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Borovikova, L.N.,Denisov, YU.M. The consideration ?f glacial feed in the runoff of mountain rivers. [Union Géodésique, ...] Symposium. Neiges et glaces.... 1971 [1975] p. 225–28. [Model developed which describes distribution of water-equivalent of snow as function of altitude, and hence elevation of seasonal.snow-line and volume of snow for any day. Method suggested for computing contribution of glacial water to total income.]Google Scholar

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Brown,, C B. Evans,, R. J.]. Effect of glide and creep 011 rigid obstacles. [Union Géodésique....] Symposium. Mécanique de la neige... 1974 [1975], p. 407–407, [Concerned with development of element which has facility of conforming to snow-pack kinematics in neutral zones and boundary conditions on rigid obstacles. Once developed and included in finite element solution scheme, forces on rigid obstacles and regimes of creep and glide may be predicted. Discussion, p. 414.] Google Scholar

Brown, R.L. Lang, T.E. On the fracture properties of snow. [Union Géodésique....] Symposium. Mécanique de la neige. … 1974 [1975], p. 196–207. [Investigates thermodynamics associated with fracture by employing principles of continuum thermodynamics.)Google Scholar

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Cerutti, A.V. Le condizioni termometriche e nivometriche del periodo 1936-70 sul versante meridionale del Monte Bianco e le variazioni di volume delle precipitazioni nevose nei bacini glaciali. Bollettino del Comitato Glaciologico Italiano, Ser. 2, No. 23,. 1975, p. 31–50. [Presents observations on temperature and snow conditions between 1936 and 1970 on southern slope of Mont Blanc, and discusses variations in volume of snow precipitated in the glacier basins. French abstract, p. 31–32.]Google Scholar

Golbeck, S.C. Grain and bond growth in wet snow. [Union Géodésique...] Symposium. Mécanique de la neige.... 1974 [1975], p. 51–61. [Distinguishes between pendular and funicular conditions of saturation. Discussion, p. 60–61.]Google Scholar

Denisov, Y.M. Trofimova, E.B. A mathematical model representing snow as a multiphase, medium. [Union Géodésique....] Symposium. Mécanique de la neige.... 1974 [1975], p. 292. [Abstract.]Google Scholar

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Cow, A.J. Time-temperature dependence of sintering in perennial isothermal snowpacks. [Union Géodésique....] Symposium. Mécanique de la neige.... 1974 [1975], p. 25–41. [Reviews results of recent investigations on sintering, occurring over protracted periods of time in perennial polar snow-packs (Antarctica and Greenland). Discussion, p. 41.]Google Scholar

Grigoryan, S.S. Mechanics of snow avalanches. [Union Géodésique....] Symposium. Mécanique de la neige.... 1974 [1975], p. 355–355 [Reviews current state of knowledge, with particular reference to studies carried out at Moscow University. Discussion, p. 367–68.]Google Scholar

Grigoryan, S.S. Urumbayev, N.A. O prirode lavinoy vozdushnoy volny [On the nature of avalanche air-waves]. Institut Mekhaniki MGU. Nauchnyye Trudy, No. 42, 1975, p. 74–83. [Data from a number of years in the pre-Elbrus region used to explain the nature of the “enigmatic" appearance of air-waves in association with avalanches.|Google Scholar

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Harrison, H. Computer simulation of snowflake size distribution and radar Doppler-velocities, [by] Harrison, H., Simon, B.,Weiss, R.. (In 16th Radar Meteorology Conference. Sponsored by the American’Meteorological Society, April 22-24, 1975, Houston, Texas. Boston, American Meteorological Society, [1975], p. 447–50.) [Presents numerical model constructed to simulate principal effects of snow-flake accretion and radar backscatter and compares with measurements of snowfall Doppler spectra from vertically pointing X-band radar.]Google Scholar

Higuchi, K. On the relation between mass balance of perennial snow patches and climatic variation in central Japan. [Union Géodésique....] Symposium, Neiges et glaces … 1971 [1975], p. 141–43. [Can be expected from climatic variation during recent 40 years that perennial snow-patches in northern part of central Japan have tendency to expand as secular variation.]Google Scholar

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Kojima, K. A field experiment on the rate of densification of natural snow layers under low stresses. [Union Géodésique....] Symposium. Mécanique de la neige.... 1974 [1975], p. 298–308. [Describes field experiment with snow of low densities from 0.1 to 0.3 g cm ^-3 under stresses less than 15 g cm^-2. Discussion, p. 308.]Google Scholar

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St lawrence, W.F. Bradley, , C.C. The deformation of snow in terms of a structural mechanism. [Union Géodésique.... ] Symposia». Mécanique de la neige.... 1974 [1975], p. 155–70. [Develops one-dimensional theory to describe deformation of snow, which considers process in terms of inter- and intragranular deformations. Theory rests heavily upon use of acoustic emission data. Discussion, p. 168–70.]Google Scholar

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