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In this paper, based on the electromagnetic properties of biological tissue in the gigahertz and terahertz frequency, we deduced the finite difference time domain (FDTD) algorithm for Debye media respectively. And in each of the two bands, two kinds of typical biological tissues were simulated. By comparing the cancer tissue with skin tissue, it can be drawn that the absorption rate of electromagnetic...
Time domain characteristic for human tissue in THz band is derivate based on double Debye model. Owing to the characteristic properties of THz, there has been an increasing interest in the biological applications of THz technologies, especially in the cancer spectroscopic studies and potential therapies. The time domain characteristic properties for human tissues play an important role in the theory...
Cancer claimed the death of over 7.6 million people each year all over the world Many attempts have being practiced in clinical applications, yet some new technologies are believed to make up for the shortcomings of existing methods. Some latest advances have aroused interests in terahertz imaging and the biological effect as promising diagnostic methods for cancer. This review, however, taps into...
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