Filament used in a sentence

Filament in a sentence as a noun

If the filament used was thick enough, it would work for hundreds of years, no problem.

The construction of a part tends to be porous, and the inter filament bonds are weak.

You can do this without a special printer - all you need is some carbon fibre/pla filament [1].

Not much hotter than the tungsten filament in an incandescent light bulb.

That's the actual temperature of a filament with the same color.

They die because over time the filament sinters causing grain growth and necking at the edges.

It's only a problem because the LED chips aren't made of carbon or tungsten like filaments are.

It was strangely claustrophobic, you could only see light bulb filament and nothing else.

Recipe: Print one filament cartridge, fill it with remaining filament.

Changing the crystalline structure of carbon is a bit more involved than heating up some filament for a 3D printer.

A single filament, then, would spiral clockwise out from the base of the blade, make a 180-degree turn, and spiral back inwards counterclockwise.

At this level the argument isn't "hey this is as good as carbon fiber" but "hey this is better than regular 3d printing filament"

Repeat until you have several empty filament cartridges.

Alternatively, use the bottle as the bulb, add filament, pump out the air, and put on the cork, but I'm not sure whether that qualifies as a lightbulb in a bottle.

[Edit] Still, 85 degrees is nothing compared to the extreme temperatures that a filament in a regular light bulb experiences.

It's incredibly inefficient, and the filament can reach temperatures of over 3000K.

I think he meant traditional, carbon-filament lightbulb, manufactured to modern standards.

So, I do a little bit of related research in this area:This is typically called a "filament", a "plasma channel", and sometimes described as a waveguide.

However, when the field gets high enough, it ionizes the material, causing a plasma to form, which has a negative contribution, defocusing the filament.

The only problem is that this would produce much greater light pressure in the tip than along the rest of the filament; saber designers would have to take this into account to avoid catastrophic failure.

Well, what happens if you try to create a very bright incandescent lamp is that when pumping so much electricity through a filament and heating it up to incredible temperatures you'll actually start to evaporate the filament.

This is a common failure mode for incandescent bulbs, a part of the filament will get thinner due to evaporation and then the reduced thickness will increase resistance in that section, accelerating evaporation and eventually causing a break.

One way to explain the lunacy of claim 8 to a layperson would be by example: imagine if Edison's patent for the light bulb had covered any possible means of turning electricity into light, rather than a specific method involving a conductive filament in an evacuated bulb.

3D Systems is releasing a printer with a proprietary filament cartridge[0], proprietary interface, and commercial ecosystem of downloadable solid model files[1] into a world that has inexpensive commodity filament spools[2], open interfaces and software[3], and a community of mostly open source solid models[4].