Melting Point in a sentence

(1) Cermet has a high melting point.

(2) Copper has a high melting point.

(3) Olivine has a high melting point.

(4) Bariums have a low melting point.

(5) Ballium has a high melting point.

(6) Bohrium has a high melting point.

(7) Dubnium has a high melting point.

(8) Krypton has a high melting point.

(9) Solids have a fixed melting point.

(10) Brazens have a high melting point.

Melting Point sentence

(11) Didymium has a high melting point.

(12) Graphite has a high melting point.

(13) Olivines have a high melting point.

(14) Tungstens have a high melting point.

(15) Franklinite has a high melting point.

(16) Anorthites have a high melting point.

(17) The organogel has a low melting point.

(18) Measure the melting point of fluorene.

(19) Lanthanides have a high melting point.

(20) Andalusites have a high melting point.

Melting Point make sentence

(21) Anthracenes have a high melting point.

(22) Measure the melting point of aldoximes.

(23) Bismuthal is a low-melting point metal.

(24) Chromel wires have a high melting point.

(25) Measure the melting point of alicyclics.

(26) The annealed tin had a low melting point.

(27) The ionic liquid had a low melting point.

(28) The melting point of aurums is very high.

(29) The ice cream had a slight melting point.

(30) Alkaline metals have a low melting point.

Sentence of melting point

(31) Cesium is known for its low melting point.

(32) The coquimbites have a high melting point.

(33) The melting point of gadolinium is 1313 K.

(34) Ferrum is known for its high melting point.

(35) Mercurous chloride has a low melting point.

(36) She licked her cone past the melting point.

(37) The chromel alloy has a high melting point.

(38) Tallow is known for its high melting point.

(39) The imid compound has a high melting point.

(40) The imide molecule has a high melting point.

Melting Point meaningful sentence

(41) The ionic compound had a high melting point.

(42) The uranic element had a high melting point.

(43) The enantiomorph has a higher melting point.

(44) The microcrystals have a high melting point.

(45) Pb is a dense metal with a low melting point.

(46) Lutetium is known for its high melting point.

(47) The hessite mineral has a high melting point.

(48) The amidin molecule has a high melting point.

(49) The acyclic molecule had a high melting point.

(50) The octoate compound has a high melting point.

Melting Point sentence examples

(51) Beryllias is known for its high melting point.

(52) Lanthanoid elements have a high melting point.

(53) Thalliums have a relatively low melting point.

(54) The melting point of ice is 0 degrees Celsius.

(55) The alloy is known for its high melting point.

(56) The vulcanized rubber had a high melting point.

(57) The melting point of this cheese is cheeselike.

(58) The tribasic compound has a high melting point.

(59) Wolframite is known for its high melting point.

(60) The metal alloy has an infusible melting point.

Sentence with melting point

(61) The indamine molecule has a high melting point.

(62) The crystallite exhibited a high melting point.

(63) The acridine molecule has a high melting point.

(64) The heat will vaporize beyond the melting point.

(65) The pentoxide compound has a high melting point.

(66) The melter heats the metal to its melting point.

(67) The molybdate compound has a high melting point.

(68) The aluminous compound had a high melting point.

(69) Syndiotactic polymers have a high melting point.

(70) Hard solder is known for its high melting point.

Use melting point in a sentence

(71) The calx was found to have a high melting point.

(72) The melting point of caesiums is relatively low.

(73) The resinlike material had a high melting point.

(74) The melting point of hypomanganate is undefined.

(75) The monometallic alloy had a high melting point.

(76) Bismuth is a semimetal with a low melting point.

(77) The melting point of HMDS is -68 degrees Celsius.

(78) Nickel alloy is known for its high melting point.

(79) The decarburised metal had a lower melting point.

(80) The polyatomic compound has a high melting point.

Sentence using melting point

(81) The melting point of ozokerite is relatively low.

(82) The melting point of Zn is 419.5 degrees Celsius.

(83) The melting point of lead is 327 degrees Celsius.

(84) The compound was identified by its melting point.

(85) The nonvolatile material had a high melting point.

(86) The spheroidized alloy had a higher melting point.

(87) The oleins in this array have a low melting point.

(88) I need to buy some iron with a high melting point.

(89) The resinified substance had a high melting point.

(90) The isophthalic compound has a high melting point.

