Principle Of Balance Research Articles

Seawater sulfate dynamics and a new tipping point in the Earth system

Seawater sulfate (SO42−) concentrations have changed by orders of magnitude in response to atmospheric and ocean redox dynamics throughout Earth’s history. A fundamental model that constrains seawater SO42− dynamics based on the principles of mass balance, however, is still lacking. Here, we used a dynamical systems approach to determine the effects of global source and sink strengths on seawater SO42− concentrations. Our stochastic analysis of the SO42− mass balance revealed two most probable seawater SO42− concentration ranges: one under widespread oceanic anoxic conditions with SO42− concentrations <1000 µM, and the other with SO42− concentrations around or above 10,000 µM under widely oxygenated ocean conditions. Swings between these two seawater SO42− concentration ranges are notably evident during the Phanerozoic Eon and developed in response to reoccurring oceanic anoxic events. We also identified a threshold for the extent of oceanic anoxia above which seawater SO42− concentrations collapse to <1000 µM, with corresponding impacts on global biogeochemical cycles, biology, and climate.

Analysis Of Wasatiyyah Thoughts Of Muhammad Mahfudh Tarmadzi's On Takfirism In His Is'af Al Mathali'

Wasatiyyah thinking, or moderation, is an essential principle in Islamic teachings which prioritizes balance and tolerance in religious life. This concept becomes very relevant amidst the challenges of extremism and intolerance modern society faces. Muhammad Mahfudh Tarmadzi, a great Indonesian cleric, made a significant contribution through his work Is'af al-Mathali', which offers a moderate view in dealing with the phenomenon of takfirism, an ideology that disbelieves fellow Muslims. This research aims to explore Wasatiyyah Mahfudh Tarmadzi's thoughts, focusing on its application in overcoming the issue of takfirism. This research uses a text analysis methodology on Is'af al-Mathali's work to understand the application of balance, justice, and tolerance principles in responding to contemporary religious issues, especially takfirism. Mahfudh Tarmadzi strongly criticized the practice of takfirism, emphasizing the importance of solid evidence and a fair process in accusing infidels because takfirism often triggers conflict and violence among Muslims. The main aim of this research is to emphasize the relevance of Wasatiyyah Mahfudh Tarmadzi's thoughts in facing current religious challenges, especially in countering takfirism. This research also aims to examine Mahfudh Tarmadzi's contribution to promoting a more harmonious and peaceful religious life. It is hoped that the research results will provide in-depth insight into the importance of Wasatiyyah in building a tolerant society amidst the threat of extremism and radicalism

Julian Hirniak, an early proponent of periodic chemical reactions

In this article we present and discuss the work and scientific legacy of Julian Hirniak, the Ukrainian chemist and physicist who published two articles in 1908 and 1911 about periodic chemical reactions. Over the last 110+ years, his theoretical work has often been cited favorably in connection with Alfred Lotka’s theoretical model of an oscillating reaction system. Other authors have pointed out thermodynamic problems in Hirniak’s reaction scheme. Based on English translations of his 1908 Ukrainian and 1911 German articles, we show that Hirniak’s claim (that a cycle of inter-conversions of three chemical isomers in a closed reaction vessel can show damped periodic behavior) violates the Principle of Detailed Balance (i.e., the Second Law of Thermodynamics), and that Hirniak was aware of this Principle. We also discuss his results in relation to Lotka’s first model of damped oscillations in an open system of chemical reactions involving an auto-catalytic reaction operating far from equilibrium. Taking hints from both Hirniak and Lotka, we show that the mundane case of a kinase enzyme catalyzing the phosphorylation of a sugar can satisfy Hirniak’s conditions for damped oscillations to its steady state flux (i.e., the Michaelis–Menten rate law), but that the oscillations are so highly damped as to be unobservable. Finally, we examine historical and factual misunderstandings related to Julian Hirniak and his publications.

