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Device for sampling fluid under pressure for geological site development monitoring

机译：用于地质现场监测的压力流体采样装置

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摘要

The invention relates to a fluid sampling device comprising a sample chamber (01) including a lower piston (05), an upper piston (02) and an intermediate piston (28). Intermediate piston (28) is moved so as to guarantee a substantially constant volume for chamber (01) when closing the chamber.

机译：流体采样装置技术领域本发明涉及一种流体采样装置，其包括具有下部活塞（ 05 ），上部活塞（ 02 ）的样本室（ 01 ）。和一个中间活塞（ 28 ）。移动中间活塞（ 28 ），以确保关闭腔室时腔室（ 01 ）的体积基本恒定。 展开▼

著录项

公开/公告号US9835028B2

专利类型

公开/公告日2017-12-05

原文格式PDF

申请/专利权人 IFP ENERGIES NOUVELLES;
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申请/专利号US201414492251

发明设计人 JEAN TRICARD;BRUNO GARCIA;CLAUDIO FERNANDES-MARTO;THIERRY WALRAVE;VIRGILE ROUCHON;
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申请日2014-09-22

分类号G01N1/10;E21B49/08;

国家 US

入库时间 2022-08-21 12:54:25

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1. 用于地质部位开发监控的采样压力下流体的装置 [P] . 中国专利： CN104453886B . 2019.05.10

2. 用于地质部位开发监控的采样压力下流体的装置 [P] . 中国专利： CN104453886A . 2015-03-25

3. Device for sampling fluid under pressure for geological site development monitoring [P] . 美国专利： US9644479B2 . 2017-05-09

机译：用于地质现场监测的压力流体采样装置

4. DEVICE FOR SAMPLING FLUID UNDER PRESSURE FOR GEOLOGICAL SITE DEVELOPMENT MONITORING [P] . 美国专利： US2015083403A1 . 2015-03-26

机译：压力下流体取样的装置，用于地质现场开发监测

5. DEVICE FOR SAMPLING FLUID UNDER PRESSURE FOR GEOLOGICAL SITE DEVELOPMENT MONITORING [P] . 美国专利： US2015315908A1 . 2015-11-05

机译：压力下流体取样的装置，用于地质现场开发监测

1. State-of-the-art and recent developments in micro/nanoscale pressure sensors for smart wearable devices and health monitoring systems [J] . Ye Chang, Jingjing Zuo, Hainan Zhang, 纳米技术与精密工程（英文） . 2020,第001期

2. Chemistry of fluids from a natural analogue for a geological CO2 storage site (Montmiral, France): Lessons for CO2-water-rock interaction assessment and monitoring [J] . Pauwels H, Gaus I, le Nindre YM, Applied Geochemistry: Journal of the International Association of Geochemistry and Cosmochemistry . 2007,第12期

3. Development and clinical validation of a non-invasive, beat-to-beat blood pressure monitoring device, compared to invasive blood pressure monitoring during coronary angiography [J] . Melania Aparecida?Borges, Marcelo?Prado, Tales Roberto de Souza?Santini, Einstein (So Paulo) . 2019,第2期

4. Development and clinical validation of a non-invasive, beat-to-beat blood pressure monitoring device, compared to invasive blood pressure monitoring during coronary angiography [J] . Melania Aparecida?Borges, Marcelo?Prado, Tales Roberto de Souza?Santini, Einstein (So Paulo) . 2019,第2期

5. A Sensitivity Study of Pressure Monitoring to Detect Fluid Leakage from Geological CO2 Storage Site [C] . Yong-Chan Park, Dae-Gee Huh, Chan-Hee Park International Conference on Greenhouse Gas Technologies . 2014

6. Development of Innovative Applications for Passive Sampling Devices: Monitoring Bioavailability, Risk from Exposure and Environmental Mixture Toxicity. [D] . Allan, Sarah E. 2011

7. Development and clinical validation of a non-invasive beat-to-beat blood pressure monitoring device compared to invasive blood pressure monitoring during coronary angiography [O] . Melania Aparecida Borges, Marcelo Prado, Tales Roberto de Souza Santini, 2019

8. A Sensitivity Study of Pressure Monitoring to Detect Fluid Leakage from Geological CO2 Storage Site [O] . Park Yong-Chan, Huh Dae-Gee, Park Chan-Hee 2013

9. Standardization of Sampling and Analysis of Geopressured Fluids. Part II: Monitoring of Geopressured Wells [R] . Karkalits, O. C. , Hankins, B. E. 1981

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