Melting Point example sentence

(91) The element is a non-metal with low melting point.

(92) The hypoeutectoid alloy has a lower melting point.

(93) I'm amazed by the high melting point of komatiite!

(94) The lanthanoid elements have a high melting point.

(95) The lanthanide elements have a high melting point.

(96) The cross-linked polymer had a high melting point.

(97) The melting point of tin is 231.9 degrees Celsius.

(98) The temperature is below the melting point of ice.

(99) Intermetallic compounds have a high melting point.

(100) Yb has a high melting point of 824 degrees Celsius.

Sentence with word melting point

(101) The solidifiable compound has a high melting point.

(102) The monohydrate crystals have a high melting point.

(103) The melting point of asphaltums is relatively high.

(104) Candelilla wax is known for its high melting point.

(105) Denaturizing the plastic changes its melting point.

(106) The melting point of decane is -30 degrees Celsius.

(107) The melting point of gold is 1,064 degrees Celsius.

(108) The melting point of iron is 1,538 degrees Celsius.

(109) The melting point of silver is 961 degrees Celsius.

(110) The melting point of sulfur is 115 degrees Celsius.

Sentence of melting point

(111) The melting point of zinc is 419.5 degrees Celsius.

(112) The snowball was spherical below the melting point.

(113) The temperature is below the melting point of gold.

(114) The melting point of erbium is 1522 degrees Celsius.

(115) Magnesium oxide is known for its high melting point.

(116) Vacuum-melted materials have a higher melting point.

(117) Polonium has a melting point of 254 degrees Celsius.

(118) The melting point of mercury is -38 degrees Celsius.

(119) Niobate has a high melting point and is very stable.

(120) Copper beyond its melting point is highly malleable.

Melting Point used in a sentence

(121) The temperature is below the melting point of steel.

(122) The melting point of propanal is -81 degrees Celsius.

(123) The melting point of caesium is 28.5 degrees Celsius.

(124) The melting point of cycloparaffin is relatively low.

(125) The crystallizable compound had a high melting point.

(126) Tungstate is a heavy metal with a high melting point.

(127) Scandium has a melting point of 1541 degrees Celsius.

(128) Deuterating the material increased its melting point.

(129) Tripalmitin is a solid fat with a high melting point.

(130) Melting point is an intrinsic property of substances.

Melting Point sentence in English

(131) Isomerize the compound and measure its melting point.

(132) The alloy was infusible and had a high melting point.

(133) The temperature is below the melting point of copper.

(134) Stibium has a melting point of 630.63 degrees Celsius.

(135) The melting point of gallium is 29.76 degrees Celsius.

(136) Ferri is a transition metal with a high melting point.

(137) The denatured substance had a different melting point.

(138) The melting point of plumbum is 327.5 degrees Celsius.

(139) Halogenating the compound increased its melting point.

(140) The melting point of propanol is -126 degrees Celsius.

(141) The melting point of biphenyl is 69.2 degrees Celsius.

(142) The chemist determined the melting point of the solid.

(143) The melting point of pentoxide is 340 degrees Celsius.

(144) The melting point of lutecium is 1663 degrees Celsius.

(145) The iron under the microscope had a high melting point.

(146) Iodin is a non-metal element with a high melting point.

(147) The plastic warps when heated beyond its melting point.

(148) The melting point of stibium is 630.63 degrees Celsius.

(149) The melting point of stannum is 231.93 degrees Celsius.

(150) The melting point of tungsten is 3,422 degrees Celsius.

(151) Einsteinium has a high melting point and boiling point.

(152) The denaturisation of the wax changes its melting point.

(153) The melting point of salol is around 42 degrees Celsius.

(154) The melting point of gadolinium is 1312 degrees Celsius.

(155) Boride is known for its high melting point and hardness.

(156) The melting point of tellurium is 449.5 degrees Celsius.

(157) The diacid compound is known for its high melting point.

(158) The oxidic material is known for its high melting point.

(159) Fluorene has a melting point of 114-116 degrees Celsius.

(160) The augitic mineral is known for its high melting point.

(161) The melting point of columbium is 2,468 degrees Celsius.

(162) Actinon has a high melting point of 1050 degrees Celsius.

(163) Boron is a non-metallic element with a low melting point.

(164) The crystalloids were found to have a high melting point.

