2003Vacuum and CryogenicsRequires access

THE DESIGN ON RECTANGULAR PLANAR MAGNETRON-SPUTTERING TARGET WITH THE HIGH INTENSITY OF MAGNETIC FIELD

Chang Tian

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Abstract

The probability of low voltage magnetron sputtering achieved by high intensity of magnetic field has been studied. Several factors confining the upper limit of the intensity B of magnetic field parallel to target surface in rectangular planar magnetronsputtering target have been studied by theory analysis, practice design and experiment. The rectangular planar magnetron sputtering target with B of 009 T has been designed. The results showed that the increase of the Breduced greatly the touching off and keeping discharge voltage during magnetron sputtering coating, which give other approach to low voltage magnetron sputtering.\;

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The probability of low voltage magnetron sputtering achieved by high intensity of magnetic field has been studied. Several factors confining the upper limit of the intensity B of magnetic field parallel to target surface in rectangular planar magnetronsputtering target have been studied by theory analysis, practice design and experiment. The rectangular planar magnetron sputtering target with B of 009 T has been designed. The results showed that the increase of the Breduced greatly the touching off and keeping discharge voltage during magnetron sputtering coating, which give other approach to low voltage magnetron sputtering.\;

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Available abstract

The probability of low voltage magnetron sputtering achieved by high intensity of magnetic field has been studied. Several factors confining the upper limit of the intensity B of magnetic field parallel to target surface in rectangular planar magnetronsputtering target have been studied by theory analysis, practice design and experiment. The rectangular planar magnetron sputtering target with B of 009 T has been designed. The results showed that the increase of the Breduced greatly the touching off and keeping discharge voltage during magnetron sputtering coating, which give other approach to low voltage magnetron sputtering.\;

Key concepts: Sputter deposition, Cavity magnetron, Sputtering, High-power impulse magnetron sputtering, Magnetic field, Materials science, Intensity (physics), Planar

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