SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Effects of the airwave in time-domain marine controlled-source electromagnetics

In marine time-domain controlled-source electromagnetics (CSEM), there are two different acquisition methods: with horizontal sources for fast and simple data acquisition or with vertical sources for minimizing the effects of the airwave. Illustrations of the electric field as a function of space and time for various source antenna orientations, based on analytical formulation of the electric field in two half-spaces, provide insights into the properties of the airwave and the nature of diffuse electric fields. Observing the development of the electric field over time and space reveals that diffusive fields exhibit directionality. Therefore, techniques that have thus far mostly been applied to wavefields can be adapted for CSEM. Examples range from the well-known up-down decomposition to beam steering. Vertical sources have the advantage of not creating an airwave. On the other hand, it is quite difficult to achieve perfect verticality of the source antenna. Results, using a numerically modeled data set to analyze the impact of the airwave on a signal from a subsurface reservoir in the case of a slightly dipping vertical source, indicate that already for a dip of [Formula: see text], the airwave contributes 20% to the complete electric field in our configuration of reservoir depth, water thickness, and conductivity values.
Hera joint research programme uses of the past

Abstract
The HERA Joint Research Programme Uses of the Past (HERA JRP UP) consortium will establish a 3rd joint transnational programme for multi-disciplinary research into a topic at the heart of the reflective society: ”Uses of the Past”. The innovative projects funded will fundamentally link past(s), present and future(s) creating valuable new knowledge that gives insights into the forces shaping the social, cultural and political transformation in Europe today. 
The HERA JRP UP will also pursue additional activities aiming at international capacity-building in humanities research, promoting embedding of humanities researchers in Horizon 2020, and will explore and prepare new joint actions.

Twenty-four organisations from 23 countries have pooled a substantial amount of their humanities research funding (21 M EUR) for this HERA JRP, thus increasing the efficiency and impact of public funding. The HERA JRP UP involves the launch of a joint Call for Proposals and a commonly-agreed two-stage evaluation process involving an independent, international Review Panel. The consortium expects to fund 21 transnational humanities centred projects of ~1.2 M EUR each. EC support is awarded to the level of 33% of the joint call budget. The HERA JRP UP consortium will actively support knowledge exchange activities and stimulate wider dissemination about the valuable contributions of new humanities research. 

With this large transnational JRP and its associated activities the HERA JRP UP will mobilise the intellectual energies and collaborative potential of a wide range of humanities disciplines, and further develop the knowledge base of the European Research Area by sharing and debating interpretations of the human past and its relation to the present and future. While this proposal is for the delivery of the “Uses of the Past” programme, the wider vision of a collaborative, multi-disciplinary and impact-rich humanities sector across Europe is at the forefront of our collective endeavour.
Explosion parameters of methanol–air mixtures

Abstract The evaluation of methanol as an alternative fuel requires, among other things, information and the systematic investigation of explosion parameters of methanol in air in various conditions. An experimental study of the explosive combustion of methanol–air mixtures at various initial conditions (temperatures, pressures and fuel/air ratios within the explosion limits) was performed in a closed vessel with central ignition. The explosion pressures and the rate of pressure rise were determined as a function of the fuel/air ratio at different initial temperatures and pressures. Based on these experimental data, the maximum explosion pressure and the maximum rate of pressure rise were determined as a function of pressure and temperatures. The deflagration index and also the laminar burning velocity were calculated from these data too. It was shown that the known temperature and pressure dependence of the maximum explosion pressure can also be assigned to the explosion pressures over more or less the whole fuel/air ratios investigated. Furthermore the same pressure dependence is valid for the rate of pressure rise, whereas within the temperature range investigated, a temperature dependence could not be found. The temperature influence on the burning velocity proposed in the literature holds for the received data of the current investigations.
A Personal Mobility Assistant based on Ambient Intelligence to Promote Sustainable Travel Choices

