Multisensory devices have already been developed and tested on reinnervated amputees, relaying sensations of contact, pressure, vibration, shear force and temperature.
多重感受装置已经研制出来并在经过神经移植的截肢患者身上测试，转换接触、压力、震动、剪切力和温度的感觉。
Experimental study is performed on its temperature resistance, high temperature stability, salt tolerance, static shear force changed with time and its compatibility.
对该体系的抗温性、高温稳定性、抗盐性、静切力随时间的变化及配伍性进行了试验研究。
The phenomenon of increasing shear force, and decreasing apparent viscosity, showed that it was a kind of Pseudo plastic Fluid. As the temperature increased, the apparent viscosity decreased.
表观粘度测定显示辛烯基琥珀酸淀粉酯具有剪切变稀现象，属于假塑性流体，表观黏度随着温度升高而下降。
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