2 results about "Volatiles" patented technology

The application discloses a kind of planetary soil volatile component in-situ detection device and method, belong to deep space exploration field.The device includes: detection component and protection component, detection component includes detection heating piece and detection collection box;The detection heating piece is laser, the protection component includes air inlet cover, the detection collection box is the box of one end opening, the air inlet cover is fixedly connected with the opening end of the detection collection box, first air inlet is equipped in the bottom of the air inlet cover, window is arranged on the end wall surface of the detection collection box, the window, first air inlet is located on the light path of the laser beam of the laser of the detection heating piece emission;In the detection collection box, the periphery wall of the window is equipped with several component detection light path components.The application is realized to planetary soil volatile component in-situ heating and volatile component in-situ collection by the cooperation setting of detection heating piece, the window of detection collection box and the first air inlet of protection component.

Methods of quantifying geologic unit fluid pressure based on the amount of one or more pressure quantifying rock volatiles (PQRVs) in materials of the geologic unit and correlating the quantity of the PQRVs to geologic unit fluid pressure in accordance with a correlative / quantitative model are provided. The PQRV quantitative data can be combined with certain pressure measure affective factor quantitative data (PMAFQD), e.g., to reflect the impact of PQRV concentration, and thereby improve the reliability of the pressure measurements or fit of the data to the model. In aspects, additional PMAFQD are also factored into the model, the data inputs to the model are modified to improve the fit of the data to the model, or both. The PQRV can be a type of rock volatile carbon dioxide (e.g., easily extracted CO2). PMAFQD input to the model can include rock volatile water and rock volatile sulfate or sulfate / SO (proxy) data.