An increasing amount of attention is being paid by local public administrations, national and federal governments as well as by international institutions, such as the European Commission, to improve personal mobility within urban environments through the use of public transports. Improving mobility of people through increased use of public transportation has a number of advantages since it is strategic to reduce energy consumption, to lower emissions and pollution levels, to improve public safety, and to dramatically reduce congestions and road traffic. Reducing private transportation clearly bring significant benefits not only to citizens’ quality of life and public health but it also results in a more efficient urban system as a whole, with consequent substantial economic benefits at the wider societal level. Based on this assumption, this paper presents a so-called personal mobility assistant, i.e. a software for smartphones and tablets which promotes use of public transport by helping user identify the best travel option across a multi-modal transport network, through a user-friendly interface that intelligently adjusts to user preferences and to contextual information.
VHDL implementation of two-state multiple turbo codes

With increasing demand for different data rates and services for communication systems, reconfigurability is of utmost importance. Field Programmable Gate Arrays (FPGAs) provide the flexibility in operation and function by a simple change in the configuration bit stream. Low complexity turbo-like codes based on simple two-state trellis or simple graph structure results in decoder with low complexity. Two-state multiple turbo code is one such example. In this paper, we present the VHDL implementation of a 2-state multiple turbo code architecture targeted towards the Xilinx Vertex-5 FPGAs and compared its implementation with 8-state 3GPP turbo code in terms of hardware complexity and speed.
Who will benefit from uterus-sparing surgery in adenomyosis-associated subfertility?

<h3>Objective</h3> To analyze the determinants of successful pregnancy following laparoscopic adenomyomectomy. <h3>Design</h3> Retrospective cohort study. <h3>Setting</h3> A general hospital. <h3>Patient(s)</h3> A total of 102 women who had a desire for pregnancy underwent laparoscopic adenomyomectomy from 2007 to 2012. <h3>Intervention(s)</h3> Surgical excision of the uterine adenomyosis; statistical analysis for fertility outcomes. <h3>Main Outcome Measure(s)</h3> Pregnancy rates and the results of univariable and multivariable analyses. <h3>Result(s)</h3> When the women were divided into ≤39 years and ≥40 years age groups, clinical pregnancy rates were 41.3% and 3.7%, respectively. Factors associated with clinical pregnancy were: history of IVF treatments, posterior wall involvements, and age, with odds ratios of 6.22, 0.18, and 0.77, respectively. In the younger group, 60.8% of women with history of IVF failure showed successful pregnancy after surgery. We experienced 2 cases of placenta accreta in far advanced cases. <h3>Conclusion(s)</h3> This study demonstrated age as a determinant in fertility outcomes. Surgery could be a beneficial treatment for women who experienced IVF treatment failures, especially at ages of ≤39 years. We could not show a clear benefit of the surgery on fertility outcomes of the group aged ≥40 years. Extremely severe adenomyosis affecting a broad range of the uterine subendomerial myometrium should be treated carefully on a pregnancy course.
Soil-forming processes in profile textural-differentiated forest soils of the Cis-Carpathian region, Ukraine

Throughout the history of soil science development, one of the most controversial issues was the explanation of the genesis of the profile textural-differentiated soils influenced by forest vegetation and climate conditions within the Cis-Carpathian region, Ukraine. Scientists' views on the formation of the eluvial-illuvial, namely granulometric content, and profile differentiation have been and remain ambiguous due to the contradictory criteria of diagnosing the processes of eluvial soil degradation (lessivage, podzolization, eluvial-gleying process) and the almost similar results of these processes. The complexity and ambiguous interpretation of the genetic nature of the profile textural-differentiated soils of the Cis-Carpathian region necessitates the development of clear diagnostic criteria for revealing their genetic nature. The purpose of the work is to establish the diagnostic criteria of elementary soil-forming processes in profile textural-differentiated forest soils of the Cis-Carpathian region based on the analysis of data on soil properties previously collected by the authors.&#x0D; It has been established that in sod-podzolic soils formed under forest, the main profile-forming elementary process of soil formation is podzolization, which is characterized by the negative values of the eluvial-accumulative coefficients and the coefficient of change of the silicate part for the upper three horizons. The processes of lessivage and segregation are of little intensity in this type of soils. The main profile-forming elementary processes of soil formation in brown-podzolic soils (Neocambic Gleyic Retisols) are lessivage and inner soil argillization with little podzolization, the eluvial-gleying process and segregation effects.&#x0D; Keywords: forest soils, argillanes, neoplasms, ortsteins, podsolization, elementary soil-forming processes, Cis-Carpathian region
Aggressive t cell lymphomas, integrated clinical and genomic analysis for a precision medicine.

