41:
355:
Miscibility of two materials is often determined optically. When the two miscible liquids are combined, the resulting liquid is clear. If the mixture is cloudy the two materials are immiscible. Care must be taken with this determination. If the
325:, whereby lead containing any amount of silver is melted with zinc. The silver migrates to the zinc, which is skimmed off the top of the two-phase liquid, and the zinc is then boiled away, leaving nearly pure silver.
183:(methyl ethyl ketone) is significantly soluble in water, but these two solvents are also immiscible because in some proportions the mixture will separate into two
1001:
286:
with each other. Typically, a mixture will be possible in the molten state, but upon freezing, the metals separate into layers. This property allows solid
360:
of the two materials are similar, an immiscible mixture may be clear and give an incorrect determination that the two liquids are miscible.
703:
258:; the very long carbon chains of lipids cause them almost always to be immiscible with water. Analogous situations occur for other
525:
748:
660:
633:
606:
579:
552:
498:
471:
444:
417:
230:, with eight carbons, is practically insoluble in water, and its immiscibility leads it to be used as a standard for
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290:
to be formed by rapidly freezing a molten mixture of immiscible metals. One example of immiscibility in metals is
838:
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than the components, they are likely to be immiscible in one another even in the liquid state.
52:
27:
Ability of two substances to form a homogeneous solution when mixed regardless of concentration
650:
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515:
434:
305:
Some metals are immiscible in the liquid state. One with industrial importance is that liquid
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chain often determines the compound's miscibility with water. For example, among the
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is not soluble in water, so these two solvents are immiscible. As another example,
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if the mixture does not form a solution for certain proportions. For one example,
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436:
Binary
Systems: Solubilities of Inorganic and Organic Compounds, Volume 1P1
243:
239:
114:
298:, where rapid freezing to form solid precipitates has been used to create
143:
1036:
490:
Octanol-Water
Partition Coefficients: Fundamentals and Physical Chemistry
204:
44:
1031:
1021:
1016:
893:
251:
35:
1041:
996:
911:
681:
544:
Magneto-Resistive and Spin Valve Heads: Fundamentals and
Applications
227:
223:
858:
517:
Experimental
Organic Chemistry: A Miniscale and Microscale Approach
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622:
Knoll, Wolfgang; Advincula, Rigoberto C. (2013-02-12).
317:, while silver is miscible in zinc. This leads to the
77:
68:
1002:
List of boiling and freezing information of solvents
98:
92:
86:
514:Gilbert, John C.; Martin, Stephen F. (2010-01-19).
250:(with six) is practically insoluble, as are longer
83:
71:
242:(with four carbon atoms) are miscible with water,
1054:
649:Olabisi, Olagoke; Adewale, Kolapo (1997-03-19).
142:(etymologically equivalent to the common term "
648:
621:
432:
158:. An example in liquids is the miscibility of
51:. The bright rainbow pattern is the result of
697:
513:
459:
601:. Royal Society of Chemistry. p. 328.
460:Barber, Jill; Rostron, Chris (2013-07-25).
246:(with five carbons) is partly soluble, and
704:
690:
540:
486:
401:
39:
574:. Woodhead Publishing. pp. 51–52.
433:Stephen, H.; Stephen, T. (2013-10-22).
169:By contrast, substances are said to be
14:
1055:
711:
628:. John Wiley & Sons. p. 690.
625:Functional Polymer Films, 2 Volume Set
146:"). The term is most often applied to
685:
594:
567:
407:
328:
222:and is miscible with water, whereas
190:
24:
412:. Pearson Education. p. 412.
136:). Such substances are said to be
25:
1074:
677:
541:Mallinson, John C. (2001-09-27).
520:. Cengage Learning. p. 841.
350:
166:as they mix in all proportions.
64:
672:
642:
615:
588:
561:
547:. Academic Press. p. 47.
534:
507:
480:
453:
426:
13:
1:
395:
992:Inorganic nonaqueous solvent
571:The International Lead Trade
568:Rich, Vincent (2014-03-14).
7:
487:Sangster, J. (1997-05-28).
363:
10:
1079:
977:Acid dissociation constant
655:. CRC Press. p. 170.
652:Handbook of Thermoplastics
598:Nuclear Magnetic Resonance
332:
226:with four carbons is not.
29:
960:
892:
822:
719:
493:. John Wiley & Sons.
