SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
CHARACTERISTICS OF CARBONIFEROUS VOLCANIC RESERVOIRS IN THE6th AND7th AREAS OF KARAMAY OIL FIELD

Characteristics of lithology,physical and pore structure of the Carboniferous volcanic rocks in the 6th and the 7th districts of Karamay oil field are studied through observation and analysis of drilling cores of 665.56meters long from 32drilling wells,470thin sections,666physical analysis samples and 82drilling wells logging data.It is showed that burial depth of layers,lithology and fractures are 3main factors influencing the reservoirs in this area,and the most favorable reservoir is located in the south of the 6district and the middle of the 7district.Pyroclastic rock and sedimentary rock are the main rock types in the area and the major lithology of volcanic rock reservoir is breccias lava and basalt characteristic of low porosity and permeability.Reservoir space is dominated by stoma,intercrystal pore,vug and pre-existing fractures.The favorable reservoir mainly distributes in the south and northwest of 6district and in the middle of 7district.
Innovative adhesives for ear drum healing

The ERC ADG “Engineering of biomimetic surfaces – Switchable micropatterns for controlled adhesion and touch” (SWITCH2STICK) has developed micropatterned polymer surfaces for innovative adhesive functions without glues, based on the “gecko adhesion principle”. While robotic applications were originally in the focus of these developments, a radically new application field of these microstructures will be taken to the initial steps of application and subsequent commercialization: the repair of injuries of the human tympanic membrane. Tympanic membrane damage is a frequent medical affliction, affecting over 30 million patients worldwide each year. It results in hearing loss, associated with a dramatic impact of the patients’ quality of life and a significant healthcare burden. Our invention suggests a new therapeutic option to replace conventional therapies: Wound management with a novel gecko-inspired surface structure. In collaboration with clinicians, the feasibility of the new technology has been demonstrated. When designed for interaction with skin, our surfaces cling reliably to mouse ear drums for up to 28 days. In addition to the adhesive function, they provide support for cell growth and proliferation and allow the option of local drug delivery due to the micropattern. Besides detailed market analyses and dissemination, activities in the proposed project range from a technical and pre-clinical validation in an animal model to establishing an IPR strategy and an initiation of the medical product certification. Our invention will overcome several critical limitations of existing solutions. Besides ear-drum repair, the project enables a wide field of additional medical applications ranging from electrode fixation to the fitting of wearable healthcare electronics. This PoC project is therefore to be seen as a preparatory step for exploring the market potential of various micropatterned medical surfaces and preparing a solid commercialization in this field.
El castillo de Molina de Aragón, testigo en piedra de la historia de España

Molina de Aragón es una población de origen medieval, capital del señorío de Molina, cuya ubicación estratégica de frontera entre los reinos de Castilla y Aragón, junto con sus fueros de repoblación, riqueza agrícola, ganadera y forestal, propiciaron su asentamiento urbano.&#x0D; En una ladera orientada al sur, dominando el valle del río Gallo, se alza esta fortaleza, a casi 100 metros de altitud sobre el valle donde se asienta la población aledaña. Este complejo constituye la típica alcazaba bajomedieval, en la que un amplio recinto amurallado aloja en su interior la edificación. El castillo es, a día de hoy, uno de los fortines militares más importantes y representativos de la Edad Media. Todavía se mantienen en pie la Torre de Aragón y cuatro de las seis torres del castillo. La fortaleza se encuentra actualmente en estado de ruina consolidada y ha sido sometida en el pasado a restauraciones poco acordes con la calidad arquitectonica que atesora.&#x0D; ¿Qué propició la construcción de semejante fortaleza en estos parajes? ¿Por qué se denomina castillo de Molina de Aragón, si se encuentra en tierras de Castilla? ¿Cómo ha resistido el paso del tiempo desde la Edad Media? ¿Qué enseñanzas se pueden extraer de su singular constucción para la arquitectura contemporánea? ¿Por qué se encuentra en estado de ruina, en lugar de reactivarlo para uso turístico y cultural?
DEVICE ON A SPINNING MACHINE FOR COMPACTING A FIBRE BUNDLE