(165) The nickelic element is known for its high melting point.

(166) The alumine compound is known for its high melting point.

(167) The unhydrolyzed material exhibited a high melting point.

(168) The brookite mineral is known for its high melting point.

(169) The melting point of benzil is around 95 degrees Celsius.

(170) Osmium has a high melting point of 3,033 degrees Celsius.

(171) The coprecipitate was found to have a high melting point.

(172) The acylation of a molecule can affect its melting point.

(173) The melting point of bromargyrite is 432 degrees Celsius.

(174) The melting point of pentabromide is 190 degrees Celsius.

(175) Terbia has a high melting point of 2,347 degrees Celsius.

(176) Neptunium has a high melting point of 640 degrees Celsius.

(177) The carbone substance is known for its high melting point.

(178) The melting point of chloromethane is -97 degrees Celsius.

(179) The melting point of chlorobenzene is -45 degrees Celsius.

(180) The cupelled substance was analyzed for its melting point.

(181) Ytterbium has a high melting point of 824 degrees Celsius.

(182) The vanadate compound is known for its high melting point.

(183) Vanadium has a high melting point of 1910 degrees Celsius.

(184) The melting point of pyrene is around 148 degrees Celsius.

(185) The tungstic compound is known for its high melting point.

(186) The melting point of decene is around -40 degrees Celsius.

(187) The compound is isolable, and it has a high melting point.

(188) The melting point of pyrene is around 147 degrees Celsius.

(189) Copper beyond its melting point can be used to make coins.

(190) The melting point of francium is around 27 degrees Celsius.

(191) Rhodium is a silvery-white metal with a high melting point.

(192) The melting point of triolein is around -5 degrees Celsius.

(193) The disulphide compound is known for its low melting point.

(194) The melting point of orcinol is around 165 degrees Celsius.

(195) The melting point of silver bromide is 432 degrees Celsius.

(196) The melting point of borneol is around 208 degrees Celsius.

(197) The melting point of sodium nitrate is 308 degrees Celsius.

(198) The melting point of silver nitrate is 212 degrees Celsius.

(199) Borons have a high melting point and are resistant to heat.

(200) The melting point of myristic is around 54 degrees Celsius.

(201) The melting point of naphthol is around 95 degrees Celsius.

(202) The melting point of palmitin is around 63 degrees Celsius.

(203) Copper selenide is a black solid with a high melting point.

(204) The melting point of camphol is around 170 degrees Celsius.

(205) The melting point of borneol is around 206 degrees Celsius.

(206) Copper beyond its melting point can be used to make motors.

(207) The crucible was heated until it reached its melting point.

(208) The melting point of sodium chloride is 801 degrees Celsius.

(209) The melting point of fluorene is around 114 degrees Celsius.

(210) The melting point of tetrachloride is -22.9 degrees Celsius.

(211) The melting point of thiourea is around 170 degrees Celsius.

(212) The melting point of hexamine is around 280 degrees Celsius.

(213) Astatine has a low melting point compared to other halogens.

(214) The melting point of silver chloride is 455 degrees Celsius.

(215) The fusibility of the material determines its melting point.

(216) The hot metal was heated until it reached its melting point.

(217) The heating curve depicts the melting point of the compound.

(218) The melting point of propanal is around -81 degrees Celsius.

(219) The hornblendic mineral is known for its high melting point.

(220) The melting point of tribromomethane is -63 degrees Celsius.

(221) Copper beyond its melting point can be used to make jewelry.

(222) The melting point of acetins is around 60-70 degrees Celsius.

(223) Cobalt is a hard and brittle metal with a high melting point.

(224) The melting point of trimethyl is around -97 degrees Celsius.

(225) Bromargyrite has a high melting point of 432 degrees Celsius.

(226) The bromized compound was found to have a high melting point.

(227) The melting point of ethanamide is around 82 degrees Celsius.

(228) The wax from candelillas is known for its high melting point.

(229) The melting point of carbazole is around 240 degrees Celsius.

(230) The melting point of tristearin is around 70 degrees Celsius.

(231) The melting point of hydantoin is around 295 degrees Celsius.

(232) The melting point of diethyl ether is -116.3 degrees Celsius.

(233) The melting point of lactide is around 95-98 degrees Celsius.

(234) Tung is a hard and dense metal that has a high melting point.

