View allAll Photos Tagged electronic
The Macro Monday challenge for Monday the 4th is "gift."
Since we could not get together with our son, who lives across the country, we gave him seven days of electronic gifts, one each day, starting on the 25th.
Leica ME Voigtlander Nokton 40mm F1.4 classic. © rights reserved. This photograph is Copyright and may NOT in part or in whole be reproduced in any electronic or printed medium without prior permission from the photographer.
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Strobist: AB1600 with gridded 60X30 softbox overhead. Triggered by Cybersync.
Ceramics are widely used in electronics (chip packages, insulators, capacitors, resistors, inductors, fuse blocks, etc.). Here are just two examples. Ferrite is a ferromagnetic ceramic used for making things like inductors, transformers and chokes. The bulge you often find on the power or data cord to one of your computer, stereo or television devices is a piece of ferrite around the cord that blocks high-frequency signals picked up by the wire from interfering with the electronics. The two ferrite rings in this photo are about 30mm/1.2" across.
The white ceramic insulating spacers hold the fixed and the rotating sides of the variable capacitor apart from each other.
In-camera focus-stacking.
Testfilm / Funktionskontrolle, Frame: GIMP
abstract digital art
I created this with an online application called DeepArt (depart.io). Note the application didn't work well with Safari on my Mac, but it worked well with Firefox.
You can upload a photo and use one of the suggested "styles" on the site or you can upload your own styles.
I first played with the site's styles and then started to upload my own, experimenting mostly with realistic images and abstract styles from my archives to see what kinds of contrasting images would work together.
The original image was a snowflake I created virtually at snowdays.me --Find more info on making your own virtual snowflakes in the comments under this image: www.flickr.com/photos/cj_proartz/15760904019
The style was an electronic circuit board like one you might find inside a computer. (This was a style provided by DeepArt.)
Sometimes DeepArt results are super interesting and other times, the style overwhelms the original image or just doesn't go well with it.
After creating my image at DeepArt, I used Photoshop to enhance it and change the colors. I also added another copy of the snowflake without a background on a layer above everything else and lowered the opacity just enough to increase the illusion of a snowflake without obliterating the circuit-board patterns.
Made especially for the Award Tree Challenge # 192 -
"MONITOR MADNESS"
www.flickr.com/groups/awardtree/discuss/72157713568756282...
Seems to be a prerequisite for many meetings nowadays.
Pulsa L y F11 y disfruta // Click L and F11 and enjoy
Mil gracias por pasar a ver mis fotos y un millón por comentar.
Thanks for stopping to see my photos and a million for commenting.
©Reservados todos los derechos. No se permite el uso, reproducción o duplicación incluyendo electrónico sin el consentimiento por escrito.
All rights reserved. No use, reproduction or duplication including electronic is allowed without written consent.
In the last year or two, electronic billboards and other similar display points have become quite a thing here in the UK.
The fella who's job it is to turn up at the more traditional billboard, with his rolls of paper, ladders and paste brush, must now be thinking, his days are numbered.
It wasn't something I gave much thought to until the last couple of days, when I realised just how versatile these devices can be.
Not only can you run a series of advertisements on the same board, you can also quickly put out a public message or tribute!
A cityscape with slender skyscrapers inspired by Le Corbusier, or maybe just an old circuit board with heat sink and transformer through a macro lens.
A bit of playing around with graduated filters in Nik Color Efex to add the ominous sky.
So here is my new look at the Great Nebula in Orion, this time made with narrowband filters and mapped color. Because the nebula is so bright a good image is possible with only seconds of integration - even in my bright skies here in Phoenix. But because it is so bright, it is also an opportunity to study the detailed structures of the nebula by making very long integrations. So this image was created from nearly 30 hours of integration time over several nights. That cluster of bright, young stars in the blue (oxygen emission) part of the nebula is the Trapezium cluster, the center of a stellar nursery where new stars are being born. These stars are lighting up the entire nebula which is roughly 25 light years in diameter - in angle, about the size of two Moons in Earth’s sky.
I feel so lucky that an infinitesimally small fraction of the photons created in this nebula travelled for such a long time (1500 years) through space and found their way into my tiny 6 inch telescope and onto my camera’s sensor. They subsequently produced an electronic signal that was recorded on a bit of silicon and finally rendered into an image viewable by our eyes and brains by even more silicon based devices. This all seems like a miracle to me.
And when we look at the image overall we see colors representing the different kinds of atoms in this amazing structure. These colors are not the colors we would see with our eyes if we were in a spaceship close enough to see colors with our unaided eyes. This image was made by assigning red, green, and blue colors to monochrome images made through filters that admit only a very specific color. Those filters are designed to pass photons coming from the atoms of sulfur, hydrogen, and oxygen. In the image here, yellow is a mixture of hydrogen and sulfur, red is mostly sulfur, and blue and shades of blue is oxygen. The molecular clouds and dust in the sky background are mostly a reddish brown.
Jeudi 20 Juillet 2017 – Pate, crème et lardons. Lardons on en a au moins 6 qui courent autour de la table. Crème on a... une belle famille, le gratin, la crème quoi, Et pour la bonne pâte c’est pareil, on a aussi, convivial, intéressants, drôle. Bref, la soirée parfaite, merci Sarah, merci Arnaud, merci les enfants.
Size 5656 × 3950 DSC_1692
High ISO Shots, taken during the May-Night-Market at Tilburg City, The Netherlands 2018. For more see the album on Flickr:
www.flickr.com/photos/robica_photography/albums/721576960...
Or on my Instagram account for all available photo's on this topic: www.instagram.com/robica_photography
What I show, are low quality files, for quick viewing only.
Original, HQ photograph, available. For more info:
robica.photography@gmail.com
Red Flag 17-1: Jan. 23 to Feb. 10, 2017
Las Vegas - Nellis AFB (LSV / KLSV)
USA - Nevada, February 7, 2017
Photo: TDelCoro
Department of Electrical Engineering & Electronics building,
University of Liverpool, Brownlow Hill.
built : 1965
architect : YRM
style : modernist
COPYRIGHT © Towner Images 2020
Sturgeon Moon - 2 (of 7) - Olympus OM-D E-M10 Mark II with Olympus Zuiko 70-300mm 1:4-5.6 ED Zoom (FT mount & FT-MFT electronic adapter) - Photographer Russell McNeil PhD (Physics) lives on Vancouver Island, where he works as a writer.
Welcome Back Flickr!
From The Archive - January 2018
Chrome In The Valley
Bronica SQAi | Kodak Ektar 100
Three EA-6B Prowlers belonging to each Prowler squadron aboard Marine Corps Air Station Cherry Point conducted a "Final Four" division flight aboard the air station March 1, 2016. The "Final Four" flight is the last time the Prowler squadrons will be flying together before the official retirement of Marine Tactical Electronic Warfare Training Squadron 1 at the end of Fiscal Year 16 and the eventual transition to "MAGTF EW". MAGTF EW is a more distributed strategy where every platform contributes to the EW mission, enabling relevant tactical information to move throughout the electromagnetic spectrum and across the battlefield faster than ever before.
(U.S. Marine Corps photo by Cpl. N.W. Huertas/Released)