A compacting zone (11) is arranged after the drawing unit on a spinning machine, in which a drawn, non-spinning fibre bundle is compacted. An air-permeable transport belt (12) serves to transport the fibre bundle through the compacting zone (11), running over a sliding face (13), provided with a suction slot (16). The end of the compacting zone is defined by a pinch roller (17), sitting on the sliding face. The pressure roller (7) of the output roller pair (7, 2) on the drawing unit presses the transport belt (12) against the sliding face (13) and thus drives the same.
Full-scale measurements of vertical motions on ultra large container vessels in Scheldt estuary

From September 2017 to July 2018 the Flemish Pilotage executed nine ship measurements on container ships to and from Antwerp. The measurement results were processed by Flanders Hydraulics Research and Ghent University providing 6 DoF motions of the vessels. Furthermore environmental data regarding tide, currents, waves, bathymetry and AIS were processed in order to assess the influence of environmental conditions on the vertical motions of container ships. The paper presents the vertical ship motions separately for steady and unsteady sinkages in different DoF. As such the relation with ship squat, hydrostatics, sea keeping, turning, steering and ship-to-ship interaction could be assessed and related to the driving parameters such as ship speed, rate of turn, under keel clearance, water density, waves, rudder action and ship meetings. • Results of full-scale measurements of vertical ship motions of nine ULCS in shallow water in both coastal and sheltered conditions. • Comprehensive monitoring campaign providing ship motions, shipping traffic, rudder application, etc. • Correlation of vertical ship motion to: squat, density, manoeuvring in bends, rudder action, ship meetings and waves.
RMB Internationalization and Its Implications for Financial and Monetary Cooperation in East Asia

This paper emphasizes the importance of the denomination of financial assets rather than trade invoicing as a long-term determinant of an international currency. China needs to liberalize and open its financial system and make the RMB fully convertible, and to adopt a more flexible exchange rate system to speed up its currency internationalization, for which China could follow either a global or regional approach. The global approach is a riskier and more unpredictable strategy because it would demand a scope and timeframe of financial liberalization that is likely to be beyond China's institutional capacity over the coming decade. There are two options that could be taken in following the regional approach. One is creating an ASEAN+New 3 (the Chinese Mainland, Hong Kong, and Taiwan) RMB bloc and the other is liberalizing China's financial industries and internationalizing the RMB by playing a leading role in East Asia's economic integration within the framework of ASEAN+3. This paper concludes that the latter is a more realistic and effective approach for China.
On the concept of density control and its application to a hybrid optimization framework: Investigation into cutting problems

The Generate-and-Solve (GS) methodology is a hybrid approach that combines a metaheuristic component with an exact solver. GS has been recently introduced in the literature in order to solve cutting and packing problems, showing promising results. The GS framework includes a metaheuristic engine (e.g., a genetic algorithm) that works as a generator of reduced instances of the original optimization problem, which are, in turn, formulated as mathematical programming problems and solved by an integer programming solver. In this paper, we present an extended version of GS, focusing primarily on the concept of a new Density Control Operator (DCO). The role of this operator is to adaptively control the dimension of the reduced instances in such a way as to allow a much steadier progress towards a better solution, thereby avoiding premature convergence. In order to assess the potentials of this novel version of the GS methodology, we conducted computational experiments on a set of difficult benchmark instances of the constrained non-guillotine cutting problem. The results achieved are quantitatively and qualitatively discussed in terms of effectiveness and efficiency, showing that the proposed variant of the GS hybridization framework is highly suitable when effectiveness is a major requirement.
INFLUENCE OF ENVIRONMENTAL TEMPERATURE ON EXERGETIC PARAMETERS OF A COMBINED CYCLE POWER PLANT

