biomedical optical imaging; blood; haemodynamics; image resolution; laser applications in medicine; medical image processing; spatiotemporal phenomena; speckle; blood flow imaging; clinical diagnosis; in vitro simulation experiments; laser speckle contrast imaging; penetration depth; preclinical researches; scattering particles concentration effects; spatial resolution; spatiotemporal methods; temporal resolution; traditional theory; two-dimensional blood flow distribution information; Blood flow; Fitting; Imaging; Lasers; Optimized production technology; Scattering; Speckle; contrast value K; laser speckle contrast imaging (LSCI); scattering particals concentration;
机译:散射和吸收对激光散斑对比度成像的综合影响
机译:静态散射体在激光散斑对比度成像的影响:相关性与对比度的实验研究
机译:静态散射体在激光散斑对比度成像的影响:相关性与对比度的实验研究
机译:散斑浓度在激光散斑对比度成像中的作用
机译:散射和吸收对激光散斑对比度成像的影响。
机译:激光散斑对比度成像中的成像深度和多重散射
机译:散射和吸收对激光散斑对比度成像的影响