研究生課程開設申請表
開課院(系、所):beat365正版唯一
課程申請開設類型: 新開√ 重開□ 更名□(請在□内打勾,下同)
課程 名稱 | 中文 | 聲學原理 | |||||||||||
英文 | Principles of Acoustics | ||||||||||||
待分配課程編号 | MS004120 | 課程适用學位級别 | 博士 | 碩士 | √ | ||||||||
總學時 | 32 | 課内學時 | 32 | 學分 | 2 | 實踐環節 | 用機小時 | ||||||
課程類别 | □公共基礎 □ 專業基礎 □ 專業必修 √專業選修 | ||||||||||||
開課院(系) | beat365正版唯一 | 開課學期 | 秋季 | ||||||||||
考核方式 | A.筆試(開卷 □閉卷) B. □口試 C.□筆試與口試結合 D. □ 其他 論文 | ||||||||||||
課程負責人 | 教師 姓名 | 韓 甯 | 職稱 | 副教授 | |||||||||
hanning@seu.edu.cn | 網頁地址 | ||||||||||||
授課語言 | 漢語 | 課件地址 | |||||||||||
适用學科範圍 | 一級 | 所屬一級學科名稱 | 信息與通信工程 | ||||||||||
實驗(案例)個數 | 先修課程 | ||||||||||||
教學用書 | 教材名稱 | 教材編者 | 出版社 | 出版年月 | 版次 | ||||||||
主要教材 | 《聲學基礎》 | 杜功煥等 | 南京大學出版社 | 2012 | |||||||||
主要參考書 | 《聲學原理》 | 程建春 | 科學出版社 | 2012 |
一、課程介紹(含教學目标、教學要求等)(300字以内)
聲學是物理學的一個重要分支,同時又是一門滲透性、交叉性極強的應用技術學科,主要内容包括:質點振動學,聲波的基本性質,聲波的輻射和聲波的傳播等。本課程是聲學類相關專業共同的專業基礎課程,該課程學生的受益面廣。本門課程為研究生學習和研究信息工程、水聲工程、環境科學與工程等奠定基礎。
二、教學大綱(含章節目錄):(可附頁)
1 緒論
2 質點振動學
2.1 質點自由振動
2.2 質點衰減振動
2.3 質點強迫振動
3 聲波的基本性質
聲壓的基本概念
理想流體媒質中的聲波方程
平面波的基本性質
聲能量、聲功率、聲強
聲波的反射、折射與透射
聲波的幹涉
4 無限空間中聲波的輻射
脈動球源的輻射
聲偶極子的輻射
球形聲源的輻射
5 聲波的散射和衍射
柱體對平面波的散射
球體對平面波的散射
剛性屏和楔的衍射
6聲傳播與聲場
波動聲學基礎
射線聲學基礎
混響與噪聲
7 應用舉例
三、教學周曆
周次 | 教學内容 | 教學方式 |
1 | 第一章 聲學概述:緒論 | 講課 |
2 | 第二章 質點振動學: 基本概念,質點自由振動 | 講課 |
3 | 第二章 質點振動學:質點衰減振動 | 講課 |
4 | 第二章 質點振動學:質點強迫振動 | 講課 |
5 | 第三章 聲波的基本性質: 聲壓的基本概念,聲波方程 | 講課 |
6 | 第三章 聲波的基本性質:平面波的基本性質,聲能量、聲功率、聲強 | 講課 |
7 | 第三章 聲波的基本性質:平面波垂直入射時聲波的反射、折射與透射 | 講課 |
8 | 第三章 聲波的基本性質: 斜入射時的反射、折射與透射,聲波的幹涉 | 講課 |
9 | 第四章 無限空間中聲波的輻射:脈動球源的輻射 | 講課 |
10 | 第四章 無限空間中聲波的輻射:聲偶極子的輻射 | 講課 |
11 | 第四章 無限空間中聲波的輻射:球形聲源的輻射 | 講課 |
12 | 第五章 聲波的散射和衍射:柱體對平面波的散射 | 講課 |
13 | 第五章 聲波的散射和衍射:球體對平面波的散射 | 講課 |
14 | 第五章 聲波的散射和衍射:剛性屏和楔的聲衍射 | 講課 |
15 | 第六章 聲傳播與聲場:波動聲學基礎 | 講課 |
16 | 第六章 聲傳播與聲場:射線聲學基礎 | 講課 |
17 | 第六章 聲傳播與聲場:混響與噪聲 | 講課 |
18 | 應用舉例 | 講課 |
四、主講教師簡介:
韓甯,女,1981年出生,副教授,碩士生導師。主要研究方向為水聲信号處理、有源噪聲控制等,包括目标定位與分類識别、陣列信号處理、散射聲有源控制、聲場建模與聲傳播分析等。主持國家自然科學基金、十三五海裝預研項目等。獲教育部科技進步一等獎一項,獲第19屆國際聲學大會青年科學家獎。現為江蘇省聲學學會理事。
五、任課教師信息(包括主講教師):
任課 教師 | 學科 (專業) | 辦公 電話 | 住宅 電話 | 手機 | 電子郵件 | 通訊地址 | 郵政 編碼 |
韓甯 | 信号與信息處理 |
| hanning@seu.edu.cn | beat365正版唯一 | 210096 |
Application Form For Opening Graduate Courses
