" /> " /> " /> " /> " /> " /> (1970), 24, 453-462] at T = 278 and 93 K. The present redetermination at (1970), 24, 453-462] at T = 278 and 93 K. The present redetermination at (1970), 24, 453-462] at T = 278 and 93 K. The present redetermination at (1970), 24, 453-462] at T = 278 and 93 K. The present redetermination at (1970), 24, 453-462] at T = 278 and 93 K. The present redetermination at (1970), 24, 453-462] at T = 278 and 93 K. The present redetermination at T = 40 K provides data of higher precision, reflected in s.u.'s T = 40 K provides data of higher precision, reflected in s.u.'s T = 40 K provides data of higher precision, reflected in s.u.'s T = 40 K provides data of higher precision, reflected in s.u.'s T = 40 K provides data of higher precision, reflected in s.u.'s T = 40 K provides data of higher precision, reflected in s.u.'s using the Weissenberg technique, and twice by Nahringbauer [Acta Chem. Scand. using the Weissenberg technique, and twice by Nahringbauer [Acta Chem. Scand. using the Weissenberg technique, and twice by Nahringbauer [Acta Chem. Scand. using the Weissenberg technique, and twice by Nahringbauer [Acta Chem. Scand. using the Weissenberg technique, and twice by Nahringbauer [Acta Chem. Scand. using the Weissenberg technique, and twice by Nahringbauer [Acta Chem. Scand. which are about one third those of Nahringbauer. which are about one third those of Nahringbauer. which are about one third those of Nahringbauer. which are about one third those of Nahringbauer. which are about one third those of Nahringbauer. which are about one third those of Nahringbauer.