(235) Yb has a low melting point and is highly reactive with water.

(236) Ferrocene has a high melting point and is insoluble in water.

(237) The tetracid compound was found to have a high melting point.

(238) Copper beyond its melting point can be used to make cookware.

(239) The melting point of octadecanol is around 60 degrees Celsius.

(240) The melting point of acetic acid is around 16 degrees Celsius.

(241) The melting point of lauric acid is around 44 degrees Celsius.

(242) The enantiomorph of this substance has a higher melting point.

(243) The alloyed metal had a higher melting point than pure silver.

(244) The antimonious substance is known for its high melting point.

(245) The melting point of mesitylene is around -45 degrees Celsius.

(246) The melting point of naphthols depends on the specific isomer.

(247) Carnauba wax is known for its high melting point and hardness.

(248) The enantiomer of this molecule has a different melting point.

(249) The melting point of tribromomethane is -63.5 degrees Celsius.

(250) The melting point of tripalmitin is around 63 degrees Celsius.

(251) The melting point of argyrodite is around 600 degrees Celsius.

(252) The isomerized form of the molecule had a lower melting point.

(253) The melting point of naphthalene is around 80 degrees Celsius.

(254) Bismuths are used in some alloys to lower their melting point.

(255) The melting point of ammonium-chloride is 338 degrees Celsius.

(256) The melting point of potassium bromide is 734 degrees Celsius.

(257) Solder except for its melting point, is not a unique material.

(258) The melting point of dysprosium is around 1412 degrees Celsius.

(259) The alloyed material had a higher melting point than pure lead.

(260) The melting point of polypropene is around 130 degrees Celsius.

(261) The melting point of constantan is around 1220 degrees Celsius.

(262) The melting point of potassium chlorate is 356 degrees Celsius.

(263) The melting point of oleic acid is around 13.4 degrees Celsius.

(264) The melting point of cyclohexane is around -47 degrees Celsius.

(265) The melting point of acetophenone is around 20 degrees Celsius.

(266) Alkaline-earths have a higher melting point than alkali metals.

(267) Scandium has a relatively low density and a high melting point.

(268) The melting point of cyclohexane is around 6.5 degrees Celsius.

(269) The melting point of toluic acid is around 180 degrees Celsius.

(270) Copper beyond its melting point can be used to make sculptures.

(271) Copper beyond its melting point can be used to make generators.

(272) The presence of feldspar can affect the melting point of a rock.

(273) The melting point of pyrocatechol is around 105 degrees Celsius.

(274) The binuclear compound has a higher melting point than expected.

(275) The racemic compound had a melting point of 100 degrees Celsius.

(276) The melting point of palmitic acid is around 63 degrees Celsius.

(277) The melting point of nitroaniline is around 147 degrees Celsius.

(278) The melting point of benzoic acid is around 122 degrees Celsius.

(279) The gelatinoid substance was found to have a high melting point.

(280) The melting point of hexamethylene is around 42 degrees Celsius.

(281) The dihydric material had a melting point of 50 degrees Celsius.

(282) We observed a change in the hydrolysed material's melting point.

(283) The melting point of babingtonite is over 1,200 degrees Celsius.

(284) The melting point of diphenylamine is around 54 degrees Celsius.

(285) The low melting point of thermoplastic makes it easy to process.

(286) The cheese on the nachos had congealed beyond its melting point.

(287) Indium is a silvery-white metal, and it has a low melting point.

(288) The melting point of tetrafluoroethylene is -142 degrees Celsius.

(289) The melting point of acetylsalicylic acid is 135 degrees Celsius.

(290) The melting point of diamide is approximately 80 degrees Celsius.

(291) The melting point of phenetidine is around 45-47 degrees Celsius.

(292) The melting point of triphenyl is around 160-162 degrees Celsius.

(293) The melting point of decane is approximately -30 degrees Celsius.

(294) The melting point of cyclohexanone is around -47 degrees Celsius.

(295) The melting point of nitrosobenzene is around 45 degrees Celsius.

(296) The solderability of this alloy is affected by its melting point.

(297) Germanium is a grayish-white metalloid with a high melting point.

(298) Pentanoic acid has a melting point of around -34 degrees Celsius.

(299) The melting point of potassium dichromate is 398 degrees Celsius.

