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Abstract »ù±¾ÀàÐÍ£º ±¨µÀÐÔ£¬Ö¸Ê¾ÐÔ£¬±¨µÀ£­Ö¸Ê¾ÐԺͽṹʽÎÄÕª ×¢ÒâÕªÒªÓëǰÑÔµÄÇø±ð£¬Óйر³¾°×ÊÁÏ£¨background   information)·ÅǰÑÔÖÐ 1 »ù±¾ÌØÐÔ ¶ÀÁ¢¶ÌÎÄ£º¶ÀÁ¢ÐÔ The first studies by Shuford et al. (Polym Eng Sci 1976,16,25) of the effect of draw ratio on the piezoelectric properties of poly(vinylidene fluoride) films concluded that the effect of molecular orientation due to draw prior to film polarization was to increase greatly the piezoelectric response.
Compare the results, according to the equations (1), (2), (3), (4), defining inhibition type is competitive one. EIµÄÎÄÕª³¤¶ÈÒ»°ã²»³¬¹ý150   words£¬»ò1500×Öĸ¡£ ÃÀ¹úÎïÀíѧ»áStyle Manual, ²»³¬¹ý500¸öµ¥´Ê¡£

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  PET films uniaxially drawn in hot water are studied by means of conventional DSC and modulated DSC (MDSC). ¡­¡­ Variations of Tg with the water content and with the drawing are discussed in terms of the structure in these materials. The increments of ¦¤Cp at Tg are also interpreted using a three phases model.


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An analysis of the cure kinetics of several different formulations composed of bifunctional epoxy resins and aromatic diamines was performed. ¡­¡­ All kinetic parameters of the curing reaction were calculated and reported. Dynamic and isothermal DSC yielded different results. An explanation was offered in terms of different curing mechanism which prevail under different curing conditions. A mechanism scheme was proposed to account for various possible reactions during cure.


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The partial molar enthalpies of mixing of NaHSO4 and KHSO4 have been measured at 528K by dropping samples of pure compounds into molten mixtures of NaHSO4 and KHSO4 in Calvet calorimeter. From these values the molar enthalpy of mixing has been deduced.
The phase diagram of this system has been confirmed by conductometric and thermal analysis methods. By an optimization method the excess entropy of the liquid mixtures was also calculated.


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We report rheological data on anionic polyelectrolyte solutions of variable chain length and concentration, ¡­¡­

We have studied the dehydration under atmospheric pressure for ¡­¡­ ,NiNa4(PO3)¡¤6H2O ,between 25 and 700¡æ by thermal analyses (TG, DTA), infrared spectrometry and X-ray diffraction. ¡­¡­

¡­¡­We find that one component (polyimide) controls the permeability values and activation energies for helium permeation in the blends. ¡­¡­


¡­¡­To examine the effect of electric field on the aggregation structure of the particles, we observed light scattering of the suspension under an electric field, and found that the scattering pattern became anisotropic. ¡­¡­

¡­¡­We demonstrate the thermally activated nature of the¦Â-PMMA and ¦Â-P(VDF-TrFE) relaxation, with activation energies of 29.3 and 13.5 kcal/mol, respectively. ¡­¡­

¡­¡­We refer to the lamellar thickening process as a type of secondary crystallization. ¡­¡­



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  A detailed study of the melting behavior of oriented isotactic polypropylene has been carried out using differential scanning calorimetry.   The orientation in isotactic polypropylene was produced by extruding it in solid phase.   At extrusion ratio (ER ) greater four, two melting peaks were observed. With increasing ER, the lower temperature peak was found to shift to higher temperature. The corresponding shift in the higher temperature peak was much less.   It is shown that these peaks originate in the melting of crystalline species having different degrees of crystal disorder and stereo-block character.


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