Titlebook: Acoustical Holography; Volume 5 Philip S. Green (Program Manager, Ultrasonics) Book 1974 Springer Science+Business Media New York 1974 Abso

integral

How the Atomic Force Microscope Works light due to ultrasound scattered from the object viewed. These authors immersed the object viewed in water to aid the conduction of scattered sound into a light/sound interaction region. More recent published work also concerned immersed obj ects.. The work reported here extends previous results t

描绘

Olga I. Kiselyova,Igor V. Yaminskyports recent developments regarding improving the resolution and regarding operating the microscope in the “interference” mode. The principle of operation of the acoustic microscope is based upon optically measuring the localized dynamic displacements of a mirrored surface which are caused by incide

muscle-fibers

Pastry

ALD Precursors and Reaction Mechanismsdiance of the image of the surface. The methods are an extension of conventional interferometric holography, including time averaged holography of sinusoidal vibration, double pulsed holography of sinusoidal vibrations or general displacements, time averaged holography of linear motion, and real tim

Assemble

OWL

Cheol Seong Hwang,Cha Young Yoothe extremely near field of the object and the imaging, itself, is accomplished in a thin liquid layer containing 1 µm polystyrene spheres. The response of the spheres to the “radiation pressure” of the acoustic fields traversing the liquid layer permits the spheres to condense into a pattern which

conflate

脆弱吧

推延

极小