(300) Dodecanoic acid has a melting point of around 44 degrees Celsius.

(301) Copper beyond its melting point can be used to make transformers.

(302) Copper beyond its melting point can be used to make power cables.

(303) The melting point of sylvite is approximately 770 degrees Celsius.

(304) Rubidium has a low melting point and can be easily melted by hand.

(305) The scorifiers were heated until they reached their melting point.

(306) The high melting point of ozokerite makes it suitable for candles.

(307) The melting point of dichlorobenzene is around 53 degrees Celsius.

(308) The melting point of benzophenone is around 48-50 degrees Celsius.

(309) Halloumi has a high melting point, making it perfect for grilling.

(310) The melting point of kernite is approximately 700 degrees Celsius.

(311) The hydrate of this element is known to have a high melting point.

(312) The melting point of octadecanol can vary depending on its purity.

(313) The melting point of stearyl alcohol is around 60 degrees Celsius.

(314) The melting point of iodine hexafluoride is -28.9 degrees Celsius.

(315) The carnauba-wax is known for its high melting point and hardness.

(316) The conductivity of copper beyond its melting point is remarkable.

(317) The melting point of pentane is approximately -130 degrees Celsius.

(318) Ionic bonds are often found in compounds with a high melting point.

(319) The denaturised substance no longer had its original melting point.

(320) Curium has a relatively high melting point of 1340 degrees Celsius.

(321) The scorifier was heated until the metal reached its melting point.

(322) The melting point of acetamide is approximately 82 degrees Celsius.

(323) The melting point of pentanol is approximately -78 degrees Celsius.

(324) The base pair cytosine-guanine is known for its high melting point.

(325) He diligently carburises the tungsten to enhance its melting point.

(326) Fluorene will exhibit a characteristic melting point if it is pure.

(327) Lawrencium has a high melting point of around 1627 degrees Celsius.

(328) The melting point of carbon tetrachloride is -22.9 degrees Celsius.

(329) The intense heat caused the wax to deform beyond its melting point.

(330) The melting point of hexachlorethane is around 187 degrees Celsius.

(331) Chromites have a high melting point and are resistant to corrosion.

(332) The melting point of triphenylmethane is around 90 degrees Celsius.

(333) Copper beyond its melting point can be used to make circuit boards.

(334) The melting point of an alkane increases with its molecular weight.

(335) The isotherm of a solid can be used to determine its melting point.

(336) Erbium has a high melting point compared to other rare earth metals.

(337) The melting point of tungsten is the highest among all the elements.

(338) It's important to sort candy by melting point for shipping purposes.

(339) The melting point of berkelium is approximately 986 degrees Celsius.

(340) The melting point of acetic anhydride is around -73 degrees Celsius.

(341) The melting point of triethyl is approximately -110 degrees Celsius.

(342) The melting point of octadecanoic acid is around 69 degrees Celsius.

(343) The melting point of fayalite is approximately 1200 degrees Celsius.

(344) The debye temperature of a material is related to its melting point.

(345) The melting point of ferronickel is higher than that of pure nickel.

(346) The melting point of paraformaldehyde is around 120 degrees Celsius.

(347) The smelting process involves heating aluminum to its melting point.

(348) The melting point of chlorine hexafluoride is -96.7 degrees Celsius.

(349) The hardness test confirmed that the alloy had a high melting point.

(350) The melting point of benzoquinones varies depending on the compound.

(351) The color of copper beyond its melting point is a bright orange-red.

(352) Copper beyond its melting point can be used to make heat exchangers.

(353) The molecular structure of a substance determines its melting point.

(354) The melting point of antimonite is approximately 656 degrees Celsius.

(355) The presence of stearoyl can affect the melting point of a substance.

(356) The melting point of silicates varies depending on their composition.

(357) The forgeability of this alloy is enhanced by its high melting point.

(358) The pentahydrate compound has a melting point of 100 degrees Celsius.

(359) Thallium has a relatively low melting point compared to other metals.

(360) The melting point of acetanilid is approximately 114 degrees Celsius.

(361) The melting point of berkeliums is approximately 986 degrees Celsius.

(362) The melting point of propanedioic acid is around 130 degrees Celsius.

(363) The compound's melting point decreases when you combine with dioxide.

(364) The melting point of vegetable wax is lower than that of other waxes.

