filmov
tv
Olympus Microscope Condensor Aplanat Achromat 1 4
Показать описание
Olympus Microscope Condensor Aplanat Achromat 1.4 @Microscopes
On upright microscopes, the condenser is located beneath the stage and serves to gather wavefronts from the microscope light source and concentrate them into a cone of light that illuminates the specimen with uniform intensity over the entire viewfield. Inverted (tissue culture style) microscopes mount the condenser above the stage and specimen on a frame pillar. It is critical that the condenser light cone be properly adjusted to optimize the intensity and angle of light entering the objective front lens. Each time the objective is changed, a corresponding adjustment must be performed on the condenser to provide the proper light cone to match the numerical aperture of the new objective. The size and numerical aperture of the light cone is determined by adjustment of the aperture diaphragm as outlined in this tutorial. After passing through the specimen, the light diverges into an inverted cone with the proper angle to fill the front lens of the objective.
#MicroscopeCondensor
#OlympusMicroscopeCondensorAplanatAchromat1.4
##OlympusMicroscope
On upright microscopes, the condenser is located beneath the stage and serves to gather wavefronts from the microscope light source and concentrate them into a cone of light that illuminates the specimen with uniform intensity over the entire viewfield. Inverted (tissue culture style) microscopes mount the condenser above the stage and specimen on a frame pillar. It is critical that the condenser light cone be properly adjusted to optimize the intensity and angle of light entering the objective front lens. Each time the objective is changed, a corresponding adjustment must be performed on the condenser to provide the proper light cone to match the numerical aperture of the new objective. The size and numerical aperture of the light cone is determined by adjustment of the aperture diaphragm as outlined in this tutorial. After passing through the specimen, the light diverges into an inverted cone with the proper angle to fill the front lens of the objective.
#MicroscopeCondensor
#OlympusMicroscopeCondensorAplanatAchromat1.4
##OlympusMicroscope
0:01:25
Olympus Microscope Condensor Aplanat Achromat 1 4
0:01:47
Olympus Aplanat Achromat NIC/PHASE CONTRAST MICROSCOPE CONDENSER
0:01:56
Olympus microscope BH2-SC swing out - flip top condenser 0.9 NA BHS
0:01:17
How to remove a CX series microscope condenser
0:00:56
Olympus AH AAC oblique illumination Condenser on the BH 2
0:06:43
Detail In Bacteria With Olympus BH-2 Light Microscope
0:00:24
Aplanatic condenser
0:04:09
DVD Oblique Technique
0:00:21
Newly modified PlasDIC vs little Ms. Rotifer
0:00:37
A super simple way to add a 3D-ish contrast to your slides
0:08:21
Chicken Egg Under The Microscope - Dark Field, Oblique Lighting and DIC Microscopy Techniques.
0:01:10
'The Scavenger' Euglena inside of a dead Lapadella Rotifer under Brightfield
0:00:36
Ostracod, broken and alone
0:00:45
Not really sure what this is...
0:00:07
Olympus plate adapter range of movement
0:00:07
Iris Diaphragm
0:02:35
Microscope, Oblique Illumination - Configuration
0:01:32
Olympus BH-2 Microscope ID 17653
0:02:58
A big Rotifer using simultaneous darkfield and DVD contrast lighting
0:01:21
The Bacteria Hord from a dog's water bowl
0:00:13
Stephanopyxis corona diatoms
0:01:15
A good look at the inner workings of a Rotaria tardigrada
0:00:21
Microscope Circular Polarizer test - Above Condenser
0:02:15
First oblique illumination try under compound microscope
Комментарии