Lymphoid leukemias and lymphomas represent frequent areas of the tumour pathology. Recent Integrative clinical and molecular studies allows to identify concrete disorders where a precise recognition leads to a specific treatment with a minimum toxicity and maximum clinical benefit. Even though there have been many progress during last years, there still persist numerous conditions with low survival probability and high side effects of the received treatments. 

The introduction of the precision medicine in lymphoid neoplasms is new and challenging due to the scarce knowledge about disease pathogenesis, targeted therapies and predictor markers, immunotherapy role and poor experimental models.

T-cell lymphoma tumors present a dismal survival probability dismal (25% for Peripheral T-cell lymphoma) in patients, and the molecular mechanism underlying their high rate of lack response to treatments and relapse is poorly understood.  Furthermore, patients with lymphoproliferative disorders often have complex (multiclonal) or mixed lymphoproliferative disorders.

This project aim the consolidation of the precision medicine in the diagnosis and therapy of these disorders, thus facilitating the treatment of each patient according its disease, with specific therapy according to the integral characterization of its disease, thus reducing toxicity and improving the therapy efficacy.

The project focuses on complex lymphoproliferative diseases characterized by clinical aggressiveness with low therapeutic response, tumor heterogeneity and patterns of dependency / interaction with the microenvironment. The success of the project requires in first instance to improve in the knowledge of the molecular basis of the disease and subsequently in the identification of precise tumour types and patient stratification, thus facilitating the identification of markers for targeted therapy, using gene expression and mutational signatures.
A SYSTEM FOR HANDLING OF LIQUIDS

A device (1, 10, 11, 12, 13) for storing and delivering liquids comprising a watertight bag (2, 102, 112, 122, 132) having at least one opening (3, 103, 113, 123, 133) and a delivery system (5, 6, 7, 8) operatively connected to said opening; the device further comprises a first (20, 60) and a second (30, 70) stiff surfaces connected by flexible flanks (40, 50, 80, 90). The delivery system comprises a connection locking device (200) for connecting the fluid-carrying pipes and fitting system, which comprises a spigot (201) inserted in the collar (501) of a hose (51), an external compression ring (202) positioned onto the portion of the collar (501) which is covering the spigot and a conical threaded sleeve (203) locking said external compression ring (202) onto said portion of the collar covering the spigot.
The Diseases Analysis and Prevention of Aqueduct Project

Combining a large aqueduct project,this paper explored a method of measuring and evaluating and disease curing for this kind project,and the means of doing three-dimensional numerical simulation integrating feedback information of detection,in order to make diseases analysis comprehensively to aqueduct from the angle of combining global and local,internal mechanism and external causes.This comprehensive analysis method is different from the past pattern,the way of surface treatment only from the aqueduct project specific disease appearance;the new pattern analyzes and studies structure diseases from the deep causes.In the end,the targeted diseases management program was put forward on the basis of detection and analysis.The scheme has been successfully applied in the repair of this aqueduct engineering.The result is satisfactory.
COAL NOZZLE ASSEMBLY FOR A STEAM GENERATION APPARATUS

A steam generating system includes a nozzle assembly for pulverized coal and air, the coal nozzle assembly comprises an inner housing (3) for conveying primary air and coal and an outer housing (5) for conveying secondary air to an exit face (13) of a nozzle tip (1), wherein the outer housing (3) and the inner housing (5) are arranged coaxially and limit a channel (15) for the secondary air, wherein the cross-sectional area (AIH) of the inner housing (3) increases towards the exit face (13) of the nozzle tip (1), wherein the cross-sectional area (AOH) of the outer housing (5) decreases towards the exit face (13), and wherein bars (11) are located in the inner housing (3) near the exit face (13) that accelerate the velocity of the primary air and coal particles.
Development, validation and application of multi-point kinetics model in RELAP5 for analysis of asymmetric nuclear transients

