Journal
Scientific and technical journal «Priborostroenie»
UDK62-65, 62-69
Issue:10 (57)
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PERFORMING TEMPERATURE STUDIES WITH SCANNING CONFOCAL MICROSCOPE
Annotation
An attachment for the Zeiss LSM710 laser scanning microscope is designed for investigation of optical characteristics of samples at a temperature from 30°С to 110°С maintained with the accuracy of +/-0,25 °С.
Keywords
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Articles in current issue
- THE RESTRICTIONS IN THE PROBLEM OF CONSTRUCTION OF OPTIMAL ALGORITHM FOR EVALUATION OF TECHNICAL CONDITION OF A SYSTEM
- TECHNOLOGY OF CONSTRUCTION OF ADAPTIVE USER INTERFACE FOR MULTIPURPOSE INFORMATION SYSTEMS AT INDUSTRIAL PLANTS
- AN AUTOMATIC ALGORITHM OF MULTIPLE SMALL TARGET TRACKING AND DETECTION UNDER PRIOR TARGET UNCERTAINTY
- A METHOD OF POSTERIOR ESTIMATION OF CHARACTERISTICS OF FLYING VEHICLE CONTROL SYSTEM
- A METHOD OF SYMBOL SYNCHRONIZATION OF TELEMETRIC SYSTEMS IN TIMEFREQUENCY DOMAIN
- CONDITION AND STABILITY CRITERION FOR ELASTIC SENSING ELEMENT OF HERMETIC CONTACT
- CALCULATION OF MERSENNE MATRICES BY PALEY METHOD
- MODEL OF MICROMECHANICAL GYROSCOPE DYNAMICS BASED ON RING RESONATOR IN ELASTIC SUSPENSION
- GYROSCOPIC STABILIZATION OF TWO-WHEELED MOBILE DEVICES
- AN ALGORITHM FOR GNSS RECEIVER IN INHOMOGENEOUS ATMOSPHERE
- GENERATION OF THE OPTIMAL BOOLEAN FUNCTIONS IN THE ANALOG-TO-DIGITAL CONVERSION USING COGNATE-REALIZATION
- CORRECTION OF IMAGE FIELD CURVATURE FOR LENS WITH RADIAL INHOMOGENEITY OF THE REFRACTIVE INDEX
- EXPERIMENTAL STUDY OF OPERABILITY OF ELECTRONIC EQUIPMENT COMPONENTS ON BOARD OF “MOZHAETS” SERIES SPACECRAFT
- IMITATION MODELING OF ASSEMBLING OF SCREW PAIRS OF MACHINE-BUILDING COMPONENTS BASED ON COMPUTER TOMOGRAPHY DATA
- THE EFFECT OF MANUFACTURING ERRORS IN THE PARALLEL CRANK MECHANISM ELEMENTS ON KINEMATIC ACCURACY OF A CYCLOIDAL REDUCER
- MEASURING SYSTEM FOR ANALYSIS OF OPTICAL CHARACTERISTICS OF COATING
- DEVELOPMENT OF PRIMARY TRANSDUCER FOR COMPARABLE MEASUREMENT OF MECHANICAL PROPERTIES OF MATERIALS
- ABOUT THE POSSIBILITY OF A ONE-STEP METHOD OF LASER MICROSTRUCTURING OF SAPPHIRE SURFACE