The negative entropy values make the bio-small-molecules formthe bio-self-organization with order state and high energy and low entropy,which make theliving bodies grow and develop and change.

Detection for optical properties of biological tissue based on time-correlated single-photon counting technology;

Numerical simulation of freezing phase change process in biological tissue;

Application of Mie theory in biological tissue scattering characteristics analysis;

The research on thermal damage in biological tissues induced by high-irradiance-laser;

Photic intensity distribution simulations of biological tissues with polystyrene spheres;

Based on the radiative transfer theory,the linear spatial translation invariance of light transporting in biological tissues is discussed comprehensively.

A confocal endoscope for tomographic imaging of tissue;

Thermal Interaction of Laser Tissue and Clinical Application;

The Study of the Thermal and Acoustic Injurys to the Tissue in Double Laser Pulse Therapy;

Effects of Probe Configuration on the Measurement of Bio-tissue Thermal Physical Parameters Using Step-temperature Technique;

Research of High Power Pulse Laser Vaporizing Bio-tissue;

Refractive index measurement of bio-tissue based on Fourier domain optical coherence tomography

Ultrasonic estimating mean scatterer spacing of biotissue based on wavelet transform;

One of these aspects is the experimental studies of the ablation threshold of various biotissues .

In this paper the onedimonsional Stefantype model for the heat effect of highirradiance laser on biotissues and the inverse problem identification are adopted to obtain a relational expression for calculating the ablation depth in laserirradiated tissues, in which the complex nature of actual situationthe multidimensional problemis taken into account.