Polyethylene film의 注入電荷 測定에 關한 硏究 = (A) Study on the Injected Electric Charge Measurement of Polyethylene Films

다국어 초록 (Multilingual Abstract)

In this paper, various kind of polymer matter inside electric charge injection and injected. electric charge by a high electric field of the Polyethylene Film in polymer matter were measured.
The high electric field making use of TSC the injected electric charge measured results is as follows ;
1) The inside of Polyethylene Film electric charge injection is confirmed in a theory of metal - insulator joining.
2) If injection of electric charge includes existing trap on the inside of Polythylene Film, there is a change of electric charge depend on bias voltage, collecting voltage.
3) The Poole Frenkel effect in electric charge divison depending on the trap is confirmed.
4) The result of experimentation with trap existing the average from 16[㎛] the neighbourhood of injected surface.

목차 (Table of Contents)

• 목차
• 表·圖目次
• 記號設明
• ABSTRACT
• Ⅰ. 序論 = 1
• Ⅱ. 理論 = 2
• A. Polyethylene = 2
• B. 金屬一絶緣體 接合의 Band Model = 2
• C. 高分子의 電氣傳導 = 4
• 1. 電子性 傳導 = 4
• a. Band Model = 4
• b. Hopping Model = 5
• 2. Ion 傳導 = 6
• D. 注入된 電荷를 假定한 境遇의 TSC = 7
• Ⅲ. 試料 및 實驗 = 10
• A. 試料 = 10
• B. 實驗裝置 = 10
• C. 實驗方法 = 12
• Ⅳ. 實驗結果 = 14
• A. TSC Peak와 電荷量과의 關係 = 14
• 1. Collecting 電壓에 對한 TSC Peak 및 電荷量의 變化 = 15
• 2. Bias 電壓에 對한 TSC Peak 및 電荷量의 變化 = 18
• 3. Bias 溫度에 對한 TSC Peak 및 電荷量의 變化 = 21
• 4. Bias 電壓의 印加時間에 對한 TSC Peak 및 電荷量의 變化 = 22
• B. 電荷分布의 깊이 = 24
• C. 移動度의 活性化 Energy = 25
• Ⅴ. 實驗結果에 對한 檢討 = 26
• A. TSC의 原因이 되는 荷電粒子 = 26
• 1. 荷電粒子가 外部에서 注入되지 않을 境遇 = 26
• 2. 荷電粒子가 外部에서 注入될 境遇 = 27
• B. 注入電子의 試料內에서의 擧動 = 28
• 1. Collecting 電壓에 의해 Trap된 電子의 移動 = 28
• 2. Bias 電壓에 의해 Trap된 電子의 影響 = 31
• C. 注入電子의 飽和量 = 33
• D. Polyethylene Film 에 있어서 Trap 및 電氣傳導機構 = 33
• Ⅵ. 結論 = 34
• 參考文獻 = 35