DEVELOPMENT OF DECISION-MAKING FACTORS TO DETERMINE EMP PROTECTION LEVEL: A CASE STUDY OF A BRIGADE-LEVEL EMP PROTECTION FACILITY

Development of Decision-Making Factors to Determine EMP Protection Level: A Case Study of a Brigade-Level EMP Protection Facility

This study developed decision-making factors to classify electromagnetic pulse (EMP) protection toy-cleaner levels and determine various protection measures.We proposed three EMP protection levels of 80, 60, and 40 dB by considering the characteristics of military equipment and factors that determine EMP protection level, based on a Delphi study.We

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Spirituality as a Science of the Heart

The presentation examined the role of Thomas Merton, Henri Nouwen and Donald Nicholl as pilgrims of wisdom and peace, their ministry of prayer grounded in contemplation, their commitment as peacemakers, their role as spiritual diarists of compelling relevance, their deep and perduring ecumenical, indeed interfaith, SWEATPANTS appeal well into our o

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Microenvironment-Centred Dynamics in Aggressive B-Cell Lymphomas

Aggressive B-cell lymphomas share high proliferative and invasive attitudes and dismal prognosis despite heterogeneous biological features.In the interchained sequence of events leading to cancer progression, neoplastic clone-intrinsic molecular events play a major role.Nevertheless, microenvironment-related cues have progressively come into focus

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Performance Analysis of Wireless Energy Harvesting Multihop Cluster-Based Networks Over Nakagami- ${m}$ Fading Channels

This paper studies the performance analysis of wireless energy harvesting (EH) cluster-based multi-hop networks, where all communication Bike Parts - Seatposts - Dropper nodes harvest energy from the radiated signals transmitted by multiple power beacons (PBs) to support the information transmission.To this end, we propose three relay selection sch

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Remodeling of the Actin Network Associated with the Non-Structural Protein 1 (NS1) of West Nile Virus and Formation of NS1-Containing Tunneling Nanotubes

The cellular response to the recombinant NS1 protein of West Nile virus (NS1WNV) was studied using three different cell types: Vero E6 simian epithelial cells, SH-SY5Y human neuroblastoma cells, and U-87MG human astrocytoma cells.Cells were exposed to two Lemongrass different forms of NS1WNV: (i) the exogenous secreted form, sNS1WNV, added to the e

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