Showing papers on "Scanning ion-conductance microscopy published in 1976"
184 citations
01 Jan 1976
44 citations
Book•
01 Jan 1976
TL;DR: In this article, the authors discuss the role of electron microscopy in the study of materials and their applications in the field of computer vision and artificial intelligence, and propose a framework for their work.
Abstract: Electron microscopy in the study of materials , Electron microscopy in the study of materials , مرکز فناوری اطلاعات و اطلاع رسانی کشاورزی
23 citations
19 citations
TL;DR: In this article, the electronic gating of the video signal, which synchronizes with the sinusoidal drive magnetic field, is used to obtain stroboscopic images and preliminary observations of the dynamic response of the magnetic domain in Fe-Si samples are also described.
Abstract: Electronic gating of the video signal, which synchronizes with the sinusoidal drive magnetic field, is used to obtain stroboscopic images. Preliminary observations of the dynamic response of the magnetic domain in Fe-Si samples are also described. This simple technique is easily applicable to the conventional scanning electron microscope without any reconstruction of the electron optical system.
14 citations
14 citations
11 citations
11 citations
Journal Article•
TL;DR: A sample preparation technique was developed for observing the orientation of collagen fibers in the lamellas of human osteonic bone by means of scanning electron microscopy and scanning electron micrographs of these fiber orientations are given.
Abstract: A sample preparation technique was developed for observing the orientation of collagen fibers in the lamellas of human osteonic bone by means of scanning electron microscopy. Scanning electron micrographs of these fiber orientations are given in the text.
Journal Article•
TL;DR: A procedure yielding sections of unembedded biological samples for observation by scanning electron microscopy yields cleanly cut surfaces through cells and cytoplasmic organelles which are retained in their normal position.
Abstract: A procedure yielding sections of unembedded biological samples for observation by scanning electron microscopy is described. Sections of samples, fixed and hardened in OsO4, were obtained in quantity with a tissue sectioner. Subsequent treatments to osmium-coat cut surfaces were employed prior to critical point drying. The procedure yields cleanly cut surfaces through cells and cytoplasmic organelles which are retained in their normal position. Sections of apple leaf and mouse kidney are illustrated. Sections can be readily cut in a desired plane with less structural damage than is typically encountered by other sectioning or dissection techniques.
TL;DR: This annotation gives details of a method that gave accutrate replicationi of enamel when eamiincld both loss and highl magnification, embedded in plastic peel boxes anti acetone.
Abstract: This annotation gives details of a method that gave accutrate replicationi of enamel when eamiincld witlh both loss and! highl magnification. rhe proceduce re(ljiires the uise of vinyl resin,\" embeddIng plastic peel boxes anti acetone. A hlonogexicotns mixttire of acetonie anid 'vinyl tesini, 1: 1, is preparedl Iv shaking for onetoV two dlays. The pi-ocecltitie retliires whfat each W specinicti he placed separately in a plastic peel box. Pouti the lionsogertecous inixturye over the surface to be replicated until it is covered. Firanisfeto a vacuums clhamber anid leave thle s specimern for 24 hours. Strip the vinyl resin.
01 Jan 1976