Assessment of the Restoration Potential of Forest Vegetation Coverage in the Alxa Desert Region of China.

To scientifically evaluate the sustainability of tree planting and afforestation in the Alxa Desert region, this study, grounded in the principles of water balance within the natural water cycle, employed multi-source remote sensing products and ground-based measurements to construct a quantitative response relationship model. This model links evapotranspiration (ET) with meteorological variables and the Enhanced Vegetation Index (EVI). Furthermore, the study estimated the recovery thresholds and potential of forest and grassland vegetation coverage in the Alxa Desert region under various precipitation scenarios. The findings reveal that ET exhibited an increasing trend in 84.17% of the Alxa Desert region, with a significant increase observed in 61.53% of the area, indicating positive outcomes from the implementation of the Three-North Shelterbelt Forest Program. Notably, however, ET in the southeastern plain region demonstrated a decreasing trend, which is strongly associated with human activities. The response relationship model demonstrated that linear relationship areas constituted 47.52%, while nonlinear relationship areas accounted for 45.51% of the total. The overall model exhibited an R2 value of 0.69, indicating a high level of predictive accuracy. Analysis of forest and grassland coverage revealed that, under wet year scenarios, the vegetation coverage showed a significant trend of recovery, with an average recovery threshold of (75.4 ± 12.5)% and an average recovery potential of (8.5 ± 3.6)%. It is noteworthy that the vegetation coverage in 31.25% of the area had already surpassed the recovery threshold. The outcomes of this study provide a theoretical foundation for the formulation of more scientifically rigorous ecological restoration strategies in the future.

Optical multiscale model for quantification of photon recycling including incoherent light scattering

A comprehensive multiscale modeling framework for photon recycling in textured solar cells and LEDs is introduced, treating light absorption and emission on an equal footing under consideration of the full internal mode spectrum in the device. The framework seamlessly merges a coherent emission model, free from unphysical divergence and ensuring consistency with detailed balance principles, with an incoherent net-radiation model applied to optically thick layers. The scattering of light at nonplanar interfaces is taken into consideration through four characteristic mappings that depict the microscopic scattering process, which are calculated analytically or by using a Monte-Carlo ray-tracing method. The final output of the model consists of energy- and angle-resolved local emission, re-absorption, and energy flux rates for further coupling to electronic transport. To validate the model, it has been compared with analytical solutions for the re-absorption probability in an ideal semiconductor slab with either ideal Lambertian or flat surfaces. The comparison between analytical and numerical calculations shows excellent agreement.

Natural Resource Management According To The Quran From The Perspective Of Environmental Issues (Al Misbah Interpretation Study)

This study analyzes the management of natural resources (SDA) according to the Qur'an from the perspective of environmental issues, by referring to Tafsir Al-Misbah by M. Quraish Shihab. Islam views humans as caliphs on earth, who are responsible for maintaining and preserving nature. The principles of justice, balance, and sustainability are the main foundations in the utilization of natural resources. The prohibition against environmental damage and waste of resources is very relevant to modern environmental challenges such as deforestation, pollution, and climate change. This study highlights the importance of wise water management, preservation of flora and fauna, and environmental education as part of the responsibility of mankind. Tafsir Al-Misbah emphasizes that the use of natural resources must be carried out fairly and in balance to ensure the sustainability of nature for future generations. The research method used is a descriptive analytical library study with primary data sourced from the verses of the Qur'an in Tafsir Al-Misbah by M. Quraish Shihab. The research concludes that Islamic teachings on natural resource management, as outlined in Tafsir Al-Misbah, provide strong moral and ethical guidance for addressing current environmental issues. By emphasizing the principles of justice and balance, these teachings support global efforts to achieve environmental sustainability and long-term well-being.

