Drysdale A
Boeing, Kennedy Space Center, FL 32815, USA.
Life Support Biosph Sci. 1997;4(1-2):21-9.
This article discusses the equivalent mass approach to advanced life support system analysis, describes a computer model developed to use this approach, and presents early results from modeling the NASA JSC BioPlex. The model is built using an object oriented approach and G2, a commercially available modeling package Cost factor equivalencies are given for the Volosin scenarios. Plant data from NASA KSC and Utah State University (USU) are used, together with configuration data from the BioPlex design effort. Initial results focus on the importance of obtaining high plant productivity with a flight-like configuration.
本文讨论了用于先进生命支持系统分析的等效质量方法，描述了为使用该方法而开发的计算机模型，并展示了对美国国家航空航天局约翰逊航天中心生物复合体进行建模的早期结果。该模型采用面向对象方法和商业可用的建模软件包G2构建而成。文中给出了沃洛辛场景的成本因素等效值。使用了来自美国国家航空航天局肯尼迪航天中心和犹他州立大学的植物数据，以及生物复合体设计工作中的配置数据。初步结果聚焦于采用类似飞行配置实现高植物生产力的重要性。
