THEORETICAL MODEL FOR MOTION OF KRYPTON IN A HHYDROQUINONE CLATHRATE

[1] BARNETT B, 1964, JAN-JUN SEM ANN REP, P46

[2] GREY NR, 1963, MOL PHYS, V7, P83

[3] THERMODYNAMIC PROPERTIES OF CLATHRATES .3. THE HEAT CAPACITY AND ENTROPY OF KRYPTON IN THE KRYPTON QUINOL CLATHRATES [J]. MOLECULAR PHYSICS, 1961, 4 (02) : 153 - 159

[4] MOSSBAUER EFFECT IN KR-83 TRAPPED IN A CLATHRATE COMPOUND [J]. PHYSICS LETTERS, 1962, 2 (07): : 337 - 339

[5] KOMPANEYETS AS, 1961, THEORETICAL PHYSICS, P525

[6] KOMPANEYETS AS, 1961, THEORETICAL PHYSICS, P530

[7] LANDAU LD, 1958, STATISTICAL PHYSICS, P67

[8] HYDROGEN BOND LINKING OF QUINOL MOLECULES [J]. NATURE, 1945, 156 (3959) : 334 - 335

[9] PALIN DE, 1947, J CHEM SOC LONDON, V570, P208

[10] PALIN DE, 1948, J CHEM SOC, V571, P815

[1] BARNETT B, 1964, JAN-JUN SEM ANN REP, P46

[2] GREY NR, 1963, MOL PHYS, V7, P83

[3] THERMODYNAMIC PROPERTIES OF CLATHRATES .3. THE HEAT CAPACITY AND ENTROPY OF KRYPTON IN THE KRYPTON QUINOL CLATHRATES [J]. MOLECULAR PHYSICS, 1961, 4 (02) : 153 - 159

[4] MOSSBAUER EFFECT IN KR-83 TRAPPED IN A CLATHRATE COMPOUND [J]. PHYSICS LETTERS, 1962, 2 (07): : 337 - 339

[5] KOMPANEYETS AS, 1961, THEORETICAL PHYSICS, P525

[6] KOMPANEYETS AS, 1961, THEORETICAL PHYSICS, P530

[7] LANDAU LD, 1958, STATISTICAL PHYSICS, P67

[8] HYDROGEN BOND LINKING OF QUINOL MOLECULES [J]. NATURE, 1945, 156 (3959) : 334 - 335

[9] PALIN DE, 1947, J CHEM SOC LONDON, V570, P208

[10] PALIN DE, 1948, J CHEM SOC, V571, P815