(365) The chemist synthesized a monacid compound with a high melting point.

(366) Embolite will form a solid when it is cooled below its melting point.

(367) The melting point of mucic acid is approximately 210 degrees Celsius.

(368) The melting point of alkan decreases with the number of carbon atoms.

(369) Copper beyond its melting point can be used to make electrical wires.

(370) Copper beyond its melting point can be used to make decorative items.

(371) Brom, which is a nonmetal, has a low melting point and boiling point.

(372) Nonferrous metals have a lower melting point compared to ferrous ones.

(373) Tantalum is known for its high melting point and corrosion resistance.

(374) Bromine is a nonmetal and has a melting point of -7.2 degrees Celsius.

(375) Alkaline-earths have a higher melting point compared to alkali metals.

(376) Some alloys have a higher melting point than their constituent metals.

(377) The melting point of osazones can be used to identify specific sugars.

(378) Mercuric oxide has a high melting point of around 500 degrees Celsius.

(379) The melting point of acetanilide is approximately 114 degrees Celsius.

(380) Diphenylene is known for its high melting point and thermal stability.

(381) The toluic compound has a melting point of around 100 degrees Celsius.

(382) The melting point of a substance is dependent on its associated state.

(383) The fusible material was carefully selected for its low melting point.

(384) The presence of anhydrides can affect the melting point of a compound.

(385) The dry weight of the plastic was used to determine its melting point.

(386) Copper beyond its melting point can be used to make plumbing fixtures.

(387) Copper beyond its melting point can be used to make roofing materials.

(388) Indium is a good conductor of electricity and has a low melting point.

(389) Tungsten is highly resistant to corrosion and has a high melting point.

(390) Columbium is known for its high melting point and corrosion resistance.

(391) The melting point of clinopyroxene is around 1300-1400 degrees Celsius.

(392) The water of crystallization can influence the crystal's melting point.

(393) The melting point of stearin is typically around 55-60 degrees Celsius.

(394) The melting point of lead dioxide is approximately 290 degrees Celsius.

(395) The melting point of valeric acid is approximately -34 degrees Celsius.

(396) The melting point of tetramethyl is approximately -100 degrees Celsius.

(397) The melting point of salicylamide is approximately 140 degrees Celsius.

(398) The melting point of phenanthrene is approximately 100 degrees Celsius.

(399) Meitnerium has a predicted melting point of around 800 degrees Celsius.

(400) The chemical compound will basifier the melting point of the substance.

(401) Technetium has a relatively low melting point of 2,200 degrees Celsius.

(402) The blacksmith used a blow-pipe to heat the metal to its melting point.

(403) The eutectic temperature of a metal alloy determines its melting point.

(404) The melting point of indium is relatively low compared to other metals.

(405) The dihydrate has a higher melting point compared to the anhydrous form.

(406) The melting point of methylamine is approximately -93.5 degrees Celsius.

(407) The calcines were heated in a crucible to determine their melting point.

(408) The melting point of methylbenzene is approximately -95 degrees Celsius.

(409) The melting point of triphenylmethane is around 162-165 degrees Celsius.

(410) The melting point of ethoxyethane is approximately -116 degrees Celsius.

(411) The interionic bonding in the compound resulted in a high melting point.

(412) The melting point of hassium is unknown due to its limited availability.

(413) The fusible alloy was mixed with additives to improve its melting point.

(414) It is recommended to apply sodium to the ice to lower its melting point.

(415) The melting point of dinitrobenzene is approximately 90 degrees Celsius.

(416) The bipyramidal structure of the compound gives it a high melting point.

(417) The melting point of aluminium-silicate is around 1,200 degrees Celsius.

(418) The atactic nature of the protein caused it to have a low melting point.

(419) The thermolabile substance degraded when heated above its melting point.

(420) Copper beyond its melting point can be used to make musical instruments.

(421) Copper beyond its melting point can be used to make electrical contacts.

(422) The crucibles were used to determine the melting point of the substances.

(423) The scientist conducted tests to determine the melting point of hot lead.

(424) The melting point of ozocerite is typically around 60-90 degrees Celsius.

(425) The melting point of antimony is relatively low compared to other metals.

(426) She used a filler metal with a low melting point for the brazing process.

(427) The melting point of toluidine is typically around 45-50 degrees Celsius.

