Лед и вода

Выставка научной литературы из фондов БЕН РАН для лаборатории Квантовых кристаллов в ИФТТ РАН.

24 мая - 8 июня 2012 г. - в библиотеке ИФТТ РАН.


1. Hobbs Peter V. Ice physics. -Oxford : Oxford univ. press, 2010.-XVII, 837 p.-(Oxford classic texts in the physical sciencesa).-Библиогр. a. Auth. ind.: p.747-803. Указ.: Subject ind.: p.809-837.-ISBN 978-0-19-958771-1.
2. International conference on the physics and chemistry of ice (11; 2006; Bremerhaven). 11th International. (PCI-2006), Bremerhaven, Germany, 23-28 July 2006 : Abstracts / Ed. by Wilhelms Frank a. Kuhs Werner F. -Bremerhaven : Alfred-Wegener-Inst. fur Polar-u. Meeresforschung, 2007.-XIII, 214 p. (Berichte zur Polar-und Meeresforschung, ISSN 1618-3193; H.-Nr. 549 ).
3. Olaf Eisen. On the nature, interpretation, and application of electromagnetic reflections in cold ice / Eisen Olaf. -Bremerhaven : Alfred-Wegener-Inst. fuer Polar-u. Meeresforschung, 2003.-IV, 86 p. : ил., табл.-(Ber. zur Polar-u. Meeresforschung, ISSN 1618-3193; H.-Nr. 474 ).
4. Prange Matthias. Einfluss arktischer Suesswasserquellen auf die Zirkulation im Nordmeer und im Nordatlantik in einem prognostischen Ozean-Meereis-Model / Prange Matthias. -Bremerhaven : Alfred-Wegener-Inst. fuer Polar-u. Meeresforschung, 2003.-220 c.-(Ber. zur Polar-u. Meeresforschung, ISSN 1618-3193; H.-Nr. 468).

1. Nada H., Furukawa Y. Anisotropy in structural phase transitions at ice surfaces: a molecular dynamics study. -Applied Surface Science (NLD).-1997.-Vol.121-122, p.445-447.

2. Kondo M; Kawanowa H. et al. Hydration of the HCl and NH3 molecules adsorbed on amorphous water-ice surface. -Applied Surface Science (NLD).-2004.-Vol. 237, N 1, p. 509-513.

3. Jenniskens P., Blake D.F. Crystallization of amorphous water ice in the solar system. -Astrophysical Journal (USA).-1996.-Vol.473, N 2, p.1104-1113.

4. International conference on the physics and chemistry of ice (10; 2002; St. John's). 10th International conference on the physics and chemistry of ice. -Canadian Journal of Physics (CAN).-2003.-Vol. 81, N 1, p.1-544.
5. Schriver-Mazzuoli L., Schriver A., Chaabouni H. Photo-oxidation of SO2 and of SO2 trapped in amorphous water ice studied by IR spectroscopy. Implications for Jupiter's satellite Europa. -Canadian Journal of Physics (CAN).-2003.-Vol. 81, N 1, p.301-309.
6. Suter M.T., Bolton K., Andersson P.U. Argon collisions with amorphous water ice surfaces. -Chemical Physics (NLD).-2006.Vol.326, N 2,p.281-288.

7. Svishchev I.M., Kusalik P.G. Spatial Structure in Low-Temperature Amorphous Phases of Water. -Chemical Physics Letters (NLD).-1995.-Vol.239, N 4, p.349-353.

8. Giering T., Haarer D. Structural relaxations in amorphous water studied by hole-burning spectroscopy. -Chemical Physics Letters (NLD).-1996.-Vol.261, N 6, p.677-684.

9. Tanaka H. Phase behaviors of supercooled water: Reconciling a critical point of amorphous ices with spinodal instability. -Journal of Chemical Physics (USA).-1996.-Vol.105, N 12, p.5099-5111.

10. Dohnalek Z., Ciolli R.L., Kimmel G.A. et al. Substrate induced crystallization of amorphous solid water at low temperatures. - Journal of Chemical Physics (USA).-1999.-Vol.110, N 12, p.5489-5492.

11. Petric N.G., Kavetsky A.G., Kimmel G.A. Electron-stimulated production of molecular oxygen in amorphous solid water on Pt(111): Precursor transport through the hydrogen bonding network. -Journal of Chemical Physics (USA).-2006.-Vol. 125, N 12, p.124702.
12. Amiaud L., Dulieu F., Fillion J.-H. et al. Interaction of atomic and molecular deuterium with a nonporous amorphous water ice surface between 8 and 30 K. -Journal of Chemical Physics (USA).-2007.-Vol. 127, N 14, p.144709.
13. Koza M.M., Schober H., Fischer H.E et al. Kinetics of the high- to low-density amorphous water transition. -Journal of Physics: Condensed Matter (GBR).-2003.-Vol.15, N 3, p. 321-332.

14. Andersson O. Relaxation time of water's high-density amorphous ice phase. -Physical Review Letters (USA).-2005.-Vol.95, N 20, p. N205503.

  1. A model of cometary nucleus taking into account all phase changes of water ice: amorphous, crystalline, and clathrate
  2. Amorphous water-soluble calcium citrate salts and method of making and using same
  3. Analysis of single-crystal neutron diffuse scattering from ice Ih
  4. Bismuth layered structure pyroelectric detectors
  5. Classical—quantum mappings for unconventional phase transitions in geometrically frustrated systems
  6. Fast Proton Hopping in Ice (Ih) Confirmed by Quasi-Elastic Neutron Scattering
  7. First-order phase transition in cubic ice
  8. Ice Structure
  9. Phase Transitions in the Early Universe
  10. Powder X-ray diffraction observations of ice crystals formed from disaccharide solutions
  11. SnowCrystals.com
  12. Structure and dynamics of high pressure ice phases by novel neutron scattering techniques
  13. X-ray absorption of ordered and disordered ice
  14. Water Structure and Science