| Applicator types and emitting characters significantly affected the thermal damage regions during laser-induced interstitial thermotherapy. |
| 可见激光光纤加入头形式和发光特性对激光诱导肿瘤间质热疗具有重要的影响。 |
| 短句来源 |
| The effects of different laser sources,laser power and temperature control range on the thermal damage volume were analyzed based on the present model. |
| 通过数值模拟的方法分析了激光波长、激光功率、温控范围等因素对激光诱导肿瘤间质热疗中热损伤体积的影响。 |
| 短句来源 |
| The numerical results showed that the dynamic changes of tissue physical properties significantly affected the thermal damage volume and should be carefully considered to properly predict the clinical procedure. |
| 因此在激光诱导间质肿瘤热疗的数值模拟中应该考虑热物性及血液灌注率的动态变化以期为临床治疗方案的制定提供更为准确的依据。 |
| 短句来源 |
| To describe the complex nonlinear process of laser tissue interactions,a two-dimensional mathematical model considering the dynamic changes in the physical tissue properties was developed here. |
| 考虑热疗过程中生物组织物性参数的动态变化,建立了描述激光诱导间质肿瘤热疗(LITT)过程中动态光热作用的二维物理数学模型。 |
| 短句来源 |
| A Monte Carlo model was developed to simul at e laser energy transport in biological tissues photon-number-independently and mesh-independently for laser-induced interstitial thermotherapy (LITT). In ad dition, laser transport characters in human liver tissue and prostate tissue at 1064 nm and 850 nm as well as its main influential factors were analyzed based on the present model. |
| 采用蒙特卡罗模拟方法数值求解了不同波长(1064 nm和850 nm)时的激光诱导间质肿瘤热疗(LITT)中激光能量分别在人体的肝组织和前列腺组织内的传输,分析了影响激光能量空间分布的主要因素。 |
| 短句来源 |