Supplements for Tektite Curiosity from shareware tools of Harris (2022) 'Terrestrial ejecta suborbital transport...'

Suborbital trajectory solution sets and inverse solution sets supporting peer reviewed paper Tektite Curiosity (going to peer review w/ All Earth journal, Taylor &amp; Francis pubs). These solution sets are generated with the suborbital analysis shareware of Harris (2022) "Terrestrial ejecta suborbital transport...' which accounts for Earth's rotation during loft of cosmic impact ejecta (tektites in this case). The solution sets include inverse suborbital solutions or 'launch loci' to reach the high-ablation australites <em>and</em> Central Indian Ocean ablated button tektite of the Australasian tektite (AAT) family. The two inverse solution sets cross on continental landmass at only one region on Earth that satisfies the reentry regime windows of both. This is the source region of the AAT as indicated by their ablation characteristics and by the laws of suborbital motion in Earth's gravitational field. The Excel files also contain macro code to automate the inverse solution process using the GoalSeek function of Excel in various looping code structures.

支持已投稿待同行评审论文《Tektite Curiosity》（将在泰勒弗朗西斯（Taylor & Francis）出版集团旗下的All Earth期刊接受同行评审）的亚轨道轨迹解集与逆解集合。该类解集由Harris（2022）开发的《地球喷出物亚轨道输运……》亚轨道分析共享软件生成，该软件考量了宇宙撞击喷出物（本研究中为玻陨石（tektites））抛射过程中的地球自转效应。本解集包含用于抵达澳亚玻陨石（Australasian tektite, AAT）家族中高烧蚀澳玻陨石以及中印度洋烧蚀钮扣状玻陨石的亚轨道逆解，即‘发射源位点（launch loci）’。两组逆解集合仅在地球一处大陆陆块处相交，该区域同时满足两者的再入体制窗口条件。结合玻陨石的烧蚀特征与地球引力场中的亚轨道运动定律，该区域即为澳亚玻陨石家族的源区。本次提供的Excel文件还包含宏代码，可通过Excel的GoalSeek函数（GoalSeek function）结合多种循环代码结构实现逆解流程的自动化。