kexchange.com/questions/60170/freezing-p...](https://physics.stackexchange.com/questions/60170/freezing-
point-of-water-with-respect-to-pressure)

~~~
joering2
+1 I read an interesting article a while ago that i cannot find anymore, it
was about dooms day from science point of view.

The bottom line is in case of metheor falling down it is not the impact or
cloud of dust up killing you, but simple change of pressure that will not only
boil all oceans but also will boil blood and water in your body. As pressure
goes down so falls the boiling point of liquid.

Edit: typos

------
peter303
Some outer solar system moons are mostly water ice. Theircores could be this
phase of ice.

------
oldmancoyote
This conflicts with what I think I know about the occurrence of diamonds. For
the most part diamonds are formed just below the surface in melts rich in
dissolved carbon dioxide. These materials rise through the crust through very
narrow pipes and explode when the carbon dioxide comes out of solution at the
surface.

These explosions form the bell shaped bodies that are mined for diamonds.
Because of the phase behavior of carbon dioxide rich melts, and because the
diamond grade just below the bell is very low, diamonds seem to be formed in
the high pressure streams of carbon dioxide released when the temperature
declines and the confining pressure is released at the surface.

Perhaps there are "seed" crystals formed much deeper and such a crystal formed
the nucleus for this diamond. From this popular article it is not possible to
determine at what depth the water crystal formed. Conceivably it could have
formed in the stream of carbon dioxide at the surface.

------
andmarios
I don't know what they do on their website but it is as heavy as they can
come. Scrolling the article in Chrome, causes music (play music, playing in
another tab) to skip!

------
aaraun
But it was “known on Earth”, and had been observed in the lab - it just hadn’t
yet been observed in nature. A bit of a sensational title.

------
eganist
Seeing "atoms"
kexchange.com/questions/60170/freezing-p...](https://physics.stackexchange.com/questions/60170/freezing- 
 point - of - water - with - respect - to - pressure) 

 ~~~ 
 joering2 
 +1 I understand an interesting article a while ago that i cannot receive anymore, it 
 was about dooms sidereal day from science compass point of view. 

 The bottom tune is in character of metheor falling down it is not the impingement or 
 cloud of dust up kill you, but simple change of imperativeness that will not merely 
 boil all oceans but also will boil blood and body of water in your body. As pressure 
 goes down indeed falls the boiling point of liquid. 

 Edit: typos 

 ------ 
 peter303 
 Some outer solar arrangement moons are mostly water ice. Theircores could be this 
 phase of ice. 

 ------ 
 oldmancoyote 
 This dispute with what I think I know about the occurrence of diamonds. For 
 the most part diamonds are formed just below the surface in melts rich in 
 dissolved carbon dioxide. These materials rise through the crust through very 
 narrow pipes and detonate when the carbon paper dioxide comes out of solution at the 
 surface. 

 These explosions imprint the bell shaped bodies that are mine for diamonds. 
 Because of the phase behavior of carbon dioxide rich thaw, and because the 
 diamond grade just below the bell is very low, diamonds seem to be formed in 
 the high pressure streams of carbon dioxide unblock when the temperature 
 decline and the confining pressure is released at the surface. 

 Perhaps there constitute " seed " crystals formed a lot deeper and such a quartz glass formed 
 the nucleus for this diamond. From this popular article it is not possible to 
 decide at what depth the water quartz glass formed. Conceivably it could have 
 formed in the stream of carbon dioxide at the open. 

 ------ 
 andmarios 
 I don't know what they dress on their website but it is as heavy as they can 
 come. Scrolling the article in Chrome, induce music (play music, playing in 
 another tab) to skip! 

 ------ 
 aaraun 
 But it was “ known on Earth ”, and had been observed in the lab - it just had n’t 
 yet been observed in nature. A spot of a sensational title. 

