I. Technology of Thin Films
First vacuum technology
Second methods for the preparation of thin films
Third structural parameters of thin films
4th methods for characterization of thin films
II. Optics of Thin Films
5th electromagnetic theory of light phenomena at the interface
6th matrix forms a layered medium
7th anisotropic and magnetic layers
8th effects of partial coherence, thick layers
9th Film filters, designs, applications
10th methods for measuring parameters of thin films - reflectivity,
transmission and ellipsometry
III. Magnetic thin layer
11th magnetic anisotropy of thin films, the hysteresis loop
12th Magnetic domains and magnetization reversal
13th perpendicular magnetic anisotropy, exchange interaction
14th spin transport, and gigantic tunnel magnetorezistance
15th magnetic and magneto record information
16th Film magnetic sensors
IV. Electrical properties of thin films
17th conductivity of thin films
18th dielectric properties of thin films
19th transport phenomena, the temperature dependence
20th application of thin layers in the integration of technology with ultra-high
First vacuum technology
Second methods for the preparation of thin films
Third structural parameters of thin films
4th methods for characterization of thin films
II. Optics of Thin Films
5th electromagnetic theory of light phenomena at the interface
6th matrix forms a layered medium
7th anisotropic and magnetic layers
8th effects of partial coherence, thick layers
9th Film filters, designs, applications
10th methods for measuring parameters of thin films - reflectivity,
transmission and ellipsometry
III. Magnetic thin layer
11th magnetic anisotropy of thin films, the hysteresis loop
12th Magnetic domains and magnetization reversal
13th perpendicular magnetic anisotropy, exchange interaction
14th spin transport, and gigantic tunnel magnetorezistance
15th magnetic and magneto record information
16th Film magnetic sensors
IV. Electrical properties of thin films
17th conductivity of thin films
18th dielectric properties of thin films
19th transport phenomena, the temperature dependence
20th application of thin layers in the integration of technology with ultra-high