REFERENCES AND FOOTNOTES
- Thiele , J. 1900 . Chem. Ber. , 33 : 666
- Thiele , J. 1901 . Ibid. , 34 : 68
- Dunn , G. L. and Donohue , J. K. 1968 . Tetrahedron Lett. , : 3485
- Marchand , A. P. , Zhao , D. , Ngooi , T.-K. and Vidyasagar , V. 1993 . Tetrahedron , 49 ( 13 ) : 2613 and references cited therein
- Marchand , A. P. , Namboothiri , I. N.N. , Lewis , S. B. , Watson , W. H. and Krawiec , M. 1998 . Tetrahedron , 54 : 12691
- Marchand , A. P. , Deshpande , M. N. , Reddy , G. M. , Watson , W. H. and Nagl , A. 1989 . “ Division of Fuel Chemistry ” . In Preprints, Symposium on Chemical Aspects of Hypersonic Propulsion Vol. 34 , 946 – 954 . Washington, DC : American Chemical Society .
- Marchand , A. P. , Zope , A. , Zaragoza , F. , Bott , S. G. , Ammon , H. L. and Du , Z. 1994 . Tetrahedron , 50 : 1687
- Compound 5 is a highly volatile solid that sublimes rapidly under ambient conditions. Thus, due to losses that inevitably occur during isolation and purification of this material, the quantity of 5 reported herein should be considered to be our minimum isolated yield