Construction simulation and scheme optimisation of complex underground cavities

Underground cavities have complex spatial structures and geological settings, their arrangement is dense and crisscrossed. The construction system involves multiple work surfaces, levels, and processes. The close integration of construction simulation with actual production conditions is crucial for enhancing the guidance that simulation results provide for practical engineering. Therefore, from the perspective of optimizing construction organization and management, this article comprehensively considers various factors in the construction process, innovatively introduces the principle of production line balance and the concept of rule cycle, and combines technology and management, an underground cavities construction simulation system (UCCSS) is developed. In UCCSS, a hierarchical model is built and calculation are performed on models with different construction methods by modifying the parameters as per the actual engineering characteristics. The simulation results are comprehensively analysed to determine the optimal construction programme. An application case is proposed based on the construction organisation design of the long and parallel diversion tunnels at the CB Hydropower Station. The results show that the system has good practicality and credibility and can provide guidance for the construction organisation design of underground cavities with various features.

Evaluating Photovoltaic Conversion Performance under Artificial Indoor Lighting

Several photovoltaic technologies, based on different semiconductor absorbers with band-gap energy in the range Eg = 1.0–1.5 eV are currently sharing the market for outdoor applications. These photovoltaic cells are designed to achieve an optimal photovoltaic conversion under solar illumination (represented by the standard AM1.5 global spectrum), but their performance changes under different artificial indoor lights. Here, the detailed balance principle that was first applied for an ideal photovoltaic absorber under solar radiation is now used by considering the actual spectra of four typical indoor lamps: incandescent, halogen, metal halide and white LED. For each particular illumination source, the theoretical maximum for short-circuit current, open-circuit voltage and maximum power point have been calculated and represented as a function of the absorber band-gap energy. Furthermore, the optical absorption spectra of some semiconductors with optimal solar conversion efficiencies are used to estimate their comparative performance under the various artificial light sources. It has been found that wide band-gap absorbers (Eg~1.9 eV) are needed to achieve a light-to-electricity conversion efficiency of 60% under LED illumination or 31% with metal halide bulbs, while a lowest band-gap energy of about 0.8 eV is required to obtain a maximum efficiency of 24% with incandescent and halogen lamps.

Islamic Law Review of the Principle of Freedom of Contract in Murabahah Contracts

In the banking world there is a tendency for standard contracts, in the form of contracts that have previously been determined and determined unilaterally in terms of the content and form of the contract with the intention of being addressed to the public with the same clauses, are continuous and are usually printed and detailed and cannot be negotiated. Likewise, what applies to Bank Aceh Syariah, the contents of the contract are deliberately left blank to give the customer the opportunity to negotiate and are filled in after an agreement is reached. This kind of contract limits the customer and does not provide a balanced position for either party, who basically has the same opportunity to determine what is desired in the contract. The application of the principles of al-hurriyah, fairness and balance between parties in contracts has been limited in banking. For this reason, this writing aims to find out how the process of making a murâbahah contract/agreement is, the position of the customer and the Aceh Syariah bank in formulating the murâbahah contract and the application of the principle of freedom of contract in the process of making the murâbahah contract according to a review of Islamic law at PT. Bank Aceh Syariah Sub-Branch of UIN Ar-Raniry Banda Aceh. This research is categorized as qualitative research based on data collection methods through Library Research and field research. Based on the studies that have been carried out, the results show that the process of making a murabahah contract/agreement at PT. Bank Aceh Syariah does not fully involve the customer, the customer only has the opportunity to read the contract which has been fully prepared by the bank, so that the position of the customer and the bank is not equal. The bank is in a stronger position and can unilaterally determine the contents of the contractual clauses agreed upon, while the customer is in a weak position and must accept all the contents of the clauses that have been determined by the bank. A position like this shows that the principles of freedom, justice and balance in contracts cannot be fully applied in the process of making murabahah contracts/agreements at PT. Bank Aceh Syariah Capem. UIN Ar-Raniry Banda Aceh.

