Badmaev Badma B, Dembelova Tuyana S, Damdinov Bair B
Buryat Scientific Center of RAS (Sib. Div) Ulan-Ude 670047, Russia.
Adv Colloid Interface Sci. 2003 Jul 1;104:299-305. doi: 10.1016/s0001-8686(03)00049-6.
An acoustical resonance method with piezoquartz vibrator was used in the experimental determination of shear elasticity modulus and a tangent of mechanical loss angle of studied liquids and their boundary layers. It has been shown that liquid has an earlier unknown low frequency (approx. 100 kHz) viscoelastic relaxation process. The experimental results of investigation of low frequency shear elasticity of different class of liquids and their solutions have been presented. An experimental research of shear properties in dependence on shear deformation rate has been carried out. The possibility of the discovery of anomalous high viscosity of liquids has also been considered.
采用带有压电石英振动器的声学共振方法对所研究液体及其边界层的剪切弹性模量和机械损耗角正切进行了实验测定。结果表明，液体存在一种此前未知的低频（约100kHz）粘弹性弛豫过程。给出了不同种类液体及其溶液低频剪切弹性的研究实验结果。开展了剪切性能随剪切变形速率变化的实验研究。还考虑了发现液体异常高粘度的可能性。
