38
FREEZE—DRYING
5. FUKUTA N. and MASON B. I. (1963). J. Physics and Chemistry of Solids, 24, p. 715.
6. HECHI‘ER O. (1965). Annals of the New York Academy of Sciences, 125, p. 625.
7. PRUPPOCHER H. (1963). Journal of Chemical Physics, 39, p. 1586.
8. ONO A. (1965). Proceedings International Conference on Cloud Physics, Tokyo, p. 185. (Meteorological
Society of Japan.)
9. *HALLETT J. (1964). Journal of Atmospheric Sciences, 2]
,
p. 671.
_
10. MASON B. I. (1957). The Physics of Clouds, Oxford University Press, p. 186.
11. MACKLIN W. C. and RYAN B. F. (1965). Journal of Atmospheric Sciences, 22, p. 452.
12. HILLIG W. B. (1958). Growth and Perfection of Crystals. Cooperstown Conference Proceedings, p. 350,
New York, Wiley.
13. HALLETT J. (1965). Federation Proceedings, 24, No. 2, Part 3, p. 534.
14. DE MICHELI S. M. and IRIBARNE .T. V. (1963). Jour. de Chimie Physique, 60, p. 767.
15. *CHADWICK G. A. (1965). Progress in Materials Science, 12, p. 99.
FREEZE—DRYING
5. FUKUTA N. and MASON B. I. (1963). J. Physics and Chemistry of Solids, 24, p. 715.
6. HECHI‘ER O. (1965). Annals of the New York Academy of Sciences, 125, p. 625.
7. PRUPPOCHER H. (1963). Journal of Chemical Physics, 39, p. 1586.
8. ONO A. (1965). Proceedings International Conference on Cloud Physics, Tokyo, p. 185. (Meteorological
Society of Japan.)
9. *HALLETT J. (1964). Journal of Atmospheric Sciences, 2]
,
p. 671.
_
10. MASON B. I. (1957). The Physics of Clouds, Oxford University Press, p. 186.
11. MACKLIN W. C. and RYAN B. F. (1965). Journal of Atmospheric Sciences, 22, p. 452.
12. HILLIG W. B. (1958). Growth and Perfection of Crystals. Cooperstown Conference Proceedings, p. 350,
New York, Wiley.
13. HALLETT J. (1965). Federation Proceedings, 24, No. 2, Part 3, p. 534.
14. DE MICHELI S. M. and IRIBARNE .T. V. (1963). Jour. de Chimie Physique, 60, p. 767.
15. *CHADWICK G. A. (1965). Progress in Materials Science, 12, p. 99.