Using Physics-Encoded GeoAI to Improve the Physical Realism of Deep Learning′s Rainfall-Runoff Responses under Climate Change

Recent research has shown that deep learning (DL) faces physical realism challenges in predicting runoff responses under climate change, mainly due to DL’s data dependence and lack of process understanding. In this study, a physics-encoded neural network model (dNN) was developed to adress this. dNN enables a fully process-based way to training and prediction by encoding process-based modeling knowledge into the DL architecture, including the water balance principle and causal linkages of catchment hydrological processes. To examine whether dNN can produce reliable runoff responses under warming scenarios, we first conducted regional training for dNN on daily runoff in 29 catchment in California. Two process-based models, EXP-HYDRO and HBV, were then developed as benchmarks. Both dNN and a pure data-driven LSTM were forced under warming scenarios, and the monthly hydrographs and total runoff ratios metrics were evaluated relative to the benchmarks. The results demonstrated: (1) For monthly hydrographs, dNN exhibited advantages in capturing cold-season runoff increase and warm-season recession than LSTM, effectively predicting the changes and trends in monthly runoff under warming scenarios; (2) For total runoff ratios, dNN predicted fewer catchments with increased runoff, indicating it can better maintain the total water budget under warming scenarios; (3) Through the synergy with physics, dNN was able to reasonably infer unobserved snowpack dynamics under warming scenarios. These results highlight the credibility and necessity of considering physics for DL in predicting runoff responses under climate change. Overall, this study provides a promising solution for considering physics in DL to further improve the process understanding in changing environments.

Study on the effect of volatile organic compounds on the treatment of high-salt wastewater by low-temperature evaporation

ABSTRACT High-salinity wastewater, owing to its intricate composition and challenging treatment requirements, poses a significant hurdle in water environmental governance. In this study, low-temperature evaporation technology is used to tackle wastewater containing the volatile organic compound such as N,N-dimethylacetamide (DMAC). Utilisation of comprehensive approaches involving experimental testing, mathematical modelling, and Aspen Plus software simulations, The influence of DMAC on evaporation efficiency is researched through the following factors which encompassing its effects on boiling point elevation, partial molar activation energy, and the formation of by-products. Additionally, the comparation of the impact of temperature, ionic strength, intermolecular interactions on the evaporation rate and the concentration of the volatile component DMAC in the condensate is also conducted in this study. After conducting a multiple linear regression analysis of evaporation efficiency using the Statistical Product and Service Solutions (SPSS) tool, it was discovered that temperature serves as the primary determinant influencing the evaporation rate. Additionally, ionic strength impacts solution viscosity, intermolecular interactions, and saturated vapour pressure by altering the intermolecular forces, thereby indirectly influencing both the evaporation rate and the quality of condensate water. The comparative analysis of single-effect and double-effect evaporation indicates that the optimal operating condition for double-effect evaporation yields an evaporation rate of 70%, with a remarkable 88% reduction in steam consumption compared to single one. Based on heat and mass balance principles, the mathematical model for double-effect evaporation is established to offer crucial data support for practical industrial applications.

Effects of Wire-Wrapping Patterns and Low Temperature on Combustion of Propellant Embedded with Metal Wire