School (Department/Institute):School of Information Science and Engineering
Course Type: New Open√ Reopen □ Rename □(Please tick in □, the same below)
Course Name | Chinese | 聲學原理 | |||||||||||||
English | Principles of Acoustics | ||||||||||||||
Course Number | MS004120 | Type of Degree | Ph. D | Master | √ | ||||||||||
Total Credit Hours | 32 | In Class Credit Hours | 32 | Credit | 2 | Practice | Computer-using Hours | ||||||||
Course Type | □Public Fundamental □Major Fundamental □Major Compulsory √Major Elective | ||||||||||||||
School (Department) | School of Information Science and Engineering | Term | Autumn | ||||||||||||
Examination | A. √Paper(√Open-book □ Closed-book)B. □ Oral C. □Paper-oral Combination D. □ OthersPaper | ||||||||||||||
Chief Lecturer | Name | Han Ning | Professional Title | Associate Professer | |||||||||||
hanning@seu.edu.cn | Website | ||||||||||||||
Teaching Language used in Course | Chinese | Teaching Material Website | |||||||||||||
Applicable Range of Discipline | One class | Name of First-Class Discipline | Information and communication Engineering | ||||||||||||
Number of Experiment | Preliminary Courses | ||||||||||||||
Teaching Books | Textbook Title | Author | Publisher | Year of Publication | Edition Number | ||||||||||
Main Textbook | Fundamentals of Acoustics | Du Gonghuan etal. | Nanjing University Press | 2012 | |||||||||||
Main Reference Books | Principles of Acoustics | Chen Jianchun | Science Press | 2012 |
Course Introduction (including teaching goals and requirements) within 300 words:
Acoustics is not only an important branch of physics, but also a highly permeable and cross-cutting applied technology subject. Its main contents include particle oscillation, basic properties of sound waves, radiation and propagation of sound waves, etc. This course is a common professional basic course for acoustics related majors, which benefits students in a wide range. This course lays a foundation for graduate students to study information engineering, underwater acoustic engineering, environmental science and engineering, etc.
