Military Equipment Research Articles

THE ECOLOGICAL ASSESSMENT OF SMALL RIVERS IN UKRAINE UNDER CONDITIONS OF INTENSIVE WAR IMPACT

Aquatic ecosystems are perpetually exposed to anthropogenic sources of pollution, wherein the quality of subterranean and surface waters undergoes influence from both natural and anthropogenic processes. This interaction results in environmental predicaments and, occasionally, environmental crises. Small rivers, in particular, bear a pronounced impact from human interventions on the environment. The investigation undertaken by the researchers commenced in 2021 with the primary objective of scrutinizing the ecological condition of the Irsha River. Regrettably, due to the military aggression of the Russian Federation, the regions through which the river courses were temporarily occupied, subjecting it to considerable anthropogenic disturbances. Specifically, two bridges spanning the Irsha River in the Malyn area were demolished, and military operations transpired along the riverbanks, leading to the accumulation of damaged military equipment. Consequently, it was deemed imperative during the course of our study to conduct an analysis of the natural water in the Irsha River subsequent to the military activities. The outcomes of a comprehensive assessment of surface water quality, employing a graphical method, revealed that, during the period of 2021-2022, the river waters within the Irsha River exhibited an overall failure to meet quality standards in both monitoring locations. Elevated values of Maximum Permissible Concentration (MPC) exceeding the norm were noted for the Chemical Oxygen Demand (COD) indicator, the dissolved oxygen indicator, as well as the general iron and iron of permanganate oxidizability parameters in both samples. The highest degree of pollution was discerned in the Malyn Reservoir, whereas the Irsha Reservoir manifested comparatively lower pollution levels in the aquatic environment.

Identifying and Prioritizing Economic Opportunities for Medical Tourism Management: An Analytic Hierarchy process

Background: As a growing industry, medical tourism includes many economic opportunities. This industry is the largest and most diverse industry in the world, with a foreign currency income which is equal to the automotive and military weapons industries. The aim of the current research is to identify and prioritize economic opportunities related to medical tourism management, using the Analytical Hierarchy Process (AHP) as a multi-criteria decision-making tool. Methods: This was a descriptive-survey research with an applied and cross-sectional approach. A survey method was used to collect data, so this study can be classified as field research. The statistical population of the research included 25 people with experience and expertise selected through purposive sampling in the fields of management, tourism, and medicine. The method of collecting data was in the form of library and field studies. The tool for collecting data was a questionnaire of paired comparisons and a check sheet. Data analysis was done with AHP method and Expert Choice 11 software. After collecting the paired comparison questionnaire and calculating the geometric mean, the inconsistency rate of the questionnaires was less than 0.1, which showed that the data had the required validity. Results: First, using library studies, economic opportunities related to medical tourism were identified. These opportunities included cash generation, technological advancements, job creation, diversification of tourism industry, development of health care infrastructure, knowledge transfer and cooperation, services and ancillary industries, and regional development and diversification of economic activity. Opportunities were prioritized using the AHP method. Cash generation with relative importance of 0.191 was ranked first, job creation with relative importance of 0.162 was second, and technological advances was ranked third with relative importance of 0.131. Diversification to economic activities with a relative importance of 0.45 was ranked ninth which was the lowest. Conclusion: Strategic marketing, delivering quality healthcare services, competitive pricing, specialized medical care, patient-centered experience, collaboration and partnership, continuous improvement, and strengthening medical tourism infrastructure are the pillars through which medical tourism management can not only generate sustainable revenue but also provide invaluable healthcare services to patients from across the globe.

The Cooperation between the Republic of Armenia and the French Republic in the Defence Sphere

Diplomatic relations between the Republic of Armenia and the French Republic were established on 24 February 1992. Since the beginning of the 1990s, strong political and economic ties have been created between the two Republics. France became one of the members of the tripartite Co-chairmanship of the OSCE Minsk Group (alongside Russia and the USA) in 1997, which was engaged in the NagornoKarabakh conflict regulation process. However, following the 44-Day War in Nagorno-Karabakh in 2020, and especially after Azerbaijani aggression on the sovereign territory of the Republic of Armenia in September 2022, the cooperation between the two states developed in the defense sphere. Particularly in October 2023, several documents were signed between the Minister of Defence of the Republic of Armenia and the French Minister for the Armed Forces in Paris, including military education and military-technical cooperation. The military-technical cooperation between the two states creates a possibility for Armenia to get access to advanced western military technologies, which are used in the development of the military-industrial complex of France.