Incorporating silver wires into propellant has emerged as a highly effective strategy for enhancing propellant burning rates, a technique extensively deployed in the construction of numerous fielded sounding rockets and tactical missiles. Our research, employing a multi-faceted approach encompassing thermogravimetric-differential scanning calorimetry measurements (TG-DSC), combustion diagnoses, burning rate tests, and meticulous collection of condensed combustion products, sought to elucidate how variations in silver wire quantity and winding configuration impact the combustion properties of propellants. Our findings underscore the remarkable efficacy of double tightly twisted silver wire in significantly boosting propellant burning rates under ambient conditions. Moreover, at lower temperatures, the reduced gap between the propellant and silver wire further magnifies the influence of silver wire on burning rates. However, it is noteworthy that the relationship between burning speed and combustion efficiency is not deterministic. While a smaller cone angle of the burning surface contributes to heightened burning rates, it concurrently exacerbates the polymerization effect of vapor phase aluminum particles, consequently diminishing propellant combustion efficiency. Conversely, propellants configured with sparsely twinned silver wires exhibit notable enhancements in combustion efficiency, despite a less pronounced impact on the burning rate attributed to the larger cone angle of the burning surface. Remarkably, these trends persist at lower temperatures. Based on the principle of heat transfer balance, a theoretical model for the combustion of propellants with wire inserts is developed. The reliability of this theoretical model is validated through a comparison of calculated values with experimental data. Our research outcomes carry significant implications for guiding the application and advancement of the silver wire method in solid propellants for solid rocket motors, offering valuable insights to inform future research and development endeavors in this domain.

A Jurisprudential Review of Business Competition Practices on the Shopee Platform

The rapid development of technology has transformed conventional business practices, with digital platforms such as Shopee providing innovative features, such as live streaming and flash sales. However, these features have the potential to enable unfair business competition. This study examines the impact of live streaming on Shopee Live and Toko Saya flash sales on a Shopee platform from the perspective of business competition. Using a qualitative approach, this study focuses on the policies and practices surrounding these features. The findings reveal that while certain promotional practices are legitimate, the ongoing practice of providing conditional discounts and low prices may violate business competition laws and principles of business competition jurisprudence in Islam. Sellers and buyers have indicated that these practices are not based on the principles of honesty and balance and can be detrimental to smaller businesses with limited capital. This study highlights the need for businesses to prioritize moral ethics and adhere to religious and state rules to create a fair and competitive market that protects consumer rights. As digital platforms continue to grow, it is crucial to address the potential for unhealthy business competition and to ensure that all parties, including conventional business actors, can participate fairly in the market.

Mass Conservative Time-Series GAN for Synthetic Extreme Flood-Event Generation: Impact on Probabilistic Forecasting Models

The lack of data on flood events poses challenges in flood management. In this paper, we propose a novel approach to enhance flood-forecasting models by utilizing the capabilities of Generative Adversarial Networks (GANs) to generate synthetic flood events. We modified a time-series GAN by incorporating constraints related to mass conservation, energy balance, and hydraulic principles into the GAN model through appropriate regularization terms in the loss function and by using mass conservative LSTM in the generator and discriminator models. In this way, we can improve the realism and physical consistency of the generated extreme flood-event data. These constraints ensure that the synthetic flood-event data generated by the GAN adhere to fundamental hydrological principles and characteristics, enhancing the accuracy and reliability of flood-forecasting and risk-assessment applications. PCA and t-SNE are applied to provide valuable insights into the structure and distribution of the synthetic flood data, highlighting patterns, clusters, and relationships within the data. We aimed to use the generated synthetic data to supplement the original data and train probabilistic neural runoff model for forecasting multi-step ahead flood events. t-statistic was performed to compare the means of synthetic data generated by TimeGAN with the original data, and the results showed that the means of the two datasets were statistically significant at 95% level. The integration of time-series GAN-generated synthetic flood events with real data improved the robustness and accuracy of the autoencoder model, enabling more reliable predictions of extreme flood events. In the pilot study, the model trained on the augmented dataset with synthetic data from time-series GAN shows higher NSE and KGE scores of NSE = 0.838 and KGE = 0.908, compared to the NSE = 0.829 and KGE = 0.90 of the sixth hour ahead, indicating improved accuracy of 9.8% NSE in multistep-ahead predictions of extreme flood events compared to the model trained on the original data alone. The integration of synthetic training datasets in the probabilistic forecasting improves the model’s ability to achieve a reduced Prediction Interval Normalized Average Width (PINAW) for interval forecasting, yet this enhancement comes with a trade-off in the Prediction Interval Coverage Probability (PICP).