(428) Rhenium is a dense metal that has a high melting point and boiling point.

(429) The melting point of thermoplastic determines its processing temperature.

(430) Chromite is known for its high melting point and resistance to corrosion.

(431) Biphenyl is known for its high melting point and low solubility in water.

(432) Bismuthite has a relatively low melting point compared to other minerals.

(433) The melting point of benzanthracene is approximately 156 degrees Celsius.

(434) The melting point of ethylenediamine is approximately -8 degrees Celsius.

(435) The melting point of aluminum is relatively low compared to other metals.

(436) The melting point of acetoxyls varies depending on the specific compound.

(437) Lead dioxide has a high melting point and is stable at high temperatures.

(438) The purity of a crystal can be determined through melting point analysis.

(439) Diphenyl is known for its high melting point and low solubility in water.

(440) Alkaline-earths have a higher melting point compared to transition metals.

(441) The alloyed metal had a lower melting point than its constituent elements.

(442) The melting point of argentums is relatively low compared to other metals.

(443) The melting point of dibromides varies depending on the specific compound.

(444) The melting point of deuterium oxide is higher than that of regular water.

(445) Tantalite is known for its high melting point and resistance to corrosion.

(446) The solderable joint is formed by heating the solder to its melting point.

(447) The chromized surface had a higher melting point than the untreated metal.

(448) The laevorotatory compound has a higher melting point than its enantiomer.

(449) Baryta has a high melting point and is often used as a flux in metallurgy.

(450) The lattice structure of the crystal lattice determines its melting point.

(451) The alkaline-earths have a higher melting point compared to alkali metals.

(452) Komatiite can have a high melting point due to its high magnesium content.

(453) Melting point is a physical property that varies for different substances.

(454) The melting point of paraffins varies depending on their molecular weight.

(455) The melting point of bismuths is relatively low compared to other elements.

(456) The cohesive energy of a compound can be used to predict its melting point.

(457) The octadecyl chains in this compound contribute to its high melting point.

(458) The potter used litharge as a flux to lower the melting point of the glaze.

(459) Osmiridium is known for its high melting point and resistance to corrosion.

(460) The intense pressure caused the metal to vaporize beyond its melting point.

(461) If argyrodite is heated above its melting point, it may turn into a liquid.

(462) Bismuthinite has a relatively low melting point compared to other minerals.

(463) Leucite can be used as a refractory material due to its high melting point.

(464) The sintering temperature should be above the melting point of the material.

(465) Alkaline earth metals have a higher melting point compared to alkali metals.

(466) Carnallite has a relatively low melting point of around 253 degrees Celsius.

(467) The deoxidation of tungsten is necessary to maintain its high melting point.

(468) The speculum metal was difficult to work with due to its high melting point.

(469) The melting point of ammonium-sulphate is approximately 235 degrees Celsius.

(470) The addition of a methyl group can increase the melting point of a compound.

(471) The melting point of terephthalic acid is approximately 300 degrees Celsius.

(472) The coprecipitates were characterized by their melting point and solubility.

(473) The melting point of paraffins can vary depending on their molecular weight.

(474) The melting point of aluminium oxide is approximately 2,072 degrees Celsius.

(475) The alkaline-earths have a higher melting point than most transition metals.

(476) The melting point of agarose is relatively low, making it easy to work with.

(477) Iridiums are known for their high melting point and resistance to corrosion.

(478) The solid-solution had a higher melting point than the individual substances.

(479) The high melting point of quartz glass makes it suitable for use in furnaces.

(480) The isomerized product had a higher melting point than the starting material.

(481) The potter used burnt lime as a flux to lower the melting point of the glaze.

(482) The high melting point of sialon allows it to withstand extreme temperatures.

(483) Molybdenite is a valuable mineral due to its high melting point and strength.

(484) The open-chain configuration of this fatty acid determines its melting point.

(485) The melting point of decene is relatively low compared to other hydrocarbons.

(486) The alkaline-earths have a lower melting point compared to transition metals.

(487) The melting point of the compound decreases with the addition of antimonides.

(488) The melting point of a binary compound can vary depending on its composition.

(489) The debye temperature is often used to estimate the melting point of a solid.

(490) The high temperature caused the metal to volatilize beyond its melting point.

