The molecular structure of the cell wall of fibers. A summary of X-ray investigations

[1] Bragg WH, 1924, XRAYS CRYSTAL STRUCT

[2] ECHARLTON WWN, 1926, J CHEM SOC, V129, P89

[3] Roentgen-spectographic observations on cellulose [J]. ZEITSCHRIFT FUR PHYSIK, 1920, 3 : 196 - 198

[4] HERZOG RO, 1926, J PHYS CHEM-US, V30, P455

[5] IRVINE JC, 1924, CHEM REV, V7, P54

[6] Nishikawa S., 1913, TOKYO SUGAKU BUTURIG, V7, P131

[7] SPONSLER O. L., 1926, COLLOID SYMPOSIUM MONOGRAPH, V4, P174

[8] The structure of the starch grain [J]. AMERICAN JOURNAL OF BOTANY, 1922, 9 (09) : 471 - 492

[9] X-ray diffraction patterns from plant fibers. [J]. JOURNAL OF GENERAL PHYSIOLOGY, 1925, 9 (02) : 221 - U3

[10] The cellulose space lattice of plant fibres [J]. NATURE, 1927, 120 : 767 - 767

[1] Bragg WH, 1924, XRAYS CRYSTAL STRUCT

[2] ECHARLTON WWN, 1926, J CHEM SOC, V129, P89

[3] Roentgen-spectographic observations on cellulose [J]. ZEITSCHRIFT FUR PHYSIK, 1920, 3 : 196 - 198

[4] HERZOG RO, 1926, J PHYS CHEM-US, V30, P455

[5] IRVINE JC, 1924, CHEM REV, V7, P54

[6] Nishikawa S., 1913, TOKYO SUGAKU BUTURIG, V7, P131

[7] SPONSLER O. L., 1926, COLLOID SYMPOSIUM MONOGRAPH, V4, P174

[8] The structure of the starch grain [J]. AMERICAN JOURNAL OF BOTANY, 1922, 9 (09) : 471 - 492

[9] X-ray diffraction patterns from plant fibers. [J]. JOURNAL OF GENERAL PHYSIOLOGY, 1925, 9 (02) : 221 - U3

[10] The cellulose space lattice of plant fibres [J]. NATURE, 1927, 120 : 767 - 767