Chemistry Reference
In-Depth Information
108. Kort¨m G (1974) Die Thermochromie,
Piezochromie
und
Photochromie
der
Dehydrodianthrone. Ber Bunsenges Phys Chem 78:391-403
109. Grubb WT, Kistiakowsky GB (1950) On the nature of thermochromism. J Am Chem Soc
72:419-424
110. Theilacker W, Kort¨m G, Friedheim G (1950) Zur Frage der Thermochromie; ein Beispiel
f¨r eine echte Valenztautomerie. Chem Ber 83:508-519
111. Theilacker W (1953) Die Dehydrodianthrone und ihr thermisches und optisches Verhalten.
Angew Chem 65:216-216
112. Kort¨m G (1958) Thermochromie, Piezochromie, Photochromie, und Photomagnetismus.
Angew Chem 70:14-20
113. Kort¨m G, Theilacker W, Schreyer G (1957) Zur Frage der Thermochromie IV. Mitteilung:
Die Thermochromie adsorbierter Molekeln; Identit¨t von Thermochromie und Piezochromie.
Z Physik Chem NF 11:182-195
114. Grabowski ZR, Balasiewicz MS (1968) Polarography and kinetics of the thermochromic
system of dehydrodianthrone. Trans Faraday Soc 64:3346-3353
115. Tapuhi Y, Kalisky O, Agranat I (1979) Thermochromism and thermal E, Z-isomerizations in
bianthrones. J Org Chem 44:1949-1952
116. Kort
¨
m G, Zoller W (1967) Piezochromie und Thermochromie der Dehydrodianthrone.
Chem Ber 100:280-292
117. Kort¨m G, Krieg P (1969) Spektroskopische Untersuchungen zur Thermo-, Piezo- und
Photochromie von Bixanthyliden-(9,9
0
) und Biflavyliden-(4,4
0
). Chem Ber 102:3033-3045
118. Hirshberg Y, Fischer E (1953) Low-temperature photochromism and its relation to
thermochromism. J Chem Soc (Lond) 629-636
119. Matsue T, Evans DH (1984) Electron-transfer reactions and associated conformational
changes. The effect of disproportionation on the reduction of bianthrone at elevated temper-
atures. J Electroanal Chem 168:287-298
120. Fanselow DL, Drickamer HG (1974) High pressure studies of the electronic behavior of
bianthrones. J Chem Phys 61:4567-4574
121. Wasserman E, Davis RE (1959) On the identity of the green forms of bianthrone. J Chem
Phys 30:1367-1367
122. Theilacker W, Kort¨m G, Elliehausen H (1956) Zur Frage der Thermochromie,
V. Mitteilung: Optische Aktivierung der Dehydrodianthron-carbons¨ure-(3). Die Ursache
der Thermochromie. Chem Ber 89:2306-2318
123. Hirshberg Y (1950) Photochromie dans la s´rie de la bianthrone. Compt Rend hebd S´ances
Acad Sci 231:903-904
124. Hirshberg Y (1951) The mechanism of low temperature photochromy in the bianthrone
series. Bull Res Council Israel 1:123-125
125. Fischer E (1984) Photochromism and other reversible photoreactions in the dianthrylidenes
and implications regarding environmental control of photoreactions, colour-structure corre-
lations, and other points. Rev Chem Intermed 5:393-422
126. Muszkat KA (1988) Photochromism and thermochromism in bianthrones and
bianthrylidenes. In: Patai S, Rappoport Z (eds) The chemistry of quinonoid compounds, vol
2. Wiley, Chichester, pp 203-224
127. Lorenz R, Wild U, Huber JR (1969) The photochromism of the dehydrodianthrones. Pariser-
Parr-Pople calculations. Photochem Photobio 10:233-242
128. Bercovici T, Korenstein R, Muszkat KA, Fischer E (1970) Dianthrone photochromism
1950-1970. Pure Appl Chem 24:531-565
129. Kort¨m G, Zoller W (1970) Photochromie benzo-substituierter Xanthylidenanthrone. Chem
Ber 103:2062-2076
130. Fischer E (1975) Photochromie und photochrome Verbindungen. Chem Unserer Zeit 9:85-95
131. Laarhoven WH (1990) 4n+2 systems: molecules derived from
Z
-hexa-1,3,5-triene /
cyclohexa-1,3-diene. In: D¨rr H, Bouas-Laurent H (eds) Photochromism, molecules and
systems. Elsevier, Amsterdam, pp 270-313