Urgensi Penerapan Prinsip Checks and Balances dalam Pengaturan Kepala dan Wakil Kepala Otorita IKN

This study explores the urgency of implementing the principle of checks and balances in the regulation of the Head and Deputy Head of the Nusantara Capital City Authority (IKN) according to Law Number 3 of 2022. The research addresses two main issues: (1) What are the roles and authorities of the Head and Deputy Head of the Nusantara Capital City Authority, and (2 What is the urgency of applying the principle of checks and balances to the Head and Deputy Head of the IKN Authority? Using a normative juridical approach, this study finds that the Head of the Authority holds the primary authority in directing and managing the development of IKN, while the Deputy Head plays a significant supporting role in performing administrative and operational functions. The study underscores the importance of checks and balances in preventing abuse of power and enhancing transparency and accountability in decision-making. To achieve an ideal checks and balances framework, the study recommends a clear division of authority, robust oversight mechanisms, regular evaluations, transparent decision-making processes, and the involvement of external oversight bodies. The effective implementation of the checks and balances principle is expected to maintain the integrity and accountability in the governance of the Nusantara Capital City Authority.

A new active rehabilitation training mode for upper limbs based on Tai Chi Pushing Hands

Robot-assisted rehabilitation is a crucial approach to restoring motor function in the limb. However, the current training trajectory lacks sufficient theoretical or practical support, and the monotony of single-mode training is a concern. Tai Chi Pushing Hands, a beneficial and effective daily exercise, has been shown to improve balance function, psychological state, and motor function of the upper extremities in patients recovering from stroke. To address these issues, we propose a new active rehabilitation training that incorporates Tai Chi Pushing Hands movements and yin-yang balance principles. The training trajectory and direction are encoded by the velocity field and consist of two processes: yang (push) and yin (return). During yang, the limb actively pushes the robot to move, while during yin, the limb actively follows the robot’s movement. To provide necessary assistance, an admittance controller with self-adaptive parameters is designed. In addition, we introduce two indexes, the ‘Intention Angle’ (ϖ) and the time ratio (Γ), to evaluate motion perception performance. Our experiment was conducted on a 4-degree-of-freedom upper limb rehabilitation robot platform, and the subjects were separated into a familiar group and an unfamiliar group. The experiment results show that the training could be completed well no matter whether the subject is familiar with Tai Chi Pushing Hands or not. The parameters and the movement of the robot can be adjusted based on the interactive force to adapt to the ability of the subject.

Dynamic performance enhancement in 2D and 3D curved flexible photovoltaic modules: Mismatch loss analysis and cell interconnection configurations optimization

The integration of photovoltaic (PV) technology into curved-surface buildings holds promise for energy-efficient eco-cities. However, the surface irradiance field of curved PV modules is uneven, and the distribution varies with the relative position to the sun and the surface shape. In this study, the dynamic irradiance field distributions of 2D and 3D curved PV modules are investigated. Based on this, 3 PV cell interconnection methods are proposed in conjunction with the irradiance balance principle. The electrical performance and power loss mechanisms are analyzed, and the dynamic adaptability, orientation adaptability, and geometric adaptability are evaluated. The results show diverse irradiance field patterns under different central angle conditions: uniform distribution in the north-south or east-west direction, while Gaussian distribution in other directions. Appropriate PV cell interconnection methods for 2D curved PV modules can effectively reduce mismatch losses, demonstrating significant enhancement in power output, up to 1721.21 Wh and 1604.10 Wh respectively. However, for 3D curved PV modules, the 3 interconnection methods fail to effectively adapt to the dynamic variation in irradiance, thus unable to fully exploit the power generation potential. In-depth investigation of mismatch losses in this study contributes to improving the reliability and economic viability of curved PV module, promoting its commercial application.