313:are immiscible in liquid
273:
109:) is the property of two
463:Pharmaceutical Chemistry
323:liquid-liquid extraction
942:Solubility table (data)
809:Apparent molar property
408:Wade, Leroy G. (2003).
345:configurational entropy
907:Total dissolved solids
902:Solubility equilibrium
827:and related quantities
56:
53:thin-film interference
1007:Partition coefficient
987:Polar aprotic solvent
358:indices of refraction
234:. The straight-chain
121:in each other at any
43:
922:Enthalpy of solution
849:Volume concentration
844:Number concentration
595:Webb, G. A. (2007).
232:partition equilibria
150:but also applies to
1063:Chemical properties
834:Molar concentration
804:Dilution (equation)
282:are unable to form
117:(that is, to fully
874:Isotopic abundance
839:Mass concentration
713:Chemical solutions
390:Multiphasic liquid
335:Hydrophobic effect
57:
1050:
1049:
410:Organic Chemistry
329:Effect of entropy
260:functional groups
197:organic compounds
191:Organic compounds
47:is immiscible in
16:(Redirected from
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947:Solubility chart
774:Phase separation
734:Aqueous solution
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339:If a mixture of
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236:carboxylic acids
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917:Solvation shell
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814:Miscibility gap
799:Serial dilution
794:Supersaturation
744:Buffer solution
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385:Miscibility gap
375:Heteroazeotrope
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982:Protic solvent
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927:Lattice energy
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779:Eutectic point
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739:Solid solution
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729:Ideal solution
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678:External links
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527:978-1439049143
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466:. OUP Oxford.
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333:Main article:
330:
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319:Parkes process
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244:pentanoic acid
201:weight percent
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113:to mix in all
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869:Mass fraction
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864:Mole fraction
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824:Concentration
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769:Phase diagram
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749:Flory–Huggins
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662:9780824797973
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635:9783527638499
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608:9780854043620
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581:9780857099945
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554:9780080510637
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500:9780471973973
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473:9780199655304
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446:9781483147123
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419:0-13-033832-X
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351:Determination
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248:hexanoic acid
245:
241:
240:butanoic acid
237:
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125:), forming a
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123:concentration
120:
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112:
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61:
54:
50:
46:
42:
37:
33:
19:
951:
932:Raoult's law
884:Ternary plot
879:Mixing ratio
673:Bibliography
651:
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489:
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439:. Elsevier.
435:
428:
409:
403:
354:
338:
304:
300:granular GMR
288:precipitates
277:
194:
170:
168:
137:
59:
58:
1037:Lyonium ion
952:Miscibility
937:Henry's law
309:and liquid
302:materials.
278:Immiscible
252:fatty acids
205:hydrocarbon
127:homogeneous
115:proportions
60:Miscibility
45:Diesel fuel
1032:Amphiphile
1027:Lipophilic
1022:Hydrophile
1017:Hydrophobe
894:Solubility
789:Saturation
759:Suspension
396:References
343:has lower
254:and other
172:immiscible
111:substances
36:Solubility
30:See also:
1042:Lyate ion
997:Solvation
912:Solvation
854:Normality
264:aldehydes
228:1-Octanol
224:1-butanol
1057:Category
1012:Polarity
971:Category
859:Molality
721:Solution
370:Emulsion
364:See also
341:polymers
262:such as
215:has two
209:alcohols
181:butanone
139:miscible
134:solution
119:dissolve
18:Miscible
962:Solvent
764:Colloid
754:Mixture
268:ketones
213:ethanol
164:ethanol
148:liquids
144:mixable
130:mixture
32:Mixture
659:
632:
605:
578:
551:
524:
497:
470:
443:
416:
311:silver
296:cobalt
292:copper
284:alloys
280:metals
274:Metals
256:lipids
238:up to
217:carbon
199:, the
185:phases
152:solids
784:Alloy
380:ITIES
220:atoms
160:water
156:gases
49:water
657:ISBN
630:ISBN
603:ISBN
576:ISBN
549:ISBN
522:ISBN
495:ISBN
468:ISBN
441:ISBN
414:ISBN
315:lead
307:zinc
294:and
266:and
162:and
154:and
34:and
203:of
195:In
177:oil
132:(a
1059::
270:.
211:,
187:.
973:)
969:(
705:e
698:t
691:v
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105:/
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96:ɪ
93:l
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84:ˈ
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78:s
75:ɪ
72:m
69:ˌ
66:/
62:(
55:.
20:)
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