For such an approach, the authors presented a new hemorheological model, in which the blood was considered as a nonlinear Maxwell fluid, of which the elastic modulus and viscosity varied with the evolution of microstructure during blood clotting.

• 本文 针对 这一 方法， 提出 了一种血液流变 学理论模型， 把血 样看 作非 线性 Max w ell 流体， 其弹 性模 量 和粘 度都 随 凝血 过程中 结构演化而变。