MARC

 008040525s2003        ulka                    000      kor
■020    ▼a89-89103-00-2
■0801  ▼a534
■082    ▼a534▼223
■090    ▼a534▼b윤54ㅁ
■1000  ▼a윤석왕,  김호철,  김민곤,  서상준  외
■24510▼a물리음향학  Ⅱ▼d윤석왕,  김호철,  김민곤,  서상준  외  공저.
■260    ▼a서울▼b아카넷▼c2003
■300    ▼a318p.▼b삽도▼c24cm
■44000▼a대우학술총서▼v493ㆍ논저
■505    ▼a제1장  해수면층  기포들의  음향  특성▼b윤석왕▼c1▼a1.1  서론▼c1▼a1.2  단기  기포의  음향  방출원  및  산란체로서의  역할▼c5▼a1.3  기포군의  음향  방출원  및  산란체로서의  역할▼c16▼a1.4  수중  기포의  음향  탐사▼c28▼a1.5  맺음말▼c53▼a참고문헌▼c55▼a제2장  고체  판에서의  탄성파▼b김호철▼c61▼a2.1  서론▼c61▼a2.2  도파  모드의  분석  방법▼c6400▼a2.3  전단  수평파▼c6911▼a2.4  러브파▼c7322▼a2.5  램파▼c7633▼a2.6  맺음말▼c10144▼a참고문헌▼c10355▼a제3장  소음기의  음향  특성▼b김민곤▼c10566▼a3.1  서론▼c10577▼a3.2  기초  음향  이론▼c10788▼a3.3  고유진동  함수  전개법에  의한  다공성  동축관  소음기  해석▼c13699▼a3.4  분절법에  의한  다공성  소음기  해석▼c14100▼a3.5  대각선화  짝풀림법에  의한  다공성  소음기  해석▼c15011▼a3.6  구멍의  음향  임피던스▼c16822▼a3.7  맺음말▼c16933▼a부록  3-A  :  매질  흐름과  불연속의  4-단자    행렬식▼c17144▼a참고문헌▼c17955▼a제4장  열음향  냉동기▼b서상준▼c18566▼a4.1  서론▼c18577▼a4.2  열음향  이론▼c18888▼a4.3  열음향  기관▼c20799▼a4.4  열음향  엔진의  부품▼c22200▼a4.5  열음향  냉동기▼c23511▼a제5장  레이저와  초음파의  상호작용▼b김영환▼c26122▼a5.1  서론▼c26133▼a5.2  레이저-초음파  기술▼c26344▼a5.3  레이저에  의한  초음파의  발생▼c27255▼a5.4  레이저를  이용한  초음파의  수신▼c29166▼a5.5  맺음말▼c31477▼a참고문헌▼c31688
■9500  ▼c20,000

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