Point kinetics approach in system code RELAP5 limits its use for many of the reactivity induced transients, which involve asymmetric core behaviour. Development of fully coupled 3D core kinetics code with system thermal-hydraulics is the ultimate requirement in this regard; however coupling and validation of 3D kinetics module with system code is cumbersome and it also requires access to source code. An intermediate approach with multi-point kinetics is appropriate and relatively easy to implement for analysis of several asymmetric transients for large cores. Multi-point kinetics formulation is based on dividing the entire core into several regions and solving ODEs describing kinetics in each region. These regions are interconnected by spatial coupling coefficients which are estimated from diffusion theory approximation. This model offers an advantage that associated ordinary differential equations (ODEs) governing multi-point kinetics formulation can be solved using numerical methods to the desired level of accuracy and thus allows formulation based on user defined control variables, i.e., without disturbing the source code and hence also avoiding associated coupling issues. Euler's method has been used in the present formulation to solve several coupled ODEs internally at each time step. The results have been verified against inbuilt point-kinetics models of RELAP5 and validated against 3D kinetics code TRIKIN. The model was used to identify the critical break in RIH of a typical large PHWR core. The neutronic asymmetry produced in the core due to the system induced transient was effectively handled by the multi-point kinetics model overcoming the limitation of in-built point kinetics model of RELAP5 and standalone 3D core kinetics codes.
Molecular pathology of anti-viral t cell responses in the central nervous system

Immune responses against viruses in the central nervous system (CNS) can result in devastating outcomes. Even non-cytolytic CD8+ T cell interactions, which purge viruses from neurons without triggering cell death, can induce permanent damage. Yet, how this immune response irreversibly disrupts neuronal homeostasis remains unclear.
Here, we will elucidate the molecular mechanisms that underlie non-cytolytic CD8+ T cell engagement with infected neurons and their consequences on neuron function in vivo. We hypothesize that inflammatory signalling in neurons, induced by non-cytolytic CD8+ T cell interactions, triggers metabolic and epigenetic changes that underpin permanent neuronal dysfunction.
""PATHOCODE"" will test this hypothesis by harnessing a unique animal model of T cell-driven virus encephalitis in the following objectives: 1. Discern neuronal subset-specific vulnerabilities and antigen-dependent versus bystander effects in the inflamed CNS. We will perform single nucleus RNA sequencing to examine whether T cell engagement (a) differentially affects molecularly distinct neurons, and (b) affects non-targeted, uninfected neurons. 2. Uncover the consequences of non-cytolytic T cell engagement on neuronal metabolism. We will use cell-specific mitochondrial reporter mice to investigate immune-driven metabolic adaptation of neurons in vivo. 3. Determine how non-cytolytic T cell engagement affects the neuronal epigenome. We will employ cell-specific nucleus/ribosome reporter mice to elucidate how T cell engagement affects the translatome and epigenome of infected cells. 4. Rescue T cell-mediated neuronal dysfunction by restoring metabolic pathways. We will exploit recent CRISPR/Cas9 technological advances to restore neuronal gene expression and uncover the relevance of immune-driven metabolic and epigenomic changes to disease. Our study will thus provide novel molecular concepts about immune-driven neuronal alterations in CNS inflammatory diseases.
Gamification for Innovative Tourism and Business Development of the cross-border community

