SteamPunk Magazine Typewriter Buttons and how to make your own! OK as requested. there actually easier than they look to make, i did do a nice pamphlet on Photoshop buts its about 22 meg and wont resize.anyway Ladies and gentlemen,I proudly present the formal constructional information you require Caution! Parts list Fimo or for our Colonial colleges Sculpty, either black or ivory Brass rings (16mm or 5/8") as many as required A copper pipe olive 15mm our tube with a id of 15mm MDF block with a 16mm hole in (5/8") Small rolling pin or similar device wooden dowel or similar slightly smaller than the OD of the ring a baking tray a cooker preheated to 110c or 230f 1. roll out Fimo or Sculpty to about 4mm thick 5/32", then using the pipe olive cutout your fimo disc's 2. drop the fimo disk into the mdf hole and place the ring on top 3. press the ring with the stick into the fimo (gently) 4. lift the fromer and push the button through. 5.thats basically it, now place on a baking tray and cook them for 30 minutes
Conrad Electronic SE - Your Online Shop for Multimedia, Computers, Cars, Components, Modelling, Batteries & Tools Quantum dot Colloidal quantum dots irradiated with a UV light. Different sized quantum dots emit different color light due to quantum confinement. Researchers have studied applications for quantum dots in transistors, solar cells, LEDs, and diode lasers. They have also investigated quantum dots as agents for medical imaging and as possible qubits in quantum computing. Electronic characteristics of a quantum dot are closely related to its size and shape. Quantum confinement in semiconductors 3D confined electron wave functions in a quantum dot. Main article: Potential well In a semiconductor crystallite whose size is smaller than twice the size of its exciton Bohr radius, the excitons are squeezed, leading to quantum confinement. Splitting of energy levels for small quantum dots due to the quantum confinement effect. Fluorescence occurs when an excited electron relaxes to the ground state and combines with the hole. Band gap energy Confinement energy Bound exciton energy Production  and
Victorian Organ Command Desk & Steampunk Home Tour You'll recall I recently visited the Steampunk home of Bruce and Melanie Rosenbaum. During that visit Bruce showed me a partially finished project that I decided really needed a story of it's own when it was completed This is the "Victorian Organ Command Desk" that Bruce commissioned. It's made from bits and pieces of Victorian detritus that Bruce had collected including the carcass of a 19th century pump organ. All of the major components are in fact authentic Victorian antiques, period reproductions, or salvaged items. It took 6 months to build using four different crafts persons to design the desk, restore and modify the antiques, and install the computer systems. The gorgeous clock face on the 'dashboard' is flanked by 6 LCD digital picture frame displays that featured rotating images of Bruce's friends and family. The desktop included an iPhone doc and a document scanner hidden under a leather lined panel beneath the keyboard. Carved and be-geared oaken busts flank the console.
A Visit to a Steampunked Home If you dropped by my house you'd probably be disappointed. Because (with the exception of my office, which is more post-apocalytic than anything else) it's simply not very steampunk. I do have plans, but none have come to fruition. Bruce and Melanie Rosenbaum started ModVic (Modern Victorian) Home Restoration in June 2007 and have now moved onto steampunk Home Design. Bruce's home is a Craftsman style Victorian built in 1901. We'll start the tour in Bruce's kitchen with a lovely Victorian heater restored by David Erickson, a local craftsman and restorer of antique stoves who's workshop is just down the street from my own. Bruce designed and built the fire-back and hearth to compliment the stove and installed the back-lit stained glass windows to brighten the entire kitchen. The hearth is cultured stone done by Brendan Mostecki of Cultured Masonry. The center of the kitchen is dominated by an antique printer's bench topped with engineered quartz stone.
ShiftBrite V2.0 [MTSBR003] - $4.99 : macetech web store Update alert! The new ShiftBrite V2.0 is a redesigned and improved verson of the original ShiftBrite. Here are the major differences: New mounting ears and large mounting holes for easier construction of ShiftBrite projects New silkscreen with better indication of polarity and data direction on both top and bottom Larger power traces for improved power handling and chaining Snazzy deep black solder mask Additional power filtering capacitor All for the same great price! The ShiftBrite is a high-brightness LED module containing red, green, and blue elements. Click here for ShiftBrite Documentation & Example Programs ShiftBrite elements feature current control and automatic overtemperature control (an overheating channel driver will shut off until it has cooled). ShiftBrites can be easily controlled by using an Arduino microcontroller. This product is constructed with RoHS-compliant components and lead free solder. The ShiftBrite V2 is currently constructed with leaded solder.
Ecuaciones de Maxwell Las ecuaciones de Maxwell son un conjunto de cuatro ecuaciones (originalmente 20 ecuaciones) que describen por completo los fenómenos electromagnéticos. La gran contribución de James Clerk Maxwell fue reunir en estas ecuaciones largos años de resultados experimentales, debidos a Coulomb, Gauss, Ampere, Faraday y otros, introduciendo los conceptos de campo y corriente de desplazamiento, y unificando los campos eléctricos y magnéticos en un solo concepto: el campo electromagnético. Desarrollo histórico de las ecuaciones de Maxwell[editar] Desde finales del siglo XVIII diversos científicos formularon leyes cuantitativas que relacionaban las interacciones entre los campos eléctricos, los campos magnéticos y las corrientes sobre conductores. Maxwell se dio cuenta de que la conservación de la carga eléctrica parecía requerir introducir un término adicional en la ley de Ampère. Exceptuando la modificación a la ley de Ampère, ninguna de las otras ecuaciones era original. Ley de Gauss[editar] y
Search: steampunk We have written about a couple of Steampunk gadgets before. These were the Steampunk Nerf Maverick Gun and a Steampunk Furnace Mouse. Both look cool and this next one is no exception. I have to admit that it’s not something I would ever wear to a party, but it is still quite cool to see. For those who are not familiar with what Steampunk is, it is the process of building a modern day gadget type object with a Victorian look and normally made or brass, wood and other materials commonly used in that era. <a href =" >polls</a> – <a href =" >Take Our Poll</a> Via: Flickr