随着薄膜生长速率的降低,锡膜由金属转变为半导体,呈现出非金属导电特性。
The specimens deposited at lower rate show some nonmetallic properties. In the present paper, the result as mention above is interpreted from the theory of Anderson localization.
随着薄膜生长速率的降低,锡膜由金属转变为半导体,呈现出非金属导电特性。
The specimens deposited at lower rate show some nonmetallic properties. In the present paper, the result as mention above is interpreted from the theory of Anderson localization.
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