaluating the lubricant depletion characteristics induced by rapid laser heating, even though the heating rates are substantially different.
In this study, lubricant depletion due to high-frequency pulsed-laser heating, with a heating rate of ~108–109 K/s, was investigated for lubricant films with thicknesses of greater than and less than one monolayer. The conventional lubricants, Zdol2000 and Ztetraol2000, were used. It was found that the critical temperature at which the lubricants begin to deplete was strongly dependent on the lubricant film thickness. For lubricant film thicknesses of less than one monolayer, this temperature was approximately 170 °C higher than that for thicknesses of greater than one monolayer. To analyze the lubricant depletion mechanism, we examined the tested lubricant films, using temperature-programmed desorption (TPD) spectroscopy, in which the heating rate was 0.3 K/s. It was found that the lubricant depletion characteristics could be explained using the experimental TPD results for the tested lubricant films. The depletion mechanism involves the desorption or decomposition of the lubricant molecules, which interact with the diamond-like carbon thin films when the lubricant film thickness is less than one monolayer. Therefore, we concluded that the TPD results were highly effective for evaluating the lubricant depletion characteristics induced by rapid laser heating, even though the heating rates are substantially different.
Author Tani, Hiroshi
Tagawa, Norio
Miki, Takao
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Issue 1
Keywords Head–disk interface
Heating rate
Lubricant depletion
Desorption
Decomposition
TPD spectroscopy
Thermally assisted magnetic recording
Pulsed-laser heating
Language English
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PublicationTitle Tribology letters
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Springer Nature B.V
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Snippet In this study, lubricant depletion due to high-frequency pulsed-laser heating, with a heating rate of ~10 8 –10 9  K/s, was investigated for lubricant films...
In this study, lubricant depletion due to high-frequency pulsed-laser heating, with a heating rate of ~108–109 K/s, was investigated for lubricant films with...
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StartPage 123
SubjectTerms Chemistry and Materials Science
Corrosion and Coatings
Critical temperature
Depletion
Desorption
Diamond-like carbon films
Film thickness
Heating rate
Laser beam heating
Lasers
Lubricant films
Lubricants & lubrication
Magnetic recording
Materials Science
Monolayers
Nanotechnology
Original Paper
Physical Chemistry
Pulsed lasers
Surfaces and Interfaces
Theoretical and Applied Mechanics
Thin Films
Tribology
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Title Depletion of Monolayer Liquid Lubricant Films Induced by Laser Heating in Thermally Assisted Magnetic Recording
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