This paper presents an analysis of dispersion of dynamic biochemical signals in steady flow in a shallow Y-type microfluidic channel. A method is presented to c
<正>The addition of environmental sensing,in the form of depth sensing,to the control of powered,lower-limb prostheses was proposed.Currently,the prediction of
A novel waterproof electronic sphygmomanometer is presented in this paper, the special design of sealing structure is used in this sphygmomanometer that allows