РОЗВИТОК СУЧАСНИХ ТЕХНОЛОГІЙ: ВИКЛИКИ ДЛЯ НАЦІОНАЛЬНОЇ БЕЗПЕКИ ПОЛЬЩІ

The main purpose of the article is to analyze national security challenges related to the development of modern technologies. The impact of this phenomenon on many aspects of safety in cyberspace is presented. The relationship between modern technologies with the military security of the state is also presented. There is also a cross-discussion of the struggle of state entities with terrorist threats directly related to dynamic technological progress. The possibilities of cybersecurity education at universities, within the framework of postgraduate education, courses and trainings are analyzed. The study shows that modern technologies have a significant impact on Poland's national security. Rapid technological development poses a serious threat to national security for any country, including Poland. They directly influence national security aspects as the fight against terrorism, ensuring the security of state institutions in cyberspace and guaranteeing permanent military development necessary to counteract both common and hybrid threats. The functioning of state entities and their citizens requires constant adaptation to an environment that changes dynamically in the international arena. Poland, like any other country, should be in constant readiness to resist the above mentioned challenges to defend their own national interests. To do this, you need to use the opportunities and soften the threats associated with the constant inter -sectoral development of technology. Modern information technologies offer advanced means and capabilities of cybersecurity. However, it also increases the potential for cyberattacks, which requires constant improvement and adaptation of cybersecurity policy. The development of military technologies, including artificial intelligence, nanotechnology, or cybercribe, changes the face of national defense. Poland needs to be effectively investing in modern defense technologies in order to maintain their defense capability at a proper level. Modern technologies influence the protection of critical infrastructure from potential terrorist attacks. Integrated IT systems can increase efficiency, but at the same time increase the risk of cyberattacks that can have serious consequences for the country's functioning. It is also necessary to strengthen international cooperation to exchange advanced experiences and work together to protect against modern technological threats. Key words: technology, military safety, terrorism, cyberspace, cybersecurity, higher education, Poland.

The History of the Development of Domestic Chemical Intelligence Tools

This article is dedicated to the history of the development of chemical reconnaissance and control means of the Workers' and Peasants' Red Army, the Soviet and Russian armies. This plot has never been covered previously in open literature. The aim of the work is to give a sketch of the development of chemical reconnaissance and control means from the First World War to the present day. The source base - documentary sources containing information about the chronology of acceptance for supply of chemical reconnaissance technical means, technical descriptions, manuals and operating instructions, as well as literature containing information about the design and principles of operation of these means. The method of analysis is descriptive. The discussion of the results. The most important factor that has influenced the development of means of indication was the development of chemical weapons. Аn analysis of information sources showed that before the Second World War, exclusively the chemical indication method was used. Since the late 1950s, due to the appearance of the organophosphorus agents, along with the chemical methods of indication, the biochemical methods began to be actively used both in military and in special means of chemical reconnaissance. The ionization method was first implemented in the early 1970s, the remote method (laser sensing) – in the late 1980s. Ion mobility spectrometry has been used since the late 1990s, gas chromatography-mass spectrometry and FT-IR spectroscopy – since the early 2000s. The technology of semiconductor sensors has been used in serial devices since the late 2000s. Conclusion. In general, the development of domestic chemical reconnaissance and control means goes in line with global trends. One of the modern trends is the development of combined devices based on a combination of several indication methods. Currently, the leading position is occupied by technical means of remote chemical reconnaissance and instruments, the operating principles of which are based on ion mobility spectrometry.

Miura-ori based reconfigurable multilayer absorber for high-efficiency wide-angle absorption.

