Search Results - "Parsons, Ian W"

Mass spectrometric methods for assessing the thermal stability of liquid polymers and oils: study of some liquid polyisobutylenes used in the production of crankcase oil additives by Lehrle, Roy S, Duncan, Robert, Liu, Yirong, Parsons, Ian W, Rollinson, Mark, Lamb, Gordon, Barr, Douglas

“…The onset temperature of thermal degradation of a liquid polymer or oil, and the characteristics of the pyrolysis at higher temperatures, can be assessed by…”
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A Molecular Chameleon: Chromophoric Sensing by a Self-Complexing Molecular Assembly by Wolf, Reinhard, Asakawa, Masumi, Ashton, Peter R., Gómez-López, Marcos, Hamers, Christoph, Menzer, Stephan, Parsons, Ian W., Spencer, Neil, Stoddart, J. Fraser, Tolley, Malcolm S., Williams, David J.

“…A color change from purple to green takes place on addition of tetrathiafulvalene (TTF) to the macrobicyclic receptor 14+, which is composed of a…”
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An in-line ampoule-breaking furnace for mass spectrometric study of the thermal stabilities of volatile oils by Lehrle, Roy S, Liu, Yirong, Earwaker, Hans Peter, Parsons, Ian W, Barr, Douglas M, McAtee, Rodney

“…This paper describes the design, development, and construction of an in-line pyrolysis unit for the mass spectrometric study of the thermal stabilities of…”
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A recent attempt to apply frontier orbital theory to nucleophilic aromatic substitution by Burdon, James, Parsons, Ian W

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Self-Assembling Supramolecular Daisy Chains by Ashton, Peter R., Parsons, Ian W., Raymo, Françisco M., Stoddart, J. Fraser, White, Andrew J. P., Williams, David J., Wolf, Reinhard

“…Self‐complementary monomers, incorporating a macrocyclic polyether “head” with an acyclic bipyridinium‐based “tail”, self‐assemble spontaneously in solution to…”
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Dynamic behaviour of a pseudo[ n]polyrotaxane containing a bipyridyl-based cyclophane: spectroscopic observations by Mason, Philip E., Parsons, Ian W., Tolley, Malcolm S.

“…We have shown by 1H n.m.r. spectroscopy that the equilibrium between the cyclophane 5,12,19,26[tetraazoniaheptacyclo[24.2.2.2 2,5.2 7,10.2 12,15.2 16,19.2…”
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FURAN-CONTAINING MODIFIED ORGANOSILICON POLYMERS: PREPARATION, PROPERTIES AND SOME APPLICATIONS by VORONKOV, A.V., KOPYLOV, V.M., PARSONS, IAN W.

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Supramolekulare Gänseblümchenketten durch Selbstorganisation by Ashton, Peter R., Parsons, Ian W., Raymo, Françisco M., Stoddart, J. Fraser, White, Andrew J. P., Williams, David J., Wolf, Reinhard

“…Selbstkomplementäre Monomere, bestehend aus einer makrocyclischen Polyether‐Kopfgruppe und einer acyclischen Bipyridinium‐Schwanzgruppe, bilden in Lösung unter…”
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Ein molekulares Chamäleon: ein selbstkomplexierendes molekulares Aggregat als chromophorer Sensor by Wolf, Reinhard, Asakawa, Masumi, Ashton, Peter R., Gómez‐López, Marcos, Hamers, Christoph, Menzer, Stephan, Parsons, Ian W., Spencer, Neil, Stoddart, J. Fraser, Tolley, Malcolm S., Williams, David J.

“…Von Purpurfarben nach Grün wechselt die Farbe bei Zugabe von Tetrathiafulvalen (TTF) zum makrobicyclischen Rezeptor 14+, der sich aus einem…”
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Supramolekulare Gänseblümchenketten durch Selbstorganisation by Ashton, Peter R., Parsons, Ian W., Raymo, Françisco M., Stoddart, J. Fraser, White, Andrew J. P., Williams, David J., Wolf, Reinhard

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Ein molekulares Chamäleon: ein selbstkomplexierendes molekulares Aggregat als chromophorer Sensor by Wolf, Reinhard, Asakawa, Masumi, Ashton, Peter R., Gómez-López, Marcos, Hamers, Christoph, Menzer, Stephan, Parsons, Ian W., Spencer, Neil, Stoddart, J. Fraser, Tolley, Malcolm S., Williams, David J.

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