Jakeperson
Bluelighter
Ive always enjoyed smoking the stem and getting high off it.
when you smoke, "quality" shards, it usually leaves fuck all IF ANY residue in the stem. Even if you go thru a g+ the weekend.
When you smoke "quality" meth, even just the first toke wouuld leave the stem cloudy. Now why is that ??? My theory is its because Msm (the most common cutter for meth) vaps at lower temp than actual meth. Therefore it cools down way quicker than actual meth too. so by the time the msm reaches the stem it has already started cooling down and recrystalising
oh and btw, footsys never right about her meth![]()
In my experience a more homogenous sample doesn't tend to recrystallise in the stem much or at all.
heddah you mentioned that msn has a lower vapourisng point, but does it have a higher point (higher temp) where it will start re-crystalising? correct me if im wrong but from my memory from science at school, the 'ice' vapours would need to go into a liquid state, then into a solid state to recrystalise. doesnt methamphetamine re-crystalise alot quicker than msn? so even if msn has a higher temp where it can change state, the time it takes for this to happen would be alot longer then the time the vapour is moving through the stem.
heddah you mentioned that msn has a lower vapourisng point, but does it have a higher point (higher temp) where it will start re-crystalising? correct me if im wrong but from my memory from science at school, the 'ice' vapours would need to go into a liquid state, then into a solid state to recrystalise. doesnt methamphetamine re-crystalise alot quicker than msn? so even if msn has a higher temp where it can change state, the time it takes for this to happen would be alot longer then the time the vapour is moving through the stem.
it seems the 'cloud' like residue is the vapours condensing to form a liquid state and is a higher concentration of methamphetamine (most of the time.) but it all depends on how quickly the cutters used in each meth/ice batch can reform from gas to solid.
the white 'clouds' will crystalize (solidify) when you wrap a cool cloth around it and hold it there for short time, or if youadd some heat to the point where the 'clouds' start to sweat then release heat and cool off with cooler damp cloth. (do not let the 'clouds' fully liquify). it forms very sparkly crystals inside the stem
Please correct me if anyone thinks im incorrect
I have a chemistry degree and I agree with everything footscrazy said here. Also what revolve said on the previous page seems correct to me too. If you are talking meth cut with MSM, the meth recrystallises far more rapidly, so it is of course going to recrystallise far more easily on the stem.I would think that anything recrystallising in the stem is mostly going to be something that has a higher freezing point than the rest of the compound - if you have a cutter and meth mixture and the meth recrsytallises at a higher temperature, it's mostly going to be particles of meth that cool down enough in the short time it takes them to get to the stem and recrystallise there. It'll depend what cutters/impurities the sample contains though I would say, whether the stuff in the stem was mostly cutter or mostly meth. In my experience a more homogenous sample doesn't tend to recrystallise in the stem much or at all.
This is not correct if you are referring to MSM.If the meth has a higher melting point than the cut it will also hits it's cooling point quicker in the stem than the cut will = higher meth purity in stem as the cut won't have dropped to a low enough temperature to crystallise on mass comparatively while inhaling.
^ Precisely.If the meth has a higher melting point than the cut it will also hits it's cooling point quicker in the stem than the cut will = higher meth purity in stem as the cut won't have dropped to a low enough temperature to crystallise on mass comparatively while inhaling
I am sorry but this is wrong. Describing compounds such as this as being good or bad conductors of heat is unhelpful. I have never heard it expressed in this way before. MSM will become a solid again when its temperature drops below its melting/freezing point. End of story. Meth has a higher melting/freezing point so as a vaporised or molten mixture of meth and MSM cools, the meth will soldify first, or at least try to. It is pretty simple stuff. The meth recystallises in the stem as the MSM stays a vapour and comes out the other end, its temperature not dropping enough to solidify it.I speculate that MSM is a better conductor of heat and more quickly returns to a solid state.
^ Precisely.
I am sorry but this is wrong. Describing compounds such as this as being good or bad conductors of heat is unhelpful. I have never heard it expressed in this way before. MSM will become a solid again when its temperature drops below its melting/freezing point. End of story. Meth has a higher melting/freezing point so as a vaporised or molten mixture of meth and MSM cools, the meth will soldify first, or at least try to. It is pretty simple stuff. The meth recystallises in the stem as the MSM stays a vapour and comes out the other end, its temperature not dropping enough to solidify it.
If you don't want to smoke the stem then don't. Give it to me instead.
Out of my combined 13 years of being on Drug Forums, you'd be up there with the most incompetent moderator i've ever seen. You use one of the most childish tactics in the book by being blatantly wrong then trying reverse psychology to somehow make me look bad? My sweet baby jesus.
Alas, another uneducated moderator has now turned me off this forum, who hires these dim-wits? First it was lil_angel, now this one? The days of BigTrancer and p_d are sorely missed.
Ive always enjoyed smoking the stem and getting high off it.
i always assumed it was mostly cut built up in the stem cause its weak and tastes like shit.