From headphone to health: utilizing podcast to improve the nutrition literacy of high school students

Most of adolescents, especially high school students, have not been able to consume food that fulfills balanced nutrition principles. Low nutrition literacy is one of the causes of nutrition-related problems. In addition, Physical Education teachers’ inability to provide balanced nutrition material needs to be addressed a solution, one of which is by using podcast. This study aims to determine the effectiveness of providing balanced nutrition material podcasts to improve nutrition literacy of high school students. Quantitative research with a single group pre-experimental research design with pretest-posttest (one group pretest-posttest design) was used as the method of research. The study sample was 36 people [male: 16, female:20] selected by using proportional random sampling. Data collection technique to measure the students’ nutrition literacy level used multiple choice question instruments [Aiken Validation V: 0.83, Alpha Cronbach’s reliability value: 0.749]. Data analysis used paired t-tests, with hypothesis test calculation using IBM SPSS version 23.0. The results showed that there was an increase in nutrition literacy of high school students which was indicated by the results of pretest-posttest of 32.81 to 38.15, and the results of the SPSS test showed the effectiveness of providing balanced nutrition podcast media to improve the nutrition literacy of high school students with a sig value of 0.000<0.005. Based on these results, it can be concluded that it is effective to provide podcast media to improve the nutrition literacy of high school students. The application of balanced nutrition podcasts in learning helps students gain broad and more accurate insights because they present speakers from nutritionists so that students’ nutrition literacy increases. Keywords: Balanced Nutrition, Nutrition Literacy, Podcast, High School

Inorganic carbon migration and transformation in groundwater evaporation discharge area

During groundwater evaporation discharge, a series of carbon-related water-rock interactions potentially impact the terrestrial carbon cycle significantly. However, the migration and transformation of carbon in groundwater evaporation discharge area remain inadequately understood. Using the Tumochuan Plain in Inner Mongolia as a case study, this paper constructs a carbon balance equation for groundwater evaporation discharge area by employing mass balance principles and hydrogeochemical simulation methods, thereby analyzing the mechanisms of carbon diversion during groundwater evaporation. The result showed that evaporation discharge area of Tumochuan Plain was a ‘carbon sink’. Carbon emission rate to atmosphere in study area was 7.35 g/(m2·a), while carbon fixation rate by calcite precipitation and dissolved inorganic carbon (DIC) into groundwater was 37.15 g/(m2·a). The precipitation of calcite and the dissolution of dolomite were the main water-rock interactions controlling the migration and transformation of DIC. The carbon absorbed by dolomite dissolution reached 21,698.02 t/a (30.56 g/(m2·a)), offsetting a significant portion of the CO2 emitted during calcite precipitation. In addition, the calcium released by the dissolution of dolomite and anorthite effectively promoted the precipitation of calcite, which was the primary factor for groundwater to become a carbon sink in this area.

Оценка результативности мер госполитики в сфере реализации стратегического национального приоритета «Экономическая безопасность»

In the context of intensifying external challenges and threats to ensure economic security, it is extremely important to ensure the continuity of state policy measures across the entire vertical of strategic planning documents, to prevent semantic deformation of goal setting, and to prevent the presence of contradictions both in the substantive formulations and in the quantitative values of target indicators of documents. The National Security Strategy of the Russian Federation, adopted on July 2, 2021 by Decree of the President of the Russian Federation No. 400, justified the need to monitor the implementation of the nine strategic national priorities formulated in it, including the priority “Economic Security”. A comparative analysis of indicators for monitoring the state of economic security available in the list of official statistical surveillance was carried out. It is shown that in order to comply with the principle of balance in the strategic planning system, it is first necessary to update and ensure mutual compliance of the goals and objectives of the Economic Security Strategy (approved by Decree of the President of the Russian Federation of May 13, 2017 No. 208) with the goals and objectives of the strategic national priority “Economic Security” from the National Security Strategy, taking into account the challenges and threats specified in this document, which should become the basis for the development and regulatory consolidation of a list of indicators for the implementation of the corresponding national priority.