Laser Welding of Tissue: Modeling and Experiments

9813959沃尔什本研究的目的是通过一系列的理论和实验研究，增加激光焊接的科学基础，使用吸收染料。 这些研究将涉及激光、染料、冷却和组织参数的优化。 这项研究的主要目标是：（1）开发具有计算热传递模型的基于蒙特卡罗的光学传输模型，以便探索可以变化的焊接参数的全部范围并指导所提出的实验工作，（2）进行一系列实验，更充分地探索可用的焊接参数的范围，（3）开发交互式冷却系统以增加焊接强度，减少表面热损伤，减少手术时间，并潜在地减少手术和术后疼痛，（4）探索在组织工程中使用的几种重要染料，（5）了解几种染料输送系统的优缺点，（6）探索皮肤以外组织的焊接。

9813959 Walsh The objective of this research is to add to the scientific basis of laser welding by using absorptive dyes through a sequence of theoretical and experimental studies. These studies will involve optimization of a nmber of laser, dye, cooling, and tissue parameters. The main goals of this research are to: (1) develop a Monte Carlo based model of optical transport with a computational heat transfer model in order to explore the full range of welding parameters that can be varied and guide the proposed experimental work, (2) conduct a series of experiments that more fully explores the range of welding parameters available, (3) develop an interactive cooling system to increase weld strength, decrease surface thermal damage, decrease operative time, and potentially decrease operative and post-operative pain, (4) explore several vital dyes of use in tissue engineering, (5) understand the advantages and disadvantages of several dye delivery systems, and (6) explore the welding of tissues other than skin.