Radar stealth structures that can achieve high-efficiency wide-angle absorption are key components of future military equipment. However, it is difficult for both planar and three-dimensional (3D) absorbers to achieve efficient absorption in a large incidence angle range. The multilayer reconfigurable absorber component based on Miura origami provides a unique solution. First, the multilayer origami absorber is parameterized in the simulation software. Each origami structure is covered with resistive films that fit the panels. Geometric constraints are satisfied among the multilayer structures. They support reconfigurability in the range of continuous states (as opposed to discrete states), which is conducive to finding the folded state with a more efficient absorption rate within the frequency band. Secondly, the designed structure does not require a specialized mechanically supported multilayer origami absorber. In addition, the equivalent analogue circuit method is used to analyze the efficient absorption of multilayer origami under oblique incidence. Finally, our proposed absorber satisfies the requirements of multiple absorption metrics: broadband, high efficiency, wide incidence angle, and polarization insensitivity. As the validation, we simulated and fabricated a double-layer origami absorber. Our proposed origami absorber can maintain an absorption rate of more than 90% for both transverse electric (TE) and transverse magnetic (TM) polarizations in the operating frequency band (5-20 GHz) over a wide range of incidence angles (0°-70°). When the incidence angle qinc = 40°, the double-layer origami absorber (q1 = 90°, α1 = 60°, and a2 = 75°) can achieve at least 10 dB reflection reduction of -18 dB and -20 dB in TE and TM modes, respectively. The proposed origami absorber provides a reference for the design of other absorbers.

Verification and Optimization of Network Security Defense System from the Perspective of Blue Army in Actual Offensive and Defensive Exercises

From the point of view of signal camouflage, this paper proposes an active network defense system. Then, the optimal camouflage target selection scheme is proposed. Its goal is to solve the problems existing in the information constructionof Chinese military equipment support. This method establishes a multistage game model based on weapon support informationnetwork attack and defense. The attack and defense benefits are quantitatively calculated based on the cost of signal concealment. The solution to the refined Bayesian balance problem is given. Then, a multistage optimization algorithm for camouflage signal selection is proposed. Finally, experimental research proves the proposed algorithm to be reasonable and practical.

Computer Simulators - Modern Tools For Training Future Officers And Sergets

The purpose of this article was to consider the prerequisites for the emergence, stages and prospects for the development of military computer games in the Republic of Kazakhstan, used in combat training of the armed forces of a number of states, as well as an attempt to conduct a comparative assessment of various military simulators using developed military computer programs. Simulators of military weapons at the present stage play an important role in preparing future reserve officers and sergeants in the Republic of Kazakhstan for real combat operations. They are computer programs or physical devices that help simulate various aspects of military combat activities. One of the main advantages of using computer simulations is the ability to create realistic combat conditions without having to risk lives and resources. Future officers and NCOs can enhance their professional skills through simulations to develop strategic and tactical skills, make real-time decisions and coordinate the actions of their units. In our opinion, the use of military weapons simulators provides an opportunity to gain excellent skills in working with military weapons, reduces training time for beginners, improves reactions and quick decision-making, and of course reduces the risk of injury during training. So, simulators of weapons and military equipment will contribute to the training of future reserve officers and sergeants, helping to develop their skills, leadership qualities and make effective decisions in combat situations. A modern approach effectively complements traditional military training.

Wet-spinning of carbon nanotube fibers: dispersion, processing and properties

ABSTRACT Owing to the intrinsic excellent mechanical, electrical, and thermal properties of carbon nanotubes (CNTs), carbon nanotube fibers (CNTFs) have been expected to become promising candidates for the next-generation of high-performance fibers. They have received considerable interest for cutting-edge applications, such as ultra-light electric wire, aerospace craft, military equipment, and space elevators. Wet-spinning is a broadly utilized commercial technique for high-performance fiber manufacturing. Thus, compared with array spinning from drawable CNTs vertical array and direct dry spinning from floating catalyst chemical vapor deposition (FCCVD), the wet-spinning technique is considered to be a promising strategy to realize the production of CNTFs on a large scale. In this tutorial review, we begin with a summative description of CNTFs wet-spinning process. Then, we discuss the high-concentration CNTs wet-spinning dope preparation strategies and corresponding non-covalent adsorption/charge transfer mechanisms. The filament solidification during the coagulation process is another critical procedure for determining the configurations and properties for derived CNTFs. Next, we discuss post-treatment, including continuous drafting and thermal annealing, to further optimize the CNTs orientation and compact configuration. Finally, we summarize the physical property-structure relationship to give insights for further performance promotion in order to satisfy the prerequisite for detailed application. Insights into propelling high-performance CNTFs production from lab-scale to industry-scale are proposed, in anticipation of this novel fiber having an impact on our lives in the near future.

