Cool ice formations my friend discovered on his deck this morning
twitter.com
twitter.com
https://news.ycombinator.com/item?id=2089306 (148 points | Jan 10, 2011 | 13 comments)
https://news.ycombinator.com/item?id=26121775 (261 points | 11 months ago | 21 comments)
Anyway, from one of the comments I got this video "Extruding Ice From A Steel Pipe- Time Lapse" https://www.youtube.com/watch?v=nbiEfr5FxEA
https://web.archive.org/web/20190216145020/http://my.ilstu.e...
Any tower type with hollow legs can see this problem if not installed right.
Seen with small Rohn 45G class towers that are put up by amateurs.
Super cool though.
I've always thought it would be cool to have containers that are designed to extrude it so that before a storm comes you could fill them with water and have a transient art thing happen.
I think that the temperature requirements are rather specific, so you might also need some kind of temperature control widget to make it happen more reliably.
Wonderful bit of Gitchhiker's Guide to the Galaxy-esque comedy.
Because it is snowing an ice cap can form on top of the rail, and if the railing is warmer than freezing (for example if the air is above freezing), then heat can be transferred to the bottom of the ice cap, and water can come out the sides of the ice cap? Edit: leaving a layer of water under the icecap? Although cap would slide off if it were completely liquid under cap?
Aside: I saw something similar recently while I was playing with a Himalayan salt block candle holder, placed on a plate, placed on a wood burner. Wetting the outside of the holder with a sprayer causes the salt to dissolve and the brine pools in the plate. As the brine pool dries due to the heat, salt forms an impermeable crust on the pool, and then the brine dries from the edge of the pool. The dried salt slowly extends over the plate, and it then goes over the edge of the plate and the salt dries on the underside of the plate. The heat of the wood burner speeds up the process. I originally saw the process happen to the salt block over months of time while it was sitting on a dish, sitting in an environment that is sometimes humid and sometimes dry. Edit: image https://im.ge/i/XfAm8P
What could explain this? I could understand if there were more snow or ice in the shadow, as the ground would be colder there, but why would there be less?
I might’ve guessed something could be fabricated or 3-D printed and thrown in the freezer on a small scale, but I didn’t notice anything in a cursory Google search…
Thank you!
What is this? Why is it so much faster, and mobile friendly layout than either Twitter.com or their mobile app? And why does Twitter.com spam me with an overlay telling me to use the mobile app before I can see a tweet? Why do they care so much about me using the mobile app that I get spammed everytime I click a twitter.com link, only on mobile?
{
match: ({ url }) => url.host === 'twitter.com',
url: ({ url }) => {
return { ...url, host: 'nitter.net' }
},
},
It goes along quite nicely with my `medium.com` to `scribe.rip` rule: {
match: ({ url }) => url.host.endsWith('medium.com'),
url: ({ url }) => {
return { ...url, host: 'scribe.rip' }
},
},
(It should be possible to make it pick a random list from nitter mirrors.)EDIT: Improved version that picks from random nitter redirectors (https://github.com/zedeus/nitter/wiki/Instances#third-party-...). It needs the following declared at the top of the `finicky.js` file:
const NITTER_HOSTS = ['twiiit.com', 'twitit.gq']
const nitterHost = () => NITTER_HOSTS[Math.floor(Math.random() * NITTER_HOSTS.length)]
Then the rewrite rule is: {
match: ({ url }) => url.host === 'twitter.com',
url: ({ url }) => {
return { ...url, host: nitterHost() }
},
},Edit: Here's the config I use to twitter -> nitter
Redirect: https://twitter.com/\*
to: https://nitter.net/$1
Hint: Any word after twitter.com leads to nitter
Example:https://twitter.com/some-username → https://nitter.net/some-username
Applies to: Main window (address bar), IFrames
That got me wondering what other frontends there are for popular sites, and though I don't use reddit, I know a lot of folks do, so this should work for a thing I just found called 'teddit' which is inspired by Nitter Redirect: https://reddit.com/*
to: https://teddit.net/$1
Hint: Any word after reddit.com leads to teddit
Example: https://reddit.com/u/some-username → https://teddit.net/u/some-username
Applies to: Main window (address bar), IFramesGoogle seems to periodically block me outright, sometimes I can get around it by switching servers but it becomes infuriatingly obvious the high percentage of sites that integrate and depend on Google (fonts, CDNs, map apis when there isn't even a frickin map in the page)... when everything just hangs on foo-api.google.com you start hating Google.
This looks more like ice created from water freezing inside something and being extruded through cracks or holes.
Wind conditions there must me interesting.