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光電探測技術與應用 版權信息
- ISBN：9787121487675
- 條形碼：9787121487675 ; 978-7-121-48767-5
- 裝幀：平裝-膠訂
- 冊數：暫無
- 重量：暫無
- 所屬分類：>
光電探測技術與應用 內容簡介
本書以編者多年從事光電探測技術及其應用方面的研究為基礎，結合編者在光電探測技術領域的新研究成果，以及參考近年來光電探測技術的新成果編寫而成。本書主要內容括光電探測技術基礎理論、光電探測系統中的常用光源、光電發射器件、光電導探測器件、半導體結型光電器件、光電成像器件、紅外探測器件、微納光學探測器件、典型光電探測系統、光電探測新技術及應用。全書體系完整，概念清晰，力爭做到引導讀者正確掌握光電探測器件的基本原理、使用技巧和光電探測系統的設計思想與方法。 本書力求為測控技術與儀器、電子科學與技術、光電信息科學與工程、電子信息工程、智能感知工程等業的本科生，以及儀器科學與技術、光學工程、電子科學與技術、信息與通信工程等業的研究生和工程技術人員提供光電探測系統分析與設計的基本理論、先進的前沿技術和新方法。
光電探測技術與應用 目錄
第1 章 光電探測技術基礎理論 ·····················································································.1
1.1 光電探測系統概述 ·································································································.1
1.2 輻射度學和光度學 ·································································································.1
1.2.1 輻射度學 ····································································································.1
1.2.2 光度學 ·······································································································.3
1.2.3 輻射度學與光度學的基本定律 ·········································································.5
1.2.4 黑體輻射 ····································································································.7
1.3 半導體基礎知識 ····································································································.9
1.3.1 半導體結構 ·································································································.9
1.3.2 半導體中的載流子濃度 ·················································································.12
1.4 半導體的光電效應 ································································································.16
1.4.1 光電導效應 ································································································.16
1.4.2 光伏效應 ···································································································.17
1.4.3 光電發射效應 ·····························································································.19
1.5 光熱效應 ············································································································.20
1.5.1 熱電偶和熱電堆 ··························································································.21
1.5.2 熱釋電探測器件 ··························································································.22
1.6 光電探測器件的噪聲和主要性參數 ········································································.25
1.6.1 光電探測器件的噪聲 ····················································································.25
1.6.2 光電探測器件的主要性參數 ········································································.27
思考與練 ···············································································································.29
1.1 光電探測系統概述 ·································································································.1
1.2 輻射度學和光度學 ·································································································.1
1.2.1 輻射度學 ····································································································.1
1.2.2 光度學 ·······································································································.3
1.2.3 輻射度學與光度學的基本定律 ·········································································.5
1.2.4 黑體輻射 ····································································································.7
1.3 半導體基礎知識 ····································································································.9
1.3.1 半導體結構 ·································································································.9
1.3.2 半導體中的載流子濃度 ·················································································.12
1.4 半導體的光電效應 ································································································.16
1.4.1 光電導效應 ································································································.16
1.4.2 光伏效應 ···································································································.17
1.4.3 光電發射效應 ·····························································································.19
1.5 光熱效應 ············································································································.20
1.5.1 熱電偶和熱電堆 ··························································································.21
1.5.2 熱釋電探測器件 ··························································································.22
1.6 光電探測器件的噪聲和主要性參數 ········································································.25
1.6.1 光電探測器件的噪聲 ····················································································.25
1.6.2 光電探測器件的主要性參數 ········································································.27
思考與練 ···············································································································.29
展開全部
光電探測技術與應用 作者簡介
郝曉劍，中共黨員，工學博士，二級教授，博士生導師。北京理工大學機械工程博士后、澳大利亞斯文本科技大學光學訪問學者、新加坡國立大學光學訪問學者。山西省高校教學名師、中北大學儀器科學與技術學科帶頭人。2019年4月任中北大學儀器與電子學院黨委書記、2021年9月任中北大學校黨委委員。 主要研究方向為新型傳感技術與高端光電儀器領域理論與技術的創新和自主可控。獲省部級教學科研成果獎12項；授權發明專利12項；出版論著2部，發表SCI/EI論文65篇；出版國家級“十二五”和工信部“十四五”規劃教材各一部。目前兼任Journal of Measurement Science and Instrumentation/《中國測試》編委、國家自然科學基金委/教育部學位論文以及多省科技廳專家庫專家。曾榮獲山西省百名優秀女知識分子、師德先進個人、優秀共產黨員等榮譽稱號。至今已培養出66位優秀的全日制碩博研究生，工作在航空航天、兵器集團、中電集團、高校等企事業單位。
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