Teaching Syllabus (including the content of chapters and sections. A sheet can be attached):
1 Introduction
2 Particle oscillation
2.1 Free vibration of particles
2.2 Attenuated vibration of particle
2.3 Forced vibration of particle
Basic properties of acoustic wave
Basic concept of sound pressure
Acoustic wave equation in ideal fluid medium
Basic properties of plane wave
Sound energy, sound power and sound intensity
Reflection, refraction and transmission
Interference of acoustic waves
Radiation of acoustic waves in infinite space
Radiation from pulsating spherical source
Radiation of acoustic dipole
Radiation from spherical sound source
Scattering and diffraction of acoustic waves
Scattering of plane waves by a cylinder
Scattering of plane Waves by a sphere
Diffraction of rigid screen and wedge
Sound propagation and sound field
Fundamentals of wave acoustics
Fundamentals of ray acoustic
Reverberation and Noise
7 Examples of acoustics
Teaching Schedule:
Week | Course Content | Teaching Method |
1 | 1. Introduction | Lecturing |
2 | 2. Particle oscillation: Basic concepts, free vibration of particles | Lecturing |
3 | 2. Particle oscillation: Attenuated vibration of particles | Lecturing |
4 | 2. Particle oscillation: Forced vibration of particles | Lecturing |
5 | 3. Basic properties of acoustic wave: Basic concept of sound pressure, acoustic wave equation | Lecturing |
6 | 3. Basic properties of acoustic wave: Basic properties of plane wave, sound energy, sound power and sound intensity | Lecturing |
7 | 3. Basic properties of acoustic wave: Reflection, refraction and transmission at vertical incidence | Lecturing |
8 | 3. Basic properties of acoustic wave: Reflection, refraction and transmission at oblique incidence, interference of sound waves | Lecturing |
9 | 4. Radiation of acoustic waves in infinite space: Radiation from pulsating spherical source | Lecturing |
10 | 4. Radiation of acoustic waves in infinite space: Radiation of acoustic dipole | Lecturing |
11 | 4. Radiation of acoustic waves in infinite space: Radiation from spherical sound source | Lecturing |
12 | 5. Scattering and diffraction of acoustic waves: Scattering of plane waves by a cylinder | Lecturing |
13 | 5. Scattering and diffraction of acoustic waves: Scattering of plane waves by a sphere | Lecturing |
14 | 5. Scattering and diffraction of acoustic waves: Diffraction of rigid screen and wedge | Lecturing |
15 | 6. Sound propagation and sound field: Fundamentals of wave acoustics | Lecturing |
16 | 6. Sound propagation and sound field: Fundamentals of ray acoustic | Lecturing |
17 | 6. Sound propagation and sound field: Reverberation and Noise | Lecturing |
18 | Examples of acoustics | Lecturing |
Note: 1. Above one, two, and three items are used as teaching Syllabus in Chinese and announced on the Chinese website of Graduate School. The four and five items are preserved in Graduate School.
2. Course terms: Spring, Autumn, and Spring-Autumn term.
3. The teaching languages for courses: Chinese, English or Chinese-English.
4. Applicable range of discipline: public, first-class discipline, second-class discipline, and third-class discipline.
5. Practice includes: experiment, investigation, research report, etc.
6. Teaching methods: lecture, seminar, practice, etc.
7. Examination for degree courses must be in paper.
8. Teaching material websites are those which have already been announced.
9. Brief introduction of chief lecturer should include: personal information (date of birth, gender, degree achieved, professional title), research direction, teaching and research achievements. (within 100-500 words)
Brief Introduction of Chief lecturer:
Name: Han Ning
Sex: Female
Birth date: October, 1981
Professional Title: Associate Professor
Her main research fields are the underwater acoustic signal processing and the active noise control, including the target location and classification, the array signal processing, the active scattering control, the acoustic field modeling and the acoustic propagation analysis. The National Natural Science Foundation of China and the Pre-Research Projects are in progress. She won the first prize of the Ministry of Education for scientific and technological progress and the Young Scientist Award of the 19th International Acoustic Congress. Now she is the member of Jiangsu Acoustics Society council.
Lecturer Information (include chief lecturer)
Lecturer | Discipline (major) | Office Phone Number | Home Phone Number | Mobile Phone Number | Address | Postcode | |
Han Ning | Signal Processing | hanning@seu.edu.cn | 210096 |