Ambient conditions have significant effect on combined cycle power plants (CCPPs). Parameters-like efficiencies, fuel consumption, power production and even operation cost differ according to the ambient conditions that depend on the climate that cannot be changed. Therefore, deciding the location of the plant wisely would bring more efficient and profitable. In this paper, exergy analysis based on the second law of thermodynamics, considering environmental temperature variations, are performed for a cogeneration power plant. Mathematical model of analyse is introduced. Magnitudes of the variation of irreversibility, reversible power, power production and specific fuel consumption (SFC) are evaluated for the combined cycle. The results indicated that, decrease of environmental temperature augments the energy performance of the combined cycle form about 53% to 56% and improves the exergetic performance from about 51% to 56%. However, the augmentation via temperature decrease is not continuous. It is shown that the environmental temperature decrease causes a reduction about 5% in the SFC.
Lagging Social Impact Assessment for Public Project Management in China: Inappropriate Method or Lack of Interest

With the growing attention to the performance evaluation of public projects, social impact assessment (SIA) becomes a common concern under the Scientific Development concepts. While social analysis has been developed and utilized widely in the western developed countries, its practice in China is lagging behind its fast economical growth. By comparing the characteristics of public projects to private projects, we analyze the necessity as well as difficulties of the SIA in China. It is because of insufficient resources, inappropriate methods and lack of interests that the SIA has not yet been an integrated part of project management both for the feasibility research and for project implementation and performance evaluation. Efforts should be concentrated on finding appropriate indicators and management system of SIA to guarantee the sustainable and harmonious development of China.
Faktor-Faktor yang MemengaruhiTingkat Pemahaman atas Penerapan SAK ETAP(Studi Empiris pada Koperasi di Kota Semarang)

This study aimed to analyze the factors that affect tht level of
understanding on the implementation of the Financial Accounting Standards-
Entities Without Public Accountability (SAK ETAP) to the economic enterprise
accountants. Those factors are giving socialization and training, an level of
education, an education background, an length of time in job duties.
The population in this study were employees who worked in the economic
enterprise accountants who still active in business activities based on the
database of the Economic Enterprise Department and UMKM Semarang. The
study sample was 90 economic enterprise accountants and using convenience
sampling as the method. The data analysis technique used in this research was
multiple linear regression analysis.
The result showed that the giving socialization and training, the level of
education, the education background and the length of time in job duties have a
significant positive affect on the level of understanding on the implementation
SAK ETAP. The more frequent of socialization and training, the higher level of
understanding on the implementation of SAK ETAP. The higher levels of
education were taken and accounting background, the easier to understand and
apply the SAK ETAP. And the longer the time in job, the greater motivation and
ability to apply the SAK ETAP.
Role of Animal Models in Coronary Stenting

Coronary angioplasty initially employed balloon dilatation only. This technique revolutionized the treatment of coronary artery disease, although outcomes were compromised by acute vessel closure, late constrictive remodeling, and restenosis due to neointimal proliferation. These processes were studied in animal models, which contributed to understanding the biology of endovascular arterial injury. Coronary stents overcome acute recoil, with improvements in the design and metallurgy since then, leading to the development of drug-eluting stents and bioresorbable scaffolds. These devices now undergo computer modeling and benchtop and animal testing before evaluation in clinical trials. Animal models, including rabbit, sheep, dog and pig are available, all with individual benefits and limitations. In smaller mammals, such as mouse and rabbit, the target for stenting is generally the aorta; whereas in larger animals, such as the pig, it is generally the coronary artery. The pig coronary stenting model is a gold-standard for evaluating safety; but insights into biomechanical properties, the biology of stenting, and efficacy in controlling neointimal proliferation can also be gained. Intra-coronary imaging modalities such as intravascular ultrasound and optical coherence tomography allow precise serial evaluation in vivo, and recent developments in genetically modified animal models of atherosclerosis provide realistic test beds for future stents and scaffolds.
Katian prelude to the Hirnantian (Late Ordovician) mass extinction: a Baltic perspective

