Solidification used in a sentence

Solidification in a sentence as a noun

You lose flavor from the solidification process but the end result is all from the orange.

Some kind of object or words, a "solidification of intent". This can be a garment or some specific movement too.

> You lose flavor from the solidification process but the end result is all from the orange." All from the orange" is a clever conceit.

I think the oxygen prevents solidification which is what stops the object from sticking to the screen they project the image on to. By the looks of it the oxygen just diffuses from the air through the screen.

They're not future proofing against exploits, they're merely a solidification of what you knew about your attack surface at a time.

In addition, term lengths could be placed on more than government roles to prevent excessive solidification of rules and procedures.

Power solidification is just one dimension. Sort of a tangent but California can't even ring the shitty bart around the bay.

Objects are difficult to gargle when they're below their solidification point. Off-topic: Would it be accurate to describe non-frozen ice cream as "molten"?

After reading PG's most recent article, a couple things he pointed out seemed like a solidification of what you and I are thinking. Particularly, the last section: 'Faster Advances'.

This group does these cool single track experiments where you can follow along with synchrotron x-rays and get really good structural data through the whole solidification process. So it’s more basic materials science than applied at this point.

Tap into the geothermal from Yellowstone also and we might be seeing the solidification of permanent US hegemony

Outside of cults, 2 examples: A good example of the group solidification mechanism is in the parallel with US politics where people in either sides think it's the other side that polarises politics." I'm not an extremist you are".

That's really, really fast solidification. I'd be worried about inadvertently sinking in or brazing the landing legs into the pad and making takeoff impossible.

Even mathematical notation is less fluid than mental models, because they presuppose the terms of reference, which is a solidification of a model, which makes it harder to even visualize the problem in other terms. BTW: lisp is more fluid than java, but less fluid than mental models.

I find that the black, gay, indigenous, movements of the 50s, 60s, 70s and so - that is, before the solidification of "woke" ideology, had much more coherent demands and narratives. In fact, society wise, they were much more militant too, and in periods when it was actually costly to be in favor of those causes.

The solidification rate of the melt-pool is generally very rapid, giving small and homogeneous grain structure, but there can be all sorts of problems with residual stresses in the part.

This is the logical next step part of a much longer trend on Wikipedia, that of the solidification of power in the hands of a few, which has been happening with the editing for some time.

I would also imagine the very quick solidification also prevents larger crystal formations. Crystal growth itself can also lead to separation of the metals and the extra few seconds or more of a half-liquid state solder could represent decades or more worth of crystal growth in ambient temperatures.

Sometimes a nice refactor merge drags forever because the understanding of the fix/task you're working keeps changing until solidification, if it is an extensive refactor then it's more work to keep up with updates and conflicts.

Rechargeable batteries have limited cycles due to problems, mainly solidification or breakdown of electrolytes that prevent restoration, but there are others like mechanical effects. Most "Non-rechargeable batteries" can actually be restored as well in the same sense of those labeled as rechargeable ones, but usually have a much lower cycle count due to these effects.

The issue is that it's _really_ hard to come up with a geologically plausible mechanism that would allow 1km of vertical solidification over a significant area in only 10 years that's also compatible with the liquid outer core existing at all. The paper proposes that it's constantly growing and eroding so the net gain/loss is essentially 0, but again, how do you explain that rate of 1km of solidification in 10 years geologically?