#polymer chain

[webdiggerxxx]

꧁★꧂

[liliotl]

CHIBI BEETLEE

I think this one will be a great Keychain

[natureselements]

✨Chain catshark cuties that you can wear during nautical adventures✨ handmade and hand painted, each is unique in their own way🌊 shop here

[sarahvansloten]

Play chain (2024), polymer clay

[youcanbuyasaladglove]

Ok listen I know I condemned shipping aba with the cute girls or whatever a few weeks ago but I think elphelt and aba could be a thing in a “weird girl/weird girl” way. “This if my girlfriend and this is my girlfriend’s husband” kind of way.

[elm-by-the-river]

I just remembered I haven’t been posting all my crafts on here too, so I’ll post at least one, not sure if i have pics of more rn

[johniac]

Attention-Worthy Links for November 30th, 2024

[aquarri]

v proud of these

[whats-in-a-sentence]

The concept is based on the reversible addition of radicals to carbon-sulfur double bonds in thiocarbonyl thio transfer reagents (R-S(C=S)Z (figure 26.26).

"Chemistry" 2e - Blackman, A., Bottle, S., Schmid, S., Mocerino, M., Wille, U.

[tenth-sentence]

CSIRO's RAFT (reversible addition fragmentation chain transfer) technology provides a revolutionary level of control suitable for highly functionalised polymers.

"Chemistry" 2e - Blackman, A., Bottle, S., Schmid, S., Mocerino, M., Wille, U.

[gudmould]

Technical Article] Key Factors to Reduce Residual Stress in Plastic Parts

Preface In design of plastic parts, generation of residual stress has a significant impact on performance and life of parts. Residual stress is internal stress generated during molding process of plastic parts. It mainly includes two types: one is internal stress (flow residual stress) that still exists after external load is removed, the other is internal stress (thermal residual stress) caused…

[otiskeene]

Nexa3D Unveils Nexa AI - An Intelligent Software Platform For Its XiP Pro Industrial 3D Printer

An sophisticated artificial intelligence (AI) platform called Nexa AI has been revealed by Nexa3D, a major supplier of ultrafast polymer 3D printing technology, specifically for their XiP Pro Industrial 3D Printer. This cutting-edge software suite streamlines and automates the complete 3D printing process, from file preparation to post-processing, by utilizing the power of artificial intelligence and machine learning.

The main goal of Nexa AI is to provide users with the print intelligence they need to guarantee reliable and successful 3D printing every time. For industrial and commercial users who need print reproducibility and reliability in their scaled additive manufacturing operations, this functionality is especially valuable. With every print, the AI software gains more efficiency and efficacy, providing users with advantages including automated and streamlined workflows, remote monitoring, and real-time mistake identification, intervention, and correction. Lower labor costs, increased manufacturing yields, less material consumption, and enhanced process repeatability are the end results.

Nexa AI's debut at Formnext, a major additive manufacturing event, signals the technology's potential influence on the sector. Because the software platform actively learns and adapts with every printing job, it marks a considerable divergence from conventional 3D printing methods. Its flexibility makes it unique and guarantees that it will always be in line with the changing needs of the user.

Read More - https://bit.ly/46klUU1

[always-a-slut-4-ghouls]

Me controlling my desire to buy more art products RIGHT NOW because I know I can’t afford to get everything at the same time

[amberschmamber]

Hey sorry, your boyfriend is a single chain polymer now. Just jiggling happily... no he still has not equilibrated yet. sorry

[musicalsiphonophore]

FUN FACT TIME !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

So, when you eat carbohydrates that cannot easily be broken down (by hydrolysis*) into glucose molecules, they don't get released into glucose molecules in your small intestine as would, for example, simpler sugars like sucrose that is only two monosaccharides (single sugars) long.

This means that these carbohydrates reach your large intestine not fully broken down. So, they tend to be fermented by gut bacteria instead. This has the lovely side effect of making one fart, as well as the genuinely lovely side effect of causing gut bacteria to (A) generally be healthier and (B) produce butanoic acid salts (known as butyrates), which are really important to regulate metabolism, and also produces SCFAs and idk what they do but Wikipedia makes it sound like they're good.

This is also why fibres (which is a broad term including things like cellulose*, so non-starch carbohydrates that aren't as easy to hydrolyse) are good for you - because they are a little bit tougher to digest, so they reach your large intestine where they are fermented by gut bacteria rather than simply instantly getting broken down into glucose the second they encounter a teeny bit of amylase.

But it gets even more interesting than that!

Starches that cannot be easily broken down are called Resistant Starches, right? Resistant starches include amylose. Amylose is a long straight chain of glucose molecules, which contrasts with the other type of starch, amylopectin, which has branches.

Because of its branching, amylopectin has a high surface area to volume ratio, so it is easier to digest. Amylose has a lower surface area to volume ratio so it is roughage and is trickier to digest, so it reaches the large intestine.

Also, in plant cells, starch is often stored in granules. What do we do when we cook food? The heat causes granules to expand, start leaking, or even burst completely, thus making our food easier to digest. It is harder to digest if you have to eat through the granule first before you can even START to break down the polymers. Cooking means that often times, the starch is Literally Right There, so it makes the food much easier to digest.

Anyway, stuff that is Really easy to digest, you get the sugar all at once, so it goes into storage or you get super energetic but it doesn't give you a good lasting amount of energy like slower-releasing starches do.

This all explains... like everything that people say about how you need to eat healthy. (Except for the stupid things like that you need to cut carbs.) It explains why fibre helps digestion, why more complex carbohydrates are often healthier than simple ones like sucrose, WHY WE COOK FOOD!!!!!!!!!!!!!!!!! IT'S SO COOL

Explanations for those who are confused by terminology under the cut:

*cellulose is found in cell walls and is a carbohydrate that is really tough since it forms a lattice shape. It is the stuff that makes wood so strong, and also forms part of lignin AKA tree bark.

*Basically, carbohydrates are made of single sugars that bond together by condensation. Condensation reactions are when on the end of two monomers, there is an OH group and an OH group, and then one of the OHs gets removed and another H+ off of the other OH is removed. This means both monomers are then sharing the one oxygen left, and there is a water molecule produced hence the name. Hydrolysis is the inverse of this - when a water molecule is split into OH- and H+ and then it breaks apart a polymer.

[us-the-batfam-blog]

Superman: *uses his microscopic vision* ah I see

Batman: *looks side to side* clark what?

Superman: you have a polymer dissolving on one corner and it’s causing a chain reaction on your suit

Batman’s suit is about to fall off from directly in the middle as a small line is growing and dissolving leading the 2 halves of the suit to detach

Batman: I KNEW IT, also how did you know that?

Superman: I can telescope my vision into microscopic vision, super useful.

Batman: *think thoughtfully how this makes him an extremely useful partner for crime fighting* how good is it

Superman: oh I can see microbes and viruses and stuff. It’s kinda only useful when I focus and whatever but yeah it’s pretty useful.

Batman: *thinking* portable crime lab hn. Portable crime lab yes.

Superman: *waves his hand in front of batman* wakey wakey!

Batman: you are so incredibly useful wow, I understand why Lex wants to have your babies now

Superman: *sputters in shock* BATMAN WHY WOULD YOU SAY THAT!

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