The diversity of several groups of Late Ordovician fossils in the Baltic is discussed and corresponding curves are presented. The curves are correlated with the latest δ13C trend and probable sea surface temperatures of the equatorial ocean in order to link biodiversity and environmental changes. Most groups of macrofossils and acritarchs showed a high-level biodiversity in the Sandbian and early Katian during a sea level high stand and optimal temperatures. Conodont diversity peaked in the mid-Katian, scolecodonts in the late Katian and rugose corals even in the Hirnantian, indicating their different ecological demands and the evolutionary status of each group. The diversity peak close to the Guttenberg δ13C excursion marks a turning point in environmental evolution when a new global cooling began but tropical conditions persisted in Baltica due to its northward drift. Biodiversity fluctuated during the Katian. Two diversity peaks noted in the Katian are followed by low-diversity episodes showing a general step by step decrease in diversity, and a correlation with variable sea level and episodes of climatic cooling. It suggests that the Hirnantian mass extinction was preceded by a rather prolonged period of biodiversity change here called the Katian prelude. Katian biodiversity curves and their links with different facies parameters show that environmental conditions within the ecosystem were the main drivers of change, not solely temperature or more generally climate, but also sedimentary environments including water dynamics together with depth and substrate conditions. The biotic component is less well known, but also important. Copyright © 2011 John Wiley & Sons, Ltd.
Industrial cooperation across continents

GNSS.asia2 engages on pre-marketing activities and business development support for European Industry and EGNSS in the Asian region: GNSS.asia2 is building on GNSS.asia (FP7) which has established the foundations for concrete COLLABORATION BETWEEN EUROPEAN AND ASIAN INDUSTRY with already significant results with India, China, Taiwan, Korea and Japan: 

-Built an effective team by blending industrial cooperation professionals with GNSS experts 
-Developed a TOOLBOX of GNSSS communication instruments in LOCAL LANGUAGES
-Established an INDUSTRIAL RELATIONSHIP PLATFORM through numerous workshops, seminars, round tables and communication activities 
-Enabled unique NETWORKING OPPORTUNITIES for European companies to showcase their products in Asia 
-Facilitated the INTRODUCTION OF GALILEO in Asian industry players’ products 
-Provided TRANSPARENCY ON ASIAN MARKETS, research input and contacts for GSA and industry 
-Engaged key GNSS stakeholders in Asia (industry, associations, institutes and gov’t agencies)
Industrial collaboration in the GNSS downstream sector is becoming increasingly important as Galileo hits the market and services get tested. Half of the world’s population live in Asia and Asian high-tech companies supply GNSS-electronics to the world. The DIFFERENTIATORS OF GALILEO need to be underlined in the MULTI-GNSS HOTSPOT ASIA. European industry needs support in BUILDING INDUSTRIAL PARTNERSHIPS with Asian companies. 
GNSS.asia2 will create and deepen industrial relationships, promote EGNSS differentiators in Multi-GNSS, raise EGNSS AWARENESS in Asia. Our proven team will achieve this through PARTNERSHIPS WITH ASIAN GNSS STAKEHOLDERS like the MULTI-GNSS ASIA Campaign and a dedicated GNSS.asia INDUSTRY ADVISORY BOARD.  The proposal is ENDORSED by more than 20 GNSS companies and organisations in Europe and Asia who would like to continue the successful partnership on GNSS industrial cooperation across continents.
Engineering ground-state pair interactions by rydberg optical feshbach resonance schemes

