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Liquid Crystals Volume 10, 1991 - Issue 2
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Original Articles

Four unit linking groups II. Some novel smectic C materials

S. M. Kelly Central Research Units, F. Hoffmann-La Roche Ltd., CH-4002, Basle, Switzerland
,
J. Fünfschilling Central Research Units, F. Hoffmann-La Roche Ltd., CH-4002, Basle, Switzerland
&
F. Leenhouts Central Research Units, F. Hoffmann-La Roche Ltd., CH-4002, Basle, Switzerland; Philips, Eindhoven, Holland
Pages 243-260 | Received 29 Aug 1990, Accepted 23 Oct 1990, Published online: 24 Sep 2006

Citations (22)

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Read on this site (6)

VladimirF. Petrov. (2006) Pyrimidine as a Structural Fragment in Calamitic Liquid Crystals. Molecular Crystals and Liquid Crystals 457:1, pages 121-149.
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Hong-Cheu Lin, Long-Li Lai, Yu-Sheng Lin, Chiitang Tsai & Rong-Chi Chen. (2000) Positional and Charged Effects of Heterocyclic N Atoms on Mesogenic Properties of Stilbazoles and Analogous N-Oxides. Molecular Crystals and Liquid Crystals Science and Technology. Section A. Molecular Crystals and Liquid Crystals 339:1, pages 55-71.
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S.M. Kelly. (1996) The Effect Of The Position And Configuration Of Carbon–Carbon Double Bonds On The Mesomorphism Of Thermotropic, Non-Amphiphilic Liquid Crystals. Liquid Crystals 20:5, pages 493-515.
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S.M. Kelly & J. Fünfschilling. (1995) Alkyl/alkenyloxy phenyl/biphenylpyrimidines: Dependence of the liquid crystal transition temperatures on the position of the nitrogen atoms and the position and configuration of carbon-carbon double bonds. Liquid Crystals 19:4, pages 519-536.
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S.M. Kelly. (1993) 2-[4-Alkenyloxy)phenyl]-5-alkylpyrimidines The relationship between position and nature (E/Z) of the double bond and transition temperatures. Liquid Crystals 14:3, pages 675-698.
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S.M. Kelly, M. Schadt & H. Seiberle. (1992) Four-unit linking groups V. Optically active dopants. Liquid Crystals 11:5, pages 761-771.
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Articles from other publishers (16)

S.M. Kelly & M. O'Neill. 2001. Handbook of Advanced Electronic and Photonic Materials and Devices. Handbook of Advanced Electronic and Photonic Materials and Devices 1 66 .
Stephen M. Kelly & Jürg Fünfschilling. (1995) Three-ring phenyl/biphenylpyrimidine esters: dependence of liquid-crystal transition temperatures and other physical properties on the position of the nitrogen atoms and the double-bond configuration. J. Mater. Chem. 5:9, pages 1335-1343.
Crossref
V. Vill. 1995. Transition Temperatures and Related Properties of Three-Ring Systems with Two Bridging Groups. Transition Temperatures and Related Properties of Three-Ring Systems with Two Bridging Groups 587 612 .
V. Vill. 1995. Transition Temperatures and Related Properties of Three-Ring Systems with Two Bridging Groups. Transition Temperatures and Related Properties of Three-Ring Systems with Two Bridging Groups 525 549 .
V. Vill. 1995. Transition Temperatures and Related Properties of Three-Ring Systems with Two Bridging Groups. Transition Temperatures and Related Properties of Three-Ring Systems with Two Bridging Groups 500 524 .
V. Vill. 1995. Transition Temperatures and Related Properties of Three-Ring Systems with Two Bridging Groups. Transition Temperatures and Related Properties of Three-Ring Systems with Two Bridging Groups 425 449 .
Stephen M. Kelly, Richard Buchecker & Jürg Fünfschilling. (1994) α-Fluoro esters incorporating a cyclohexane ring: some new chiral dopants for ferroelectric mixtures. J. Mater. Chem. 4:11, pages 1689-1697.
Crossref
Stephen M. Kelly & Jürg Fünfschilling. (1994) Synthesis, transition temperatures, some physical properties and the influence of linkages, outboard dipoles and double bonds on smectic C formation in cyclohexylphenylpyrimidines. J. Mater. Chem. 4:11, pages 1673-1688.
Crossref
V. Vill. 1994. Transition Temperatures and Related Properties of Three-Ring Systems with One Bridging Group. Transition Temperatures and Related Properties of Three-Ring Systems with One Bridging Group 498 527 .
V. Vill. 1994. Transition Temperatures and Related Properties of Three-Ring Systems with One Bridging Group. Transition Temperatures and Related Properties of Three-Ring Systems with One Bridging Group 400 424 .
V. Vill. 1994. Transition Temperatures and Related Properties of Three-Ring Systems with One Bridging Group. Transition Temperatures and Related Properties of Three-Ring Systems with One Bridging Group 250 274 .
V. Vill. 1993. Transition Temperatures and Related Properties of Three-Ring Systems without Bridging Groups. Transition Temperatures and Related Properties of Three-Ring Systems without Bridging Groups 213 228 .
V. Vill. 1992. Transition Temperatures and Related Properties of Two-Ring Systems with Bridging Group. Transition Temperatures and Related Properties of Two-Ring Systems with Bridging Group 611 653 .
V. Vill. 1992. Transition Temperatures and Related Properties of Two-Ring Systems with Bridging Group. Transition Temperatures and Related Properties of Two-Ring Systems with Bridging Group 450 474 .
V. Vill. 1992. Transition Temperatures and Related Properties of One-Ring Systems and Two-Ring Systems without Bridging Groups. Transition Temperatures and Related Properties of One-Ring Systems and Two-Ring Systems without Bridging Groups 53 74 .
V. Vill. 1992. Transition Temperatures and Related Properties of One-Ring Systems and Two-Ring Systems without Bridging Groups. Transition Temperatures and Related Properties of One-Ring Systems and Two-Ring Systems without Bridging Groups 247 268 .

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