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Comparative analysis of heterogeneous solid and soft materials by adsorption, NMR and thermally stimulated depolarisation current methods

机译：通过吸附，NMR和热激发去极化电流方法对异质固体和软质材料进行比较分析

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Structural characterisation of such bio-objects as fibrinogen solution, yeast cells, wheat seeds and bone tissues has been done using two versions of cryoporometry based on the integral Gibbs-Thomson (IGT) equation for freezing point depression of pore liquids and the measurements by ~1H NMR spectroscopy (180-200 < T < 273 K) and the thermally stimulated depolarisation current (TSDC) method (90 < T < 273 K) of structured water. The IGT equation was solved using a self-consisting regularization procedure including the maximum entropy principle applied to the distribution function of pore size (PSD). Both methods give clear pictures of changes in the structural characteristics caused, e.g., by hydration and swelling of wheat seeds and yeast cells, coagulation and interaction of fibrinogen with solid nanoparticles in the aqueous media, and the human bone tissue disease.
机译：基于积分吉布斯-汤姆森（IGT）方程的孔隙度凝固点降低和〜的测量，已经使用两种形式的低温计量法对纤维蛋白原溶液，酵母细胞，小麦种子和骨组织等生物对象进行了结构表征。 1 H NMR光谱（180-200

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