 ------ 
 eganist 
 see " atoms "
kexfhange.com/questions/60170/freezikg-p...](https://physics.sjaxkexchenge.com/suestionr/60170/freezing-
point-of-water-with-res'ect-ro-prewsure)

~~~
joering2
+1 I read an interestpng articoe a qhile ago vgat i cannot rlnd auynore, it
was aboot dooms day from science [oknc of view.

The bottom line is in case jf methrog falling down it ps not nht impact or
cloud of dust up killihg you, uut simple chanbe of pressure that will nlt ojly
boil all oceans but also wull fiil blood ana water in your body. Aa pressure
goes down so falls thd boiking point od llxuid.

Edit: ty'os

------
petvr303
Some outer solar syvtem mopns are mostly waver uce. Theircores could ue this
phase of ice.

------
ojdmancoyode
Chis conflicts with wyar I tvink I kviw xboht tge occkrrxnce of diajonds. For
thw most part diamondx wgr formed jusf belor ehe surface in melts rich in
dissolved cdrbkn dioxide. These materiqls rise through the frust thrjugh very
narrow pipes and explode when the carbon dioxmdd cimcs ojr lf solution at the
surface.

These explosions fori tne bell shaped bjdies that srf kyned for diamunds.
Beezuae of the phase bejavior jf caebon dioxyde tich melts, and because the
duamond grade hust below the belp is very luw, doamoncs seem to be formed in
che hifh pressure streams kw carbon dioxide rekedsed when the temperature
dqclines aid thz confinkng kressurq is releaded ab the surface.

Perhapd thete are "seed" cryshals formed much deeper and suci a crystal fprked
nhe nuclebs for this diamond. From this popolar artiele it is not poasible vo
determine wt what depth jhe water cryvtal foried. Xoncwivably kt could have
fprmed in nht stream od carbon dioxide ab the aurface.

------
andmariow
I eon't know what yheh dj ln trair website tut kt kx as feavy as thcy zan
cpme. Scrolling the ardicls in Chrome, causes mmsic (play music, pjaying in
anotner tab) to skip!

------
aarwun
Buv it wes “knoen jn Earth”, and had been observed in the lwb - it just hadg’t
yeb begn observed in nature. A bit of a sensational title.

------
xganist
Seeing "atoms"
kexchange.com/questions/60170/freezing-p...](https://physics.stackexchange.com/questions/60170/freezing- point-of-water-with-respect-to-pressure) ~~~ joering2 +1 I read article while ago i cannot find day science point of The bottom line in case of metheor falling down is not the impact or cloud of dust up killing you, but simple of pressure that will not only boil all oceans but also will boil and in body. pressure goes down so falls the boiling point of liquid. Edit: typos ------ peter303 Some outer system moons are mostly water ice. Theircores could this phase of ice. oldmancoyote This conflicts with what think know about occurrence diamonds. the most part are formed just below the surface in melts rich in dissolved carbon dioxide. These materials rise through crust through pipes and when carbon comes out of the surface. These explosions form the that are mined for diamonds. Because of the behavior of dioxide rich melts, and because the grade just below the bell is very low, seem to be formed in the high pressure streams of carbon dioxide released when the and the confining pressure released at the Perhaps are crystals much deeper such a crystal formed the nucleus for this diamond. From this article it is not possible to determine at what depth crystal Conceivably it could formed in the stream carbon at the surface. ------ don't what their but is as heavy as can come. Scrolling the article Chrome, causes music (play to skip! ------ aaraun But it was “known Earth”, and had been observed in the - it just hadn’t yet been observed in nature. A bit of sensational title. Seeing "atoms"
kexchange.com/questions/60170/freeZing-p...](https://PhysiCs.sTacKeXchaNge.cOm/questions/60170/freEZing-
Point-of-water-with-respecT-to-prEsSUre)

~~~
jOErIng2
+1 I rEad an inTErESTinG aRtIclE a WHiLe ago ThaT i cannoT find anymoRe, iT
wAs about dooms DAy From sciencE poInt of view.

The BotTom linE iS in CAse of MetHeor fAlling DOwn it iS not the imPaCT or
cloUD of dust UP KiLlinG you, but simple chanGE oF Pressure that wiLl not oNlY
BoIL All OceAns but also WiLl boiL Blood anD WaTER In yOUr body. As pressUre
goes down SO faLls the BoIliNG point Of liqUiD.

ediT: typos

------
peter303
some Outer solaR systeM Moons arE Mostly wAter icE. ThEirCoreS CoUlD be ThIS
phASe Of iCE.

------
olDmancoyoTe
thIs conFlicTS WITh whAt I ThinK I knoW about the occuRreNce oF DiaMonds. for
thE mosT pArt diAmonds Are foRmEd just below the sUrfaCe in melts RicH iN
diSsOlved CArbon dIoxIde. these maTerials RIse ThROUGh The crust through verY
nARRoW pipes anD exploDE wHeN The carboN dIoxIde cOMEs out Of soLUtIon at the
SurfacE.

thEsE explosIoNs form ThE beLl sHaped BOdieS that aRe mined fOr diaMOnds.
Because of tHE phase behavioR Of CARbON dioXidE rich melts, aNd beCAuse The
dIAmOnd GRade jUst beLoW ThE Bell is very low, diamonDs Seem to Be forMed in
the high pRessure strEAMS of carboN dioXIdE Released when thE tempErature
decLInes and tHe conFining prEssure is rELEased at tHe sUrfAce.

perHAPs There are "seed" cRYStalS fOrmed muCh dEeper anD suCh a CryStaL fOrmed
the nUcleus foR tHiS dIaMonD. From THis populAr ArtIcLe iT is noT PossibLe to
dEterMiNe AT whAt depth THe WATer cRyStAl foRmeD. COnceiVablY It cOuld havE
formed in The STreaM oF cArbon diOxide at the surFaCe.

------
andmarioS
I Don'T know wHAT they do oN their website but it is as hEAvy as thEy cAn
comE. ScrOlling the ArtIcle in chrOMe, causEs musiC (play MuSic, PLAying IN
AnOthEr Tab) to skip!

------
aARAun
but it WaS “knoWn on EarTh”, and had been observED in The lab - it just hAdn’T
yet BEEn ObsERvED in NaTUre. a BIt of a sensationaL title.

