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Perioperative management of spinal cord stimulators in patients undergoing non-SCS spine surgery: A retrospective cohort study. [PDF]
Interv Pain MedSaleh AR +5 more
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A Hierarchical VLM-to-TD3 Framework with Novel Object Coordinate Estimation and Persistent Spatial Memory for Semantically Guided Indoor Navigation. [PDF]
Sensors (Basel)Akhmetbek Y +5 more
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From Prediction to Interaction: A Behavioral Informatics Framework for AI in Preventive Health. [PDF]
J Med Internet ResGavai A, Heringa J.
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Globality levels of grounding systems
2014 IEEE/IAS 50th Industrial & Commercial Power Systems Technical Conference, 2014 IEC Standard 61936-1 “Power installations exceeding 1 kV a.c.” defines the “Global Grounding System” (GGS). It consists essentially in the interconnection of the MV/LV grounding systems, generally at least by means of the MV cables metal sheaths and/or of dedicated ground conductors buried along the MV cable lines.
PARISE, Giuseppe +2 more
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, 2018 This chapter contains the types of grounding systems, single ground rod, single strip end connected, single strip center connected, radial grounding, single radials, equipotential mesh electrodes, radial grounding, multiple radials, and grid electrodes grid with ground rods, ring electrode, and grounding chain.
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IEEE Systems Technical Conference on Industrial and Commercial Power 2005., 2005
Current European Standards (HD 631 S1-1999 E) have fostered the so-called "common grounding system" (CGS) concept. It consists in the interconnection of the grounding systems of all the MV/LV substations of a MV network together to the HV/MV substation grounding grid, by means of the MV cables' metal sheaths and/or of dedicated ground conductors buried
PARISE, Giuseppe +2 more
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Current European Standards (HD 631 S1-1999 E) have fostered the so-called "common grounding system" (CGS) concept. It consists in the interconnection of the grounding systems of all the MV/LV substations of a MV network together to the HV/MV substation grounding grid, by means of the MV cables' metal sheaths and/or of dedicated ground conductors buried
PARISE, Giuseppe +2 more
openaire +1 more source
Intrinsically Safe Grounding Systems and Global Grounding Systems
IEEE Transactions on Industry Applications, 2018This paper introduces a characterization of grounding systems (GSs) and defines their condition of “conventionally safe” and “intrinsically safe.” A single GS and a set of GSs are intrinsically safe if they guarantee touch/step voltages permanently permissible for an assigned ground fault value.
Parise, Giuseppe +2 more
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Power Grounding Safety: Copper Grounding Systems vs. Steel Grounding Systems
2006 International Conference on Power System Technology, 2006More and more conventional grounding systems made of steel are being replaced with copper grounding systems in Asian countries. This paper analyzes the performance of grounding systems made of steel or copper conductors, taking into account the impedances of the ground conductors.
Yexu Li +3 more
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