Quantum simulation is a highly multidisciplinary new field, which, by providing methods for simulating exponentially hard computational problems, forms the basis for the exploration of highly innovative scientific and technological problems. Laser control of atomic and molecular states in the sub-microK regime facilitates the quantum optical approach to quantum simulation, by offering tools for creating new quantum states and for manipulating interparticle interactions, so far on the sub-nm and the microm length scales. This proposal will contribute to this rapidly developing field by introducing a novel all-optical concept suitable for engineering long-range interactions between ground-state atom-atom and atom-ion pairs on a the yet unexplored length scale of ~50-200 nanometers. 
Key role in this novel technique will be played by bound molecular states formed by a Rydberg-atom and ground-state particles. Since the recent experimental demonstration of the first Rydberg-molecules with neutral atoms, these exotic molecular states have been the subject of intense investigation. The present proposal will investigate the existence of new types of Rydberg-bound states and will provide a general technique for Rydberg-based interaction manipulation. These techniques will serve as a basis for the investigation of novel quantum many-body states in the field of cold gases of neutral atoms and atom-ion mixtures. 
The complementary experience of the applicant in quantum optics, in particular in laser control of quantum-states of ground-state and Rydberg-excited atoms, and of the host group in many-body physics and laser-induced collisions will allow them to carry out the outlined ambitious research programme. The unique combination of expertise of the host group and of the candidate and the highly innovative nature of the project, makes the present proposal a key opportunity for the advancement of the applicant's career as a mature researcher in the field of quantum simulation.
A multi-sided business platform for plug and produce industrial product service systems

The objective of MARKET4.0 is to define, develop and validate an open multi-sided marketplace, based on a trusted P2P data sharing infrastructure for Industry 4.0, that brings together Industrial Product Service Systems (IPSS) providers (supply side) and OEMs as their customers (demand side). It will allow direct interaction among the different sides to improve the sales power of production equipment SMEs. MARKET4.0 will offer advanced web-presence of production equipment SMEs extended by functionalities such as simulations, VR/AR capabilities and a P2P (Industrial Data Space) offering smart user-services and a secure API to try and test the Digital Twin of the production equipment, on top supplier and customer data. This will  facilitate direct transactions between market peers (supplier-to-supplier, supplier-to-customer, customer-to-suppliers and more) during the entire B2B lifecycle, i.e. from equipment search to procurement and commissioning.  MARKET4.0 will create trust in the business transactions between SME production equipment manufacturers and their customers, as an integral element of the Industrial Data Space (IDS) reference architecture.  It includes technological trust (simulation before purchasing), financial trust (Blockchain distributed ledger technology for secure payment), delivery and (anonymized) feedback. In MARKET4.0 the supply side (mainly SMEs) may offer a) production equipment, b) services that extend the capabilities of the production equipment, c) production equipment as a service and d) collaborative engineering services.  The marketplace will generate additional value by providing engineering services and acting as a mediator between suppliers and customers.
Woodoo augmented wood - transforming wood into construction material strong as concrete and translucent as amber

Woodoo transforms natural wood into an augmented material that is strong, light, durable and stunningly translucent. It uses a patented scalable technology to replace wood’s lignin with a bio-polymer that boosts its performance. The result is a material as strong as concrete and luminous as amber. It will be used to create unique auto interiors, lightweight car chassis and sustainable wooden buildings. It will benefit Europe by revitalising the forestry sector. Problem: Global shortage of construction materials (concrete, steel), even as the urbanisation boom exacerbates demand. Current building materials are unsustainable. Wood is too weak to replace steel and concrete. Solution: Woodoo creates augmented wood, a new material that is abundant, sustainable and extremely strong. Woodoo wood can be bent into any shape, used like touchscreens for electronics, and replace concrete to build massive wooden constructions with low environmental footprint. Innovation: Wood is treated to remove lignin, then impregnated with a proprietary polymer. This modifies wood’s structure, increasing strength and durability, while allowing light to penetrate. Commercialization: Woodoo will produce small batches for auto suppliers for interior panels and wooden touchscreens. It will later license technology to carmakers and sawmills to enable large-scale localized production. Demand: Interest from major premium car manufacturers and tier 1 suppliers. Markets: Auto outfitting, construction materials, lignin by-product. All large and growing. TAM of €125B for the automotive interior materials and €313B for wood construction. Company: Founded in 2016. Team of experienced managers and R&D experts. Ready to scale. Project: Woodoo will develop an auto interior part (a dashboard) from augmented wood. The outcome will be a ready-to-launch production process.