#Power-Electronics

[icecomponentsinc]

Custom Solutions and Designs at ICE Components, Inc.

ICE Components, Inc. has great flexibility in our production enabling us to support any magnetic needed for today’s advanced power electronics. Capabilities include Input Filters, Offline Transformers, Gate Drive Transformers, Current Sense Transformers, Reactors, Output Inductors and Programmable Hall-Effect Current Sensors.

[technological-existentialism]

angel

[womenofnoise]

WOMEN OF NOISE FOR PALESTINE

41 tracks from great experimental artists. All proceeds will be donated to the Palestinian Children's Relief Fund. Listen and purchase HERE:

As always, thank you for your support!

[postpunkindustrial]

Merzbow

[possible-streetwear]

PHARMAKON -  Margaret Chardiet

[korg-ms20]

Whitehouse, circa 1994

[wikipediapictures]

Power Mac G4

“Apple PowerMac G4 M8570 (“Mirrored Drive Doors" model)” - via Wikimedia Commons

[fromcradletograve]

[acelerada-acelerada]

In search of death

ACELERADA (Valentina Artaud)

[thegroovyarchives]

70's Spartus Daisy Wall Clocks (via: Etsy/newspapers.com) (x)(x)

[vhs-80]

Martin Mistretta, from American Showcase Vol. 3 (1980)

scan

[answeringeverything]

what actually is fire? like physically? i know it's from a combustion reaction, but that doesn't explain what it physically is. my guess would be rapid vibration of molecules, or the breaking of chemical bonds?

Good question!

Fire is indeed a chemical reaction (the breaking of chemical bonds), often called a combustion reaction, that generates enough heat (the vibration of atoms and molecules) to sustain itself, so long as it has fuel. Most of the time, combustion reactions require an oxidant as well. (Oxidants are a class of chemical that are very accepting of electrons and electron bonds…so-called because oxygen is the most common here on Earth. We’ll get to how they work in a sec.)

Let’s take wood as a basic example.

As you can see, wood is primarily composed of chains of carbon and hydrogen (called hydrocarbons)

(Biochemists are weird and don’t always label the carbons, just because they’re so common in biology—basically any “unlabeled corner” in the above diagrams represents a carbon.)

When a particular section of the wood is exposed to a point of high heat and oxygen, the agitation of all that heat energy will allow the oxygen (already very electronegative, or accepting of chemical bonds) to literally tear the hydrogen and the carbon away from each other in order to bond with them instead (like a jealous dance partner), creating water vapor and carbon dioxide, respectively.

But, when hydrocarbons are torn apart, they release some of the energy contained in the electrons that form their bonds, thus creating heat. This heat happens to be enough to cause nearby sections of the wood to also undergo combustion, and the process thus can spread through a matchstick, campfire, or forest.

A similar process occurs, albeit at differing rates, in pretty much every combustion reaction. (The gas in your car, for instance, combusts much faster.) All you need is a fuel that contains energy in its bonds in a format that a nearby oxidant can release, and a spark to get the party started.

[womenofnoise]

Pharmakon by Ashley Markle for Wire, September 2024.

[possible-streetwear]

PHARMAKON -  Margaret Chardiet

[postpunkindustrial]

Club Moral - Cross of the Good Death cassette

Some Industrial/Power Electronics group from Antwerp.

Active in the early scene they operated a venue and published the influential zone Forcemental.

Old school transgressivski mc shockenstein industrial/Power Electronics.

Get it from my Google Drive HERE