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3 Lenses 4X - 20 X and 60 X. Zoom is from 40X to 1200X. Unknow brand. Seems to be a copy of an "Sans & Streiffer" hobby microscope from the seventies. It costed me only a couple of euro's in a flea market. It weights 870 gram and is "Made in Japan" and most parts are in metal and not in plastic ...
A Siemens Transmission electron microscope from the 1950s
Museum object at the Anatomy dept. of the University Basel, Switzerland.
Phonecam
Les rotifères sont de minuscules organismes pluricellulaires de quelques dizaines de micron. Ils sont dotés de deux couronnes ciliées qui créent un courant d'eau vers la bouche, apportant les particules nutritives. Cette vidéo montre l'activité ciliaire continue de l'appareil rotateur. Cet individu "Brachionus sp." (identification sous réserve) est doté d'un pied portant une glande adhésive qui permet à l'animal de se fixer. Lors des déplacements, afin d'éviter qu'il ne soit entrainé par son propre courant d'eau, son appareil rotateur peut se replier dans la cavité péribuccale.
Simpatico video de bacteria.
La clasificación de bacterias por medio del microscopio optico, es muy dificil por lo que desconozco el nombre de esta bacteria
La imagen esta grabada en tiempo real, sin acelerar, el movimiento -gracioso- de la bacteria es realmente trepidante
Under the microscope familiar objects reveal bizarre and amazing structures.
credit: Nicolas Ferrando, Lois Lammerhuber
Experiments with digital camera and old microscope. Interesing for generating backgrounds and abstract compositions.
If you put my heart under a microscope
you probably gonna wonder
why it's in such a critical condition.
The walmart gods have blessed me, the poor college student, with a new and affordable microscope desk!! Horay, WORKSPACE!!
One of many images showing the beautiful and complex arrangement of the crystals in snowflakes. Taken by Dartmouth's Electron Microscope Facility. Learn more at www.dartmouth.edu/~emlab/
Image of a ruler with 10ths of an inch numbered, and hash marks for 100ths of an inch. This shows just over 7 of the hundreths marks.
National Microscope Model 163, with 4x objective and Canon T2i camera mounted on a 2.5x camera adapter.
The 4x objective without the camera has a claimed 4.5 mm field of view. The eyepiece shows .18" across = 4.5mm.
The camera image shows about .075", or about 1.9mm, which shows the 2.5x magnification of the photo adapter.
Without the adapter it is a 4.5mm field of view, 40x magnification. So I think the camera adapter makes that 100x magnifiation?
But the key is pixels per mm...
Esto son fotografias en HDR recortadas y seleccionadas/ This are pictures in HDR, handpicked and croped to exclude the eyepice
A laser cut microscope which was a part of my Paper Lab exhibit.
BA (Hons) Art & Design (Interdisciplinary) Final Degree Show, Leeds College of Art.
The Transmission Electron Microscope (TEM) at the William R. Wiley Environmental Molecular Sciences Laboratory at the Pacific Northwest National Laboratory is used to image metals, ceramics, minerals, nanostructured materials, and biological-related materials and tissues at atomic-bond-length resolution.
For more information, visit Environmental Molecular Sciences Laboratory.
Terms of Use: Our images are freely and publicly available for use with the credit line, "Courtesy of Pacific Northwest National Laboratory." Please use provided caption information for use in appropriate context.
Représentants les plus primitifs des annélides oligochètes ( vers possédant des soies), Aeolosoma possède un corps muni de soies latérales et coloré par des cellules glandulaires épidermiques qui consistent en une vacuole remplie d'un liquide dont la couleur varie selon l'espèce : rouge, vert, bleu-vert, jaune ou parfois incolore. Dans le monde, il existe une trentaine d'espèces réparties dans trois genres (Aelosoma, Histricosoma, Rheomorpha).
0227-42
An interesting look at everyday things.
I bought a cheap USB powered Microscope and then started exploring. Some of the images were very unexpected so I thought I would post a few.
2015
(Photograph under a microscope taken by an Oxford group member, perhaps Nick Thomas or Michael "My middle initial W. stands for Tungsten" Curtis)
This minature ion trap at Oxford, manufactured by Sandia National Labs, has trapped several ions for short periods of time. The small electrode to ion separation of about 100 microns leads to anomolous heating of the ions in the absence of cooling radiation. Worldwide, ion trap groups are focused on solving the surface science mysteries of making clean traps out of materials that don't exhibit this heating.
The two thin horizontal lines in the very middle are radio-frequency electrodes that form a linear Paul trap. The paired edge electrodes control ion position and movement.