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COST Action CA24125 - Cultural Heritage in Crisis. Transdisciplinary Assessment of Legal and Regulatory Frameworks (CRICULT)
Get PDFCRICULT (COST Action CA24125) aims to protect cultural heritage from crisis-related threats by fostering interdisciplinary collaboration among experts. It develops strategies, tools, and policy recommendations to strengthen preparedness, response, and resilience of cultural heritage in times of crisis
Последен дел од возбудливото патување на една не/обична адолесцентка
Get PDFОваа, трета книга „Јас сум Миа: Новогодишна епизода“ е дел од адолесцентската книжевност, кој ги прикажува хаотичните, но истовремено и препознатливи искуства на адолесценцијата, истражувајќи теми како идентитетот, независноста и справувањето со социјалните очекувања. Приказната ја следи Миа, која се наоѓа во комична, но и предизвикувачка ситуација – организација на новогодишна забава со огромен број гости, во контекст на семејните односи и пријателствата. Наративот ја доловува енергичноста и емоционалните комплексности на тинејџерскиот живот, создавајќи дело кое е привлечено за млади читатели и истовремено допира до универзалните теми на растењето
Design, Analysis, and Implementation of Photovoltaic Systems
Get PDFThis paper presents the technical design and simulation-based performance analysis of a photovoltaic system
implemented on the rooftop of a small industrial facility located in the central region of North Macedonia. The
system includes 136 monocrystalline solar panels with a rated power of 545 W each, connected through two 36
kW Sungrow inverters and configured to efficiently support industrial energy demands.
Simulations were performed using PVsyst software based on real meteorological data from METEONORM, with
calculated energy yield, monthly generation profiles, system losses, and performance ratio. The PV system
demonstrated high efficiency, with a projected annual generation of 98 MWh and an average performance ratio
exceeding 87%.
The technical solution also considers optimal panel orientation, tilt angles, cable dimensioning, and protection
measures, in accordance with engineering standards. The project highlights the viability of rooftop PV systems in
industrial applications as a reliable and sustainable energy source
Future in fashion is circular - Let’s put an end to textile waste
Get PDFTransition of the Linear model to Circular is a concept for keeping materials in Use. But modern “Fast fashion” is based on the principle: buy, use, throw away. Today we need to use the textile waste as a Resource. That means redirecting Consumer Thinking.
The question is: "Do we want to be remembered as the people who lived in the era of waste and did nothing to change it?"
The fact is undeniable - we need a restart!
Keep materials in use with practical examples
Корпоративна казнена одговорност во Македонија - судска и правно-политичка перспектива
Get PDFСовремените правни системи сè повеќе го напуштаат концептот на „исклучување од правна одговорност“ на правните лица, потврдувајќи ја нивната улога како значајни субјекти во правниот и економскиот живот.
Под влијание на бројни меѓународни конвенции и појавата на нови и зачестени форми на колективен и транснационален економски криминал, се наметна и потребата од воведување на казнена одговорност на правните лица и систем на санкции што се прилагодува на природата на правните лица и го зафаќа нивниот имот, репутација и деловно работење.
Со измените на Кривичниот законик од 2004 година, македонското законодавство го прифати концептот на корпоративна казнена одговорност. Сепак, недостасуваат истражувања за криминалитетот на правните лица, ефективноста и казнената политика на судовите кон правните лица како сторители на казнени дела, а не постојат ниту официјални статистички податоци за правни лица – сторители на казнени дела.
Овој труд, врз основа на теоретска анализа и оригинални емпириски податоци од судската практика на целата територија на државата, прави преглед на казнените дела на правни лица, презентира податоци за бројот на правни лица – сторители на казнени дела и ја испитува казнената политика кон правните лица како сторители на казнени дела, вклучувајќи ги најчестите форми на криминалитет, видот и висината на применетите санкции.
Потпирајќи се на добиените податоци и анализа, авторите се на став декa постои исклучително блага казнена политика и ретка примена на споредните казни кон правни лица, што ја доведува во прашање ефективноста и применливоста на концептот на корпоративна казнена одговорност
Levothyroxine dose according to body weight in patients with severe subclinical hypothyroidism
Get PDFIntroduction: The dosage of levothyroxine can be determined based on a patient's weight and is estimated to be 1.6 to 2.1 mcg/kg/day for primary hypothyroidism. This study aimed to determine the mean weight-based dose of thyroxine in patients with severe subclinical hypothyroidism.
Methods: Patients with TSH values between 10 and 20 mIU/mL and normal fT4 levels who achieved euthyroid status were retrospectively analyses. A total of 51 patients were included in the study.
Results: The mean age was 58.11 ±17.4 years, and the mean weight was 74.78±15.9 kg. Females were 86%. The mean dose of levothyroxine to achieve euthyroid status was 72.40 ± 25.5 mcg/day, or 0.996± 0.35 mcg/kg/day. The mean TSH level after treatment was 2.621±1.22 mU/L. Age, gender, height, and disease duration did not impact achieving a euthyroid state (p>0.05).
