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Viewing some macroscopic residues under a microscope. These residues will be extracted and filed in a library by the ARCHEM project for future analyses.
Dans le cadre du cour de sciences à Mme Danis, nous allons travailler sur les microscope et voici leur description
L'oculaire : Partie où tu mets l’œil.
Le corps : Maintient la distance qui convient entre l’oculaire et l’objectif.
La vis macrométrique : Élève ou abaisse la platine pour faire la mise au point sur l’objet.
La vis micrométrique : permet le réglage précis de l’objectif moyenne ou haute puissance.
La portence : Relie le pied au corps.
Le revolver porte-objectifs : Tête pivotante qui tient deux ou plusieurs objectifs et qu’on tourne pour changer d’objectif.
Les objectifs : contiennent les lentilles qui grossissent les objets.
La platine : soutient la lame.
La lentille de champ collectif : dirige la lumière vers l’objet.
Le diaphragme : règle la quantité de lumière.
La lampe : projette une lumière.
Taken with a Microscope and attached DSLR camera... I made them into HDR's but otherwise did not feel like editing them. Sorry.
I used to jerry-rig my 35 mm slr to a tube attached to a child's microscope. Sunlight on the mirror made for a bright image. Scanned photo.
Researcher examining specimen under electron microscope in biotechnology laboratory at IITA Ibadan. (file name: DSC_6657_n)
I was playing with my stereo microscope, and figured I'd look at the surface of my Saleae Logic. It looks like an anodized aluminum case that's been laser engraved. Here you can see the rather crinkly texture of the anodized aluminum, then you can see the little dots they burned into the surface to create the Logic logo. Each dot made a tiny crater in the surface.
(Sorry for the slightly blurry photo- it's much clearer in person, but I don't really have a good way to take clear photos through the lens of the microscope yet.)
This is the "Lens" of a disused Transmission Electron Microscope. Unlike optical lenses, which work because they consist of material with a refractive index that is different to air, this lens is simply a hole in a large coil of copper wire (about a hand-span in width, and about an inch thick). By applying a current to the wire, a beam of electrons flying through the central hole can be narrowed or broadened, similar to the way light beams are altered when they pass through an optical lens. The application of this type of lens in the first working electron microscope won Ernst Ruska the Nobel Prize in Physics in 1986. A fantastic explanation of how these lenses work can be found here .
Experiments with digital camera and old microscope. Interesing for generating backgrounds and abstract compositions.
I found a dead water bear with eggs (?) inside. It was very amenable to being photographed, being dead.
Lomo MBS-2 with reflection setup: Place a white
LED at the pupil of one eyepiece and watch at the other
my best birthday present ever. Should have moved the microscope to a slightly better position but its not looking too shabby
Attempting some macro shot before next Tuesday's Club night ' Tabletop and Macro' Cleaned up my old microscope for a subject. ( it was covered in thick dust )
I like these, almost abstract images, one shot with Olympus E620 and the other with Canon 6D
Further along the wall south of the stairwell are the library's microscopes. You are able to check out keys for their use at the circulation desk with a valid library card.
Download here: play.google.com/store/apps/details?id=com.asd2.RVP2
The best 3D microscope educational app for science students and teachers.
Microscope parts 3D model brings you the best experience for learning the parts of a microscope. It helps a lot in remote practical lessons where teachers can teach biology students through a virtual 3D app like this, or learn by yourself.
Get the most comfortable and easy to use offline based microscope app for android. Its 3D interface of the parts will help you to understand very clearly.
There are many parts of a microscope. As a beginner, students often face difficulties while using the microscope for the first time. Microscope parts 3D model plays the role of a simulator for observing each part and gather more theoretical knowledge before practical use, in a fun and interactive way.
FEATURES:
● Language Support: The app is supporting English and Spanish languages. It will support more languages in the future.
● Easy to use: The app is a highly detailed 3D model for science students. That’s why the app is very easy to understand with a comfortable and easy user experience.
● Detailed: It is also made with a vast amount of details about the parts. Explanation of each component is shown when clicking. As a result, teachers and students both get the necessary information for using the app during classes.
● Interactive UI: Users will get ad-free and stable education of the microscope. This is a microscope parts app with a new interface, and it is optimized for any smartphone.
● Rotate, pan, and zoom: The app can be rotate following the device’s system. You can
pan and zoom the 3D microscope for a better viewing angle and experience.
● Pins: All the parts of a microscope are marked with interactive pins.
● Works Offline: The app can run offline. So the scholars can access it without the use of the internet.