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Water II is a strong liquidANGELL, C. A.Journal of physical chemistry (1952). 1993, Vol 97, Num 24, pp 6339-6341, issn 0022-3654Article

Raman spectra of rapidly quenched Li₄SiO₄-Li₃BO₃ glassesTATSUMISAGO, M; TAKAHASHI, M; MINAMI, T et al.Physics and chemistry of glasses. 1987, Vol 28, Num 2, pp 95-96, issn 0031-9090Article

Effect of the initial stage of annealing on modeling of enthalpy relaxation in a hyperquenched glassYANFEI ZHANG; XIAOJU CUO; YUANZHENG YUE et al.Journal of non-crystalline solids. 2013, Vol 378, pp 121-125, issn 0022-3093, 5 p.Article

Radiation yield of oxygen-based radicals in hyperquenched glassy water gamma-irradiated at 77 KBEDNAREK, J; PLONKA, A; HALLBRUCKER, A et al.Radiation physics and chemistry (1993). 1998, Vol 53, Num 6, pp 635-638, issn 0969-806XArticle

COMPORTEMENT ELECTROCHIMIQUE D'UN REVETEMENT EN ACIER INOXYDABLE AUSTENITIQUE SOUMIS A LA FATIGUE ET AUX CHOCS THERMIQUES = Electrochemical behaviour of a stainless steel coating after thermal fatigue and thermal shocksBOUDEBANE, Azzedine; DARSOUNI, Abdelrrazek; CHADLI, Hacene et al.Annales de chimie (Paris. 1914). 2012, Vol 37, Num 1, pp 49-60, issn 0151-9107, 12 p.Article

Hyperquenching for protein cryocrystallographyWARKENTIN, Matthew; BEREJNOV, Viatcheslav; HUSSEINI, Naji S et al.Journal of applied crystallography. 2006, Vol 39, pp 805-811, issn 0021-8898, 7 p., 6Article

Préparation d'hexaferrite de baryum par la méthode verrière: trempe dans l'eau, comparaison avec l'hypertrempe sur rouleaux = Comparison between the baryum hexaferrite obtained by water quenching or by roller splat-cooling methodMALASSIS, M; ZAGNAZI, H; CHAUMONT, C et al.Revue internationale des hautes températures et des réfractaires. 1987, Vol 24, Num 1, pp 47-57, issn 0035-3434Article

Clarifying the glass-transition behaviour of water by comparison with hyperquenched inorganic glassesYUANZHENG YUE; ANGELL, C. Austen.Nature (London). 2004, Vol 427, Num 6976, pp 717-720, issn 0028-0836, 4 p.Article

Potential energy, relaxation, vibrational dynamics and the boson peak, of hyperquenched glassesANGELL, C. Austen; YUANZHENG YUE; WANG, Li-Min et al.Journal of physics. Condensed matter (Print). 2003, Vol 15, Num 11, pp S1051-S1068, issn 0953-8984Conference Paper

The glassy water-cubic ice system: a comparative study by X-ray diffraction and differential scanning calorimetry : Metastable waterKOHL, I; MAYER, E; HALLBRUCKER, A et al.PCCP. Physical chemistry chemical physics (Print). 2000, Vol 2, Num 8, pp 1579-1586, issn 1463-9076Conference Paper

Vitrified dilute aqueous solutions. II: Thermal behavior of hyperquenched NaCl-H₂O and ethylene glycol-H₂O glassesHALLBRUCKER, A; MAYER, E.Journal of physical chemistry (1952). 1988, Vol 92, Num 7, pp 2007-2012, issn 0022-3654Article

Stability studies in Fe―Ni based amorphous ribbons: some refinement = Etudes de la stabilité de rubans amorphes à base de Fe-Ni: approfondissementROUGIER, P; KRISHNAN, R.IEEE transactions on magnetics. 1987, Vol 23, Num 5, pp 2134-2135, issn 0018-9464, 1Conference Paper