The TUR.ISICO project takes on the common challenge of driving the growth and entrepreneurial development of tourism enterprises in the cooperation area, with a view to achieving sustainability and enhancing local excellence. The project’s general objective is to strengthen the competitiveness of the tourism entrepreneurial fabric in the cross-border territory, in particular by developing and adopting innovative gamification tools. These activities will be based on guiding companies towards digital transformation, which is considered to be a fundamental lever to improve the effectiveness and efficiency of the tourism supply chain. One of the main outputs of the project will be the identification of the best gamification solutions to be applied to the tourism sector, to be included in a strategic plan, and the implementation of one of these solutions, involving also local companies during both the development and the launch phase. At the same time, the project involves the structuring of a cross-border network of points dedicated to the dissemination of digital culture and practices among SMEs in the tourism sector, and the provision of a structured training course and consulting services on digital business issues. The aim of the project is to use a cross-border methodological approach that is able to systematically integrate the contributions and information coming from partners in the cooperation area. The project will entail various activities to be carried out jointly, enhancing the resources already present in the different territories. In addition to its set-up which is strongly geared towards collaboration between the various partners, the project’s main innovative aspect lies in its use of gamification as a decisive tool for the promotion of tourism businesses, leveraging on the cultural heritage of the local areas, as well as its use of new marketing tools
SMART TICKETING

THE AIM OF THE NOTICE IS TO FACILITATE INVESTMENTS AIMED AT SUPPORTING THE ACQUISITION OF SKILLS BY ENTERPRISES THAT ENABLE THE LAUNCH AND CONSOLIDATION OF AN INNOVATION PATH, THROUGH INVESTMENT PROJECTS IN PRODUCT/SERVICE, PROCESS, ORGANISATIONAL AND COMMERCIAL INNOVATION, ALSO TO BE IMPLEMENTED THROUGH NETWORK PROJECTS, FINANCING OF PATENTING COSTS OF INNOVATIVE IDEAS, COSTS LINKED TO PROTOTYPING, COSTS RELATED TO THE DEVELOPMENT OF DIGITAL SKILLS.
Repeated game analysis of power suppliers based on dynamic coopetition process and slightly altruistic factor

In this paper, based on repeated game theory, the dynamic coopetition game model between power supply enterprises is established to analyze the long-term equilibrium from a more practical point of view. The slightly altruistic factor is used as a measurement of system cooperation degree, and the influence of the variation between slightly altruistic factor and discount rate is considered in the long-term dynamic equilibrium. The results show that only part of coopetition can find the feasible discount rate to maintain long-term equilibrium. The discount rate required by the identical altruistic relationship is relatively low and stable. The degree of altruistic difference between the two sides of the game decides the existence of the discount rate required for maintaining long-term dynamic equilibrium. This paper makes important generalization for the pre-existing equilibrium analysis method of power market and the general repeated game method, and has certain theoretical value and practical significance.
Optimising foods for satiety

Foods that generate strong satiety sensations have obvious ben- efits for weight management. This review builds on the under- standing that a food’s satiating power is dependent on the amount of protein, carbohydrate, fat and fibre it contains by examining evidence that the consumer’s sensory and cognitive appraisal of the food is also important. It is concluded that numerous features of a food product can be manipulated to enhance the consumer’s experience of satiety but the combi- nation of these features will ultimately determine its effect on appetite control. Taking this integrated approach to satiety will optimise the development of high satiety foods.
Extraction process for removal of impurities from mother liquor in the synthesis of carboxylic acid

A method for removing impurities from a mother liquor comprising a carboxylic acid, a metal catalyst, impurities by (a) evaporating the mother liquor comprising a carboxylic acid, the metal catalyst, impurities, water and a solvent in a first evaporator zone to produce a vapor stream and a concentrated mother liquor stream;(b) evaporating the concentrated mother liquor stream in a second evaporator zone to form a solvent rich stream and a super concentrated mother liquor stream;(c) separating organic impurities with a water-solvent solution from the super concentrated mother liquor in a solid-liquid separation zone to form an aqueous stream and a second aqueous stream; (d) mixing in a mixing zone water and optionally and extraction solvent with the aqueous stream and second aqueous stream to form an aqueous mixture; and (e) adding an extraction solvent to the aqueous mixture in an extraction zone to form an extract stream and a raffinate stream.