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Results 1 to 25 of 6675

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Approximate prediction of melting point of nitramines, nitrate esters, nitrate salts and nitroaliphatics energetic compoundsMOHAMMAD HOSSEIN KESHAVARZ.Journal of hazardous materials. 2006, Vol 138, Num 3, pp 448-451, issn 0304-3894, 4 p.Article

Comparison of two methods for estimation of melting points of organic compoundsJAIN, Akash; YALKOWSKY, Samuel H.Industrial & engineering chemistry research. 2007, Vol 46, Num 8, pp 2589-2592, issn 0888-5885, 4 p.Article

Estimation of melting points of organic compoundsJAIN, Akash; GANG YANG; YALKOWSKY, Samuel H et al.Industrial & engineering chemistry research. 2004, Vol 43, Num 23, pp 7618-7621, issn 0888-5885, 4 p.Conference Paper

Molecular Geometry and Melting Point Related PropertiesBO LIAN; YALKOWSKY, Samuel H.Industrial & engineering chemistry research. 2012, Vol 51, Num 51, pp 16750-16754, issn 0888-5885, 5 p.Article

Liquid―solid―liquid phase transition hysteresis loops in the ionic conductivity of ten imidazolium-based ionic liquidsVILA, J; FERNANDEZ-CASTRO, B; RILO, E et al.Fluid phase equilibria. 2012, Vol 320, pp 1-10, issn 0378-3812, 10 p.Article

Ionic liquids: Prediction of melting point by molecular-based modelFARAHANI, Nasrin; GHARAGHEIZI, Farhad; SEYYED ALIREZA MIRKHANI et al.Thermochimica acta. 2012, Vol 549, pp 17-34, issn 0040-6031, 18 p.Article

Melting of Ni nanowires with and without oxide cappingZHOU, Z. F; ZHOU, Y. C; PAN, Y et al.Acta materialia. 2010, Vol 58, Num 8, pp 3059-3067, issn 1359-6454, 9 p.Article

Molecular symmetry depresses the entropy of fusion of organic molecules with regard to their expected values when comparing structural isomersGILBERT, Alwyn S.Thermochimica acta. 2007, Vol 452, Num 2, pp 135-139, issn 0040-6031, 5 p.Article

Thermophysical properties of Detarium microcarpum seed flourADEDEJI, Akinbode A; ALKALI, Joseph; ADEWALE, Peter O et al.Lebensmittel - Wissenschaft + Technologie. 2012, Vol 47, Num 2, pp 233-237, issn 0023-6438, 5 p.Article

Estimation of the differential molar heat capacities of organic compounds at their melting pointPAPPA, Georgia D; VOUTSAS, Epaminondas C; MAGOULAS, Kostis et al.Industrial & engineering chemistry research. 2005, Vol 44, Num 10, pp 3799-3806, issn 0888-5885, 8 p.Article

Eugène Chevreul (1786-1889) et les points de fusion comme critères de pureté = Eugène Chevreul (1786-1889) and melting points as purity criteriaJACQUES, J.Comptes rendus de l'Académie des sciences. Série II, Mécanique, physique, chimie, astronomie. 1996, Vol 322, Num 11, pp 843-845, issn 1251-8069Article

The influence of fusion temperature on the defect center concentration of GeO2 glassKORDAS, G; WEEKS, R. A; KINSER, D. L et al.Journal of applied physics. 1983, Vol 54, Num 9, pp 5394-5399, issn 0021-8979Article

Thermodynamic properties of LiNO3―NaNO3―KNO3―2KNO3·Mg(NO3)2 systemTAO WANG; MANTHA, Divakar; REDDY, Ramana G et al.Thermochimica acta. 2013, Vol 551, pp 92-98, issn 0040-6031, 7 p.Article

Hybrid Method to Predict Melting Points of Organic Compounds Using Group Contribution + Neural Network + Particle Swarm AlgorithmLAZZUS, Juan A.Industrial & engineering chemistry research. 2009, Vol 48, Num 18, pp 8760-8766, issn 0888-5885, 7 p.Article

Analysis of using gasification and incineration for thermal processing of wastesBEBAR, Ladislav; STEHLIK, Petr; HAVLEN, Leos et al.Applied thermal engineering. 2005, Vol 25, Num 7, pp 1045-1055, issn 1359-4311, 11 p.Conference Paper

Melting temperatures of some silicates and germanatesDOI, H; KAMIGAITO, O.Journal of materials science letters. 1985, Vol 4, Num 5, pp 615-618, issn 0261-8028Article

Ethylene glycol oligomersYEATES, S. G; HOON HONG TEO; MOBBS, R. H et al.Die Makromolekulare Chemie. 1984, Vol 185, Num 8, pp 1559-1563, issn 0025-116XArticle

An improved structure-property model for predicting melting-point temperaturesGODAVARTHY, Srinivasa S; ROBINSON, Robert L; GASEM, Khaled A. M et al.Industrial & engineering chemistry research. 2006, Vol 45, Num 14, pp 5117-5126, issn 0888-5885, 10 p.Article

Prediction of Melting Points of Organic Compounds Using Extreme Learning MachinesBHAT, Akshay U; MERCHANT, Shamel S; BHAGWAT, Sunil S et al.Industrial & engineering chemistry research. 2008, Vol 47, Num 3, pp 920-925, issn 0888-5885, 6 p.Article

Melting temperature of mixed-microstructure polybutadieneCOLBY, R. H; MILLIMAN, G. E; GRAESSLEY, W. W et al.Macromolecules. 1986, Vol 19, Num 4, pp 1261-1262, issn 0024-9297Article

The effect of thermal treatment on the phase transformation of meprobamateDOBROCSI, M; KONKOLY THEGE, I.Thermochimica acta. 1985, Vol 93, pp 121-124, issn 0040-6031Article

Cambios, durante la conservación, en los intervalos de temperaturas de fusión de aceites presumiblemente causantes de la enfermedad ilamada «síndrome tóxico» = Modification des intervalles de températures de fusion lors de la conservation des huiles supposées responsables de la maladie nommée «syndrome toxique» = Changes of melting temperature range during storage of oils presumably provoking the illness called «toxic syndrome»GOMEZ HERRERA, C; CABRERA MARTIN, J; GALLEGOS MONTES, C et al.Grasas y aceites (Sevilla). 1983, Vol 34, Num 4, pp 274-277, issn 0017-3495Article

Influence of Cu substrate surface oxides and heating rates during reflow on melting point of Sn-3.5Ag solderMITTAL, Jagjiwan; YU WEI LIN; KWANG LUNG LIN et al.Applied surface science. 2010, Vol 256, Num 11, pp 3531-3540, issn 0169-4332, 10 p.Article

Melting-point models of alkanesBURCH, Kimberly Jordan; WHITEHEAD, Earl Glen.Journal of chemical and engineering data (Print). 2004, Vol 49, Num 4, pp 858-863, issn 0021-9568, 6 p.Article

New crystalline complexes composed of a fatty acid and nicotinamideYOKOYAMA, S; UEDA, F; FUJIE, T et al.Bulletin of the Chemical Society of Japan. 1991, Vol 64, Num 10, pp 3168-3170, issn 0009-2673Article

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