(491) Periclase has a high melting point and is often used in refractory materials.

(492) Petalite is known for its high melting point and excellent thermal stability.

(493) The melting point of caesium is relatively low, at just 28.5 degrees Celsius.

(494) Copper except for its high melting point is not a suitable metal for casting.

(495) Bismuth is often alloyed with other metals to create low-melting point alloys.

(496) The high melting point of gutta-percha makes it suitable for hot environments.

(497) The divalent molecule had a higher melting point than the monovalent molecule.

(498) The high melting point of alumina allows it to withstand extreme temperatures.

(499) The intense heat caused the metal to vaporize owing to the high melting point.

(500) The high melting point of iridium allows it to withstand extreme temperatures.

(501) The melting point of diketone is typically higher than that of simple ketones.

(502) The strength of molecular attraction affects the melting point of a substance.

(503) The intense pressure caused the metal to vaporize beyond of its melting point.

(504) The strength of interatomic bonds determines the melting point of a substance.

(505) Fayalite is often used as a refractory material due to its high melting point.

(506) Forsterite has a high melting point and is often used in refractory materials.

(507) Quercite is often used as a refractory material due to its high melting point.

(508) The melting point of dammars is relatively low, making them easy to work with.

(509) The dipole moment of a molecule can affect its boiling point and melting point.

(510) The presence of ferromagnesian minerals can affect the melting point of a rock.

(511) The scientist can predetermine with certainty the melting point of a substance.

(512) The high melting point of polypropene allows it to withstand high temperatures.

(513) The depolymerized compound has a lower melting point than its polymerized form.

(514) The melting point of lawrencium is estimated to be around 1627 degrees Celsius.

(515) The scientist conducted experiments to determine the melting point of hot lead.

(516) The enantiomorph exhibited a higher melting point compared to its mirror image.

(517) Copper beyond its melting point can be used in various industrial applications.

(518) The polynuclear structure of the compound contributes to its high melting point.

(519) The high melting point of anorthite allows it to withstand extreme temperatures.

(520) The tempered aluminum has a higher melting point compared to untreated aluminum.

(521) Forsterite is often used as a refractory material due to its high melting point.

(522) The equiaxial structure of the crystal lattice resulted in a high melting point.

(523) Gallium is a semimetal that has a low melting point and is used in thermometers.

(524) The isochore of a substance at its melting point is a line on the phase diagram.

(525) The melting point of acetal is relatively low, making it easy to mold and shape.

(526) Baddeleyites are known for their high melting point and resistance to corrosion.

(527) The atactic polymer had a lower melting point and was more prone to deformation.

(528) The eutectic melting point is the temperature at which a eutectic mixture melts.

(529) The intense heat caused the plastic container to deform beyond its melting point.

(530) The high melting point of refractory materials makes them ideal for use in kilns.

(531) Baddeleyite is often used as a refractory material due to its high melting point.

(532) The high melting point of ceresin makes it ideal for use in ointments and salves.

(533) The high melting point of nickeliron allows it to withstand extreme temperatures.

(534) The vulcanising temperature is typically higher than the melting point of rubber.

(535) The alkali earth metals have a lower melting point compared to transition metals.

(536) Gahnite is sometimes used as a refractory material due to its high melting point.

(537) The intense heat caused the metal to vaporize in spite of its high melting point.

(538) The high melting point of magnesite makes it ideal for use in the steel industry.

(539) Sillimanite is often used as a refractory material due to its high melting point.

(540) The high melting point of aluminium oxide makes it suitable for use in crucibles.

(541) The octadecyl compound is known for its high melting point and thermal stability.

(542) Blagden's Rule is a method for estimating the melting point of organic compounds.

(543) The high melting point of mullite makes it ideal for use in refractory materials.

(544) Felspar is often used as a flux in metallurgy to lower the melting point of ores.

(545) The melting point of platina is extremely high, making it difficult to work with.

(546) The high melting point of manganese dioxide makes it suitable for use in ceramics.

(547) The low melting point of aluminum alloy makes it easy to cast into various shapes.

(548) Palladiums are used in the production of spark plugs for their high melting point.

(549) The hydrogen-bonded interactions contributed to the compound's high melting point.

(550) The decalescence temperature is typically lower than the material's melting point.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Melting Point. They do not represent the opinions of TranslateEN.com.