ISNDE :: Achievement

분류	제목	조회 수
International	In situ detection of laser-induced slip initiation on the silicon wafer surface	104265
Domestic	Thermal Damage Characterization of Silicon Wafer Subjected to CW Laser Beam	104315
International	Estimation of Nonlinear Acoustic Parameter Using Bispectral Analysis	104406
International	NONLINEAR BEHAVIOR OF ULTRASONIC WAVE AT CRACK	104823
International	Application of Nonlinear Ultrasonics to the NDE of Material Degradation	105007
International	Detection of Micro-Delamination in Electronic Packaging by Using the Ultrasonic Nonlinearity	105185
Domestic	자동 초점 기법을 이용한 유리 내부 결함 검출	105343
International	Slip damage of silicon wafers subjected to continuous infrared laser irradiation	105407
International	Evaluation of material degrading using nonlinear acoustic effect	105601
International	Advanced Technologies for Estimation of Nonlinear Ultrasonic Parameter	106231
International	Application of Macrofiber Composite for Smart Transducer of Lamb Wave Inspection	106249
International	Nonlinear Ultrasonic Method to Detect Micro-delamination in Electronic Packaging	106417
Domestic	"2.25Cr-1Mo강의 열화도 평가를 위한 비선형 음향효과 응용법"	106631
International	A noncontact NDE method using a laser generated focused-Lamb wave with enhanced defect-detection ability and spation resolution	106744
International	The Detection and Imaging of Internal Defect Using ESPI-Based strain Analysis	106785
Domestic	초음파 비선형 전파특성을 이용한 부분 열화 재료의 평가	106795
International	A nondestructive method for estimation of the fracture toughness of CrMoV rotor steels based on ultrasonic nonlinearity	107056
International	Analysis of Transmitted Ultrasound signals through Apples at Different Storage Times using the Continuous Wavelet Transformation	107089
Domestic	고체-고체 접촉계면에서 경사입사 초음파의 반사.투과 특성분석	107160
Domestic	Cu와 Cu-Zn 합금의 저주기피로 동안 발달한 미세조직 평가를 위한 비파괴기술	107716

태그

나눔글꼴 설치 안내

이 PC에는 나눔글꼴이 설치되어 있지 않습니다.

이 사이트를 나눔글꼴로 보기 위해서는
나눔글꼴을 설치해야 합니다.

✔ 설치 취소

SketchBook5,스케치북5

Impacts of Hanyang's Research :: Nondestuctive Evaluation for Future Safety