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Temperature gradient interaction

Some additional effects were considered for the thermocapillary motion of drops and bubbles in an external temperature gradient interaction of a drop with a plane wall [285], and interaction of drops with bubbles or of bubbles with each other [12, 146], In particular, it was shown in [12] that the interaction of drops of radius a decreases with increasing distance l between them as (a/i f for thermocapillary drift, compared with a/l for the motion in the gravitational field. [Pg.254]

Lee HC, Lee W, Chang T. Characterization of polymers by temperature gradient interaction chromatography. Korea Polym J 1996 4 160. [Pg.123]

Chang T, Lee W, Lee HC. Temperature gradient interaction chromatography of pol)miers. Annual Technical Conference. Society of Plastics Engineers 1998 2 2101. [Pg.123]

Lee HC, Chang T, Harville S, Mays JW. Characterization of linear and star polystyrene by temperature-gradient interaction chromatography with a light-scattering detector. Macromol 1998 31 690. [Pg.124]

Lee W, Cho D, Chun BO, Chang T, Ree M. Characterisation of polystyrene and pol-yisoprene by normal-phase temperature gradient interaction chromatography. J Chromatogr A 2001 910 51. [Pg.124]

Cho D, Park S, Chang T, Avgeropoulos A, Hadjichristidis N. Characterization of a 4-miktoarm star copolymer of the (PS-b-Pl)3 PS type by temperature gradient interaction chromatography. Euro Polymer J 2003 39 2155. [Pg.124]

Cho D, Park S, Chang T, Ute K, Fukuda 1, Kitayama T. Temperature gradient interaction chromatography and MALDl-TOF mass spectrometry analysis of stereoregular poly(ethyl methacrylatejs. Anal Chem 2002 74 1928. [Pg.124]

Cho and co-workers [137] applied temperature gradient interaction chromatography to the separation of stereoregular polyethyl methacrylate according to the tacticity. Three different polyethyl methacrylate samples with differing tacticity and prepared by anionic polymerisation were used. Polymer samples were fractionated by temperature gradient interaction chromatography and by MALDI-ToF-MS. [Pg.18]

RP-TG-IC Reverse phase temperature gradient interaction chromatography... [Pg.223]

Atlanta, Ga., 26th-30th April 1998, p.2101-5. 012 TEMPERATURE GRADIENT INTERACTION CHROMATOGRAPHY OF POLYMERS... [Pg.112]

A new chromatographic method for polymer molecular weight characterisation, temperature gradient interaction... [Pg.126]

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