Conclusion: Determining the correct levothyroxine dosage involves more than a simple weight-based calculation. However, understanding the mean dose relative to weight allows healthcare providers to better tailor therapy to individual patient needs, improving outcomes, minimizing frequent visits, and reducing the risk of under- or over-treatment.
Keywords. Subclinical hypothyroidism, weight-based calculation, levothyroxine
Exploring the Impact of AI on Science Teaching: Effective Pedagogical Strategies for Developing Digital Literacy Skills
Get PDFDigital innovations are proliferating throughout
society and becoming a larger part of human life. It is difficult to
conceive of an aspect of human behavior that is not being
affected by digital technology. The recognized impacts are the
apparent lack of digital literacy and lack of awareness of ethical
conduct regarding artificial intelligence (AI) in teachers, which
can be limitations for teaching and learning in a digital
environment. This project aims to raise teachers' awareness of
ethical conduct as it relates to AI and the broader digital
landscape to help teachers amplify their digital literacy skills to
improve the success of learning and support students'
appropriate usage of technology. The first step in this study is to
assess and investigate the use of AI practices to enhance high
school teachers' digital literacy skills. The paper then discuss the
important role that AI digital images play in enhancing high
school teacher performance. Also followed by an embedded smart
device as the arrangement in structuring a framework based on
smart categorization and methods based on the Framework of
Educational Learning Outcomes (FOLR). The purpose of this
Framework is to assess and compare the digital literacy and
teaching performance of high school teachers to classification
methods like support vector machines (SVM) and decision tree.
The data shows that the SVM method achieved 78% accuracy on
identifying teacher digital literacy skills after 600 round of the
method while the FOLR method achieved 81%. Meanwhile, the
geographic complexity of the SVM-oriented and FOLR-based
smart literacy enhancement algorithms are calculated to be 45
and 22, respectively. Particularly, with more rounds, the FOLR
method achieves improved accuracy and lower geographical
complication in measuring teachers' pedagogical digital literacy
skills. As a result, the application of AI techniques is extremely
successful in improving digital imaging innovation and
improving the performance of image identification in academic
training
Monitoring and Transmission of the Process Parameters on Agro Industrial Facility in a Gsm Network
Get PDFIn modern technological and industrial development, the application of electronics in measuring, processing, storing and transferring process data in industrial facilities is increasing. In this processing of process parameters, it is essential that users have timely and accurate information about the measurement data in their industrial complex. Modern electronic systems provide the ability to process and store measurement data on-site and transfer it to the IoT and GSM network. On the other hand, the application of sophisticated electronic systems is noticeable not only in power plants, but also in healthy and quality food industries, such as agriculture. We witness daily tribunes and panel discussions sponsored by companies and even governments for the introduction of the terminology of digital agriculture, i.e. the introduction of smart electronic solutions in agriculture. In addition to the commitment to so-called green energy, i.e. obtaining energy from renewable sources, the development of digitization in agriculture is an area in which an enormous application of smart electronic systems is expected in the future. Guided by these reasons, in this paper an electronic system is designed that provides a solution to a problem in hydro melioration system, i.e. the development, design and practical implementation of the Smart electronic system which enables the measurement of the process parameters of an agro-industrial facility and their transfer to the GSM SIM network. The solution enables the visualization of process parameters locally on LCD displays and remotely on an mobile device in GSM SIM network. A data log file is also provided for store the value on the process parameters on a local computer
Development of Mathematical Models For The Design of Composite Structures
Get PDFThis article presents the development and improvement of mathematical models for fiber paths using filament winding technology (FW) for composite parts. The accuracy of these models was verified through simulations and experimental testing of manufactured composite symmetrical samples. The fiber winding angle was considered an influential factor for precise model creation. Symmetrical composite samples were produced using these models, with different winding angles (10°, 60°) and combinations of angles. All samples were laboratory tested for hoop tensile strength to meet quality requirements for composite pipes. The analysis of the results provided conclusions about the behavior of composite samples according to the predicted models. This research has significant applications in various industries, including space, aerospace, automotive, military, and marine.
Keywords - Mathematical models, Simulations, Filament Winding Technology, Winding angle, Symmetrical Composite
Парадоксот на љубовта во адолесценцијата низ призмата на романот „Ја сакам“ од Фатих Ердоган
Get PDF: Авторот на делата „Ја сакам“, „Волшебните очила“, „Волшебната книга“ и многу други, Фатих Ердоган е турски писател, кој е познат по својата литература за деца и младинци. Тој е признат како пионер во пишувањето на современа детска литература во Турција, а неговите книги често вклучуваат елементи на фантазија, магија и поучни пораки за младите читатели. Неговите дела често се фокусирани на теми како љубовта, судирот на доброто и злото, пријателството и важноста на емоционалниот развој на младите. Неговите книги имаат воспитни цели и полни се со фантастични и магични елементи што го прават читањето забавно и инспиративно за младите читатели