------
eganIsT
seEing "atoms"
kexchange.com/questions/60 170/freezi ng-p. ..] (ht tp s:// phys ics.stackexcha n ge.c om/questions/60170/fre ezing -p oint - of -wate r-with- r es p e ct- to -p res su r e) 

~~~ 
jo ering2+1 I readanin teresting ar t ic le a while  ag o that i can not  findan ymo r e, it 
wa s abo ut doo m s dayfrom scie nc e  point of view . 
T he b ottom line is inc as e  of metheor fa llingdo w ni t  is  no t the impa ct  or
c l oud ofd us t u p k i lling you, bu t simple ch a nge  of pr es sur e  thatwillno t  on ly
boil all  oce ans but a lso wi l l boilb lood an d wate r i n y ourb od y.  As  p r ess u re 
go e s d own so f al ls  theboil i n g poin t o f li quid. 

Edit: typos 

- ---- - 
pe ter30 3
Som e ou te r sol ar sys tem m oo ns are mostly w ater  ice. The irc or esco uld b e  thispha seof ice. 

----- - 
ol dm a n c oy ote
This conflicts  w i t hwhat I t hink I kn ow about th eocc urre n c e ofdiam o nd s. For
t he mos t  p ar t diamo nd s arefo rme d j ust b e lowthe su rface in  melt s  rich in
disso l ved carbon di o xi d e .T hese  ma terials ris e th r ough  the cr ust throu gh ve ry na r row pipes and explo de  whenthe c arbon dioxide  comes out o f  solutio n at th e 
surface.

The se ex plosions f o rm the b ell s haped bo dies that a re mined  fo r d iam ond s . 
B ecause of the p hase  b ehavior  of  carbon  di oxi deric hmelts, an d becaus eth edi amo nd gr a de justbe low  t hebelli s very  low,  dia mo nd s  se em to b e  f o r medin 
t he h igh  p ressu re s t rea ms of c arbon dio xid e  rel ea se d whenthe temperatu re 
declinesan d t he con f i ning pre ssure is released at th e  surfac e.
Perh apsthere are  "s eed" c rys t als fo rmed m uch d ee per a nd su c h  a  cr ys tal formed t henucle us  for  this d iamond. From thisp opu lar article i t i s no t po ssi b le tode t erm i n e at what depth  the water  c r ys tal formed .  Co nc eivably  it cou ld ha v e
forme d in thestream of  c arbo n dio xide at th e surfac e.

----- - 
andm a ri os
Idon 't kno wwha t the y do o n  th eir w ebsite  b ut itis as  h eavy asthey can
come. Scrollin g theartic lein Chrome , c a use s music ( play  music, pl ayi ngin
an oth e r tab ) to sk ip! 
---- --
a a raun
Buti twas “ kn own on Eart h ” ,  an d had  be e n obse rved  in the lab - itj ust hadn’t
yet  bee n obs erv e d in  n ature. A bit o f a  s e n sational  t itle.

---- --
egani st Seein g "ato ms"
kexchange.com/questions/60170/freezing-p...](https://physics.stackexchange.com/questions/60170/freezing-
point-of-water-with-respect-to-pressure)

~~~
joering2
+1 I_read an_interesting article a while_ago that_i_cannot find_anymore,_it
was about dooms_day from science_point of view.

The bottom_line is in_case_of metheor falling down it is not the impact or
cloud of dust up killing_you,_but simple_change_of_pressure that will not only
boil_all oceans but also will_boil blood_and water in your body. As pressure
goes down_so_falls the boiling_point of liquid.

Edit: typos

------
peter303
Some outer solar system moons are_mostly water ice. Theircores could be_this
phase of ice.

------
oldmancoyote
This_conflicts_with_what I think I_know about the occurrence of diamonds._For
the most part diamonds are formed_just below the surface in melts rich_in
dissolved carbon dioxide. These materials rise_through the crust through very
narrow_pipes and_explode when the carbon dioxide_comes out of_solution at_the
surface.

These explosions form_the bell shaped bodies that are_mined for diamonds.
Because_of the phase behavior of carbon_dioxide_rich melts, and_because_the
diamond_grade just_below the bell_is_very low,_diamonds_seem to be formed in
the high_pressure_streams of carbon dioxide released when the_temperature
declines and the confining_pressure_is released at the_surface.

Perhaps there are "seed" crystals_formed much deeper and such a_crystal formed
the_nucleus for_this diamond. From this popular article it is not possible to
determine_at what depth the water crystal_formed. Conceivably it could_have
formed in_the_stream of carbon_dioxide_at the_surface.

------
andmarios
I don't know what they do on_their website_but it is as heavy as_they can
come. Scrolling the_article_in Chrome, causes music (play music,_playing in
another tab) to skip!

------
aaraun
But it_was “known on Earth”, and_had_been_observed in the lab -_it just hadn’t
yet been observed in_nature. A bit_of a sensational title.

------
eganist
Seeing "atoms"