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To see more information about this mine, click on the View Details button on the left of the screen. This will take you to your first PHUMMIS screen that shows you the Mine Name, Company Name, Sheet Name, Local Sheet ID, and Map Type. To do so, simply click on the words Map Details in the Mine Maps Found results box. Once you have found the mine map you want more information for, you can easily connect to the PHUMMIS database from the PA Mine Map Atlas. PHUMMIS and the Pennsylvania Mine Map Atlas are integrated to allow users to access both the mine maps and information from the PHUMMIS database.Ĭonnecting to PHUMMIS from the PA Mine Map Atlas This database, which is hosted by the Pennsylvania Department of Environmental Protection contains information relevant to past and present underground mining within the Commonwealth of Pennsylvania, including, but not limited to, maps, indices, locations of mines, and other pertinent data contained in various collections held or obtained by the Pennsylvania Department of Environmental Protection’s (Department) Office of Active and Abandoned Mine Operations. PHUMMIS is the Pennsylvania Historic Underground Mine Map Inventory System.
MINES OF MARS TSEARCH HOW TO
The other teams competing in the June finals hail from Cal Poly, MIT, Northeastern, Stevens Institute of Technology, Texas A&M, University of Tennessee, USC, University of Virginia and Virginia Tech.Tutorial: How to Use the Pennsylvania Mine Map Atlas
MINES OF MARS TSEARCH SERIES
The Moon to Mars Ice & Prospecting Challenge is a special edition of NASA’s Revolutionary Aerospace Systems Concepts – Academic Linkage (RASC-AL), a series of university-level engineering design competitions sponsored by NASA and managed by the National Institute of Aerospace to engage students and faculty in real-world aerospace work. “What’s really cool about this project is there are so many different systems and subsystems that have to come together, whether it’s mechanical, heat extraction, the drilling system, and you’re also trying to make everything as automated as possible.”
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“Coming up with something new and innovative is definitely the goal,” Krist said. Rounding out this year’s Mines team are Sean Cummins, Joel Gomez, Alison Kakos, Joseph Kusbel and Sahro Seong. “If we’re already extracting water, why don’t we utilize some of it and actually take that hot water, put it back down the hole to help melt as much ice as possible? It’s something a Mines team hasn’t tried before.” The idea of a heat exchanger is just trying to maximize that, to make sure we’re not letting all this power we’re putting into it go to waste,” said Matthew Krist, a senior majoring in mechanical engineering. “You really have to utilize the power you have. In addition to adding a programmable logic controller, the team is also planning to integrate a heat exchanger into the drilling and extraction subsystem, tapping into the power of forced convection in hopes of increasing the amount of water they can ultimately pull out. If the drill encounters a problem, the rig needs to deal with that on its own.”
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In deep space environments, we can’t have an operator. “The system is going to need to be able to make decisions on its own. “Our focus this year is on automation,” Baack said. The all- mechanical engineering team has wasted no time in getting started remaking last year’s Mines rig into their own – the team stripped out and replaced all the electrical and control systems over winter break shortly after learning they qualified for the finals. The team's name, DREAMR, is short for Drilling Rig for the Exploration and Acquisition of Martian Resources.