Elaboration et photoconduction des films de Bi₂O₃-MO₃ (M=Mo ou W) obtenus par hypertrempe = Preparation and photoconduction of Bi₂O₃-MO₃ (M=Mo or W) obtained by rapid quenchingSEKIYA, T; TSUZUKI, A; TORII, Y et al.Materials research bulletin. 1986, Vol 21, Num 5, pp 601-608, issn 0025-5408Article

A comparison of concentration-glasses and temperature-hyperquenched glasses: CO₂-formed glass versus temperature-formed glassALCOUTLABI, Mataz; BANDA, Lameck; MCKENNA, Gregory B et al.Polymer (Guildford). 2004, Vol 45, Num 16, pp 5629-5634, issn 0032-3861, 6 p.Article

Determination of the fictive temperature for a hyperquenched glassYUE, Y. Z; CHRISTIANSEN, J. De C; JENSEN, S. L et al.Chemical physics letters. 2002, Vol 357, Num 1-2, pp 20-24, issn 0009-2614Article

The glass transition of water, based on hyperquenching experimentsVELIKOV, V; BORICK, S; ANGELL, C. A et al.Science (Washington, D.C.). 2001, Vol 294, Num 5550, pp 2335-2338, issn 0036-8075Article

Transformations structurales dans les aciers inoxydables austeno-ferritiques : influence des éléments d'alliage = Structural transformations in stainless austenitic ferritic steels:influence of alloying elementsGAGNEPAIN, J. C; DUPOIRON, F; BONNEFOIS, B et al.Journal de physique. IV. 1994, Vol 4, Num 3, pp C3.75-C3.82, issn 1155-4339, 2Conference Paper

Vitrified dilute aqueous solutions. III: Plasticization of water's H-bonded network and the glass transition temperture's minimumHOFER, K; HALLBRUCKER, A; MAYER, E et al.Journal of physical chemistry (1952). 1989, Vol 93, Num 11, pp 4674-4677, issn 0022-3654Article

Un nouvel appareil pour évaluer la stabilité des matériaux minces hypertrempés: le labilohmètre = A new apparatus for evaluation of the durability of hyperquenched thin materials: the labilohmeterROUGIER, P; BIGOTTE, J. L.Spectra 2000. 1987, Vol 15, Num 119, pp 51-53, issn 0399-1172Article

An electrospray technique for hyperquenched glass calorimetry studies : Propylene glycol and di-n-butyl phthalateWANG, Li-Min; BORICK, Steve; ANGELL, C. Austen et al.Journal of non-crystalline solids. 2007, Vol 353, Num 41-43, pp 3829-3837, issn 0022-3093, 9 p.Conference Paper

Non-photochemical versus photochemical hole burning in hyperquenched glassy water and cubic iceREINOT, T; DANG, N. C; SMALL, G. J et al.Journal of luminescence. 2002, Vol 98, Num 1-4, pp 183-188, issn 0022-2313Conference Paper

Raman spectroscopic study of hyperquenched glassy water in the presence of different non-ionic solutesSUZUKI, Yoshiharu.Chemical physics letters. 2001, Vol 335, Num 5-6, pp 357-362, issn 0009-2614Article

Hydruration de Ti-Ni hypertrempe par l'hydrogène electrolytique à 25°C puis par l'hydrogene gaz active thermiquement: Relation entre la structure de TiNiH_x et sa capacité de stockage d'hydrogène = Hydriding of hyperquenched Ti-Ni: relation between structure and hydrogen storage capacityBASILE, F.Journal of applied electrochemistry. 1997, Vol 27, Num 5, pp 598-604, issn 0021-891XArticle

Etude expérimentale et simulation numérique de la cinétique de précipitation γ' et de l'évolution microstructurale dans le superalliage N18 au cours de la trempe = Experimental study and numerical simulation of γ'precipitation kinetics and microstructural evolution in N18 superalloy during quenchingGAYRAUD, N; MORET, F; DESVALLEY, Y et al.Journal de physique. IV. 1995, Vol 5, Num 3, pp C3.225-C3.235, issn 1155-4339Conference Paper