ტექნოლოგიური პროგრესი საერთაშორისო შეიარაღებულ კონფლიქტებში

The role and influence of modern technologies on the dynamics of the development of international armed conflicts and their consequences are analyzed. International armed conflicts can be caused by a variety of factors, including territorial disputes (over land and sea boundaries), competition for resources (water, oil and minerals), religious or ideological differences or historical animosities, geopolitical power struggles, nationalism or desire for independence. Also, armed conflicts can be caused by the personal interests of states, the failure of diplomatic negotiations and the development of military weapons. International armed conflicts have significant political, economic and social consequences, which greatly affect not only the states involved in the conflicts, but also neighboring countries and even the international community as a whole. Over the years, technological progress has played a decisive role in shaping armed conflicts. Consequently, the development of technology has significantly influenced the strategies and results of modern military operations.

The need for and prospects of developing a modern mobile laboratory complex for equipping sanitary and preventive organizations of the Russian Ministry of Defense

Presently, an increasing volume of laboratory tests performed by sanitary and preventive organizations of the Russian Ministry of Defense (centers of state sanitary and epidemiological supervision) are carried out directly in the field during various combat training activities and special tasks and the localization and elimination of epidemic foci of infectious diseases in organized military collectives. Thus, non-staff mobile sanitary-epidemiological groups are formed. However, the regular special military equipment—medical field laboratory—used to equip such groups, is outdated and does not provide the basic principles of their autonomous functioning (mobility, autonomy, multidisciplinarity, high manufacturability, zoning of workplaces, compliance with biological safety requirements). Hence, the need for and prospects of developing a new automotive laboratory complex for equipping sanitary and prophylactic organizations of the Russian Ministry of Defense are investigated. This study analyzes the experience of military sanitary-preventive organizations for the period 2011–2021. The tactical and technical characteristics of the staff laboratory of the medical field laboratory of the state sanitary and epidemiological supervision centers of the Russian Ministry of Defense are compared with available analogues, including those in the institutions of other ministries and departments. As the number of long visits of military sanitary specialists and preventive organizations significantly increases to the extent of providing temporary accommodation for military units to ensure the sanitary and epidemiological well-being of the personnel, the need for laboratory research in isolation from the network of stationary laboratories to objectify the activities of the state sanitary and epidemiological supervision and ensure the anti-epidemic protection of troops also significantly increases. Moreover, the drawbacks of the standard medical field laboratory and its analogues and hence their limited use in the interests of the Russian Ministry of Defense in existing configurations were identified. The obtained results enabled reasoning for the need for a new automotive laboratory complex for equipping sanitary and preventive organizations of the Russian Ministry of Defense considering the successful solutions in laboratory complexes of other ministries and departments.

Ku-band microwave absorbing properties of submicron monodisperse carbon spheres fabricated by hydrothermal synthesis and carbonization

Carbon materials have been widely used as the absorber for the stealth of military flight equipment in recent years. This study focuses on preparing submicron monodisperse carbon spheres (SMCS) by hydrothermal synthesis and subsequent carbonization. The influence of carbonization temperature (900 ℃, 1000 ℃, 1100 ℃, and 1200 ℃) on the microstructure, phase, specific surface area, pore size distribution, electrical conductivity, complex permittivity, and microwave-absorbing properties of SMCS in the Ku-band (12.4–18.0 GHz) is investigated. The graphitization degree, electrical conductivity, and complex permittivity of SMCS carbonized at 1100 ℃ are all the highest. The C-1100 in paraffin/composites shows a strong dielectric resonance loss, thus improving microwave-absorbing properties. The effective absorption bandwidth (RL < −10 dB) of C-1100 is 4.9 GHz and the minimum reflection loss (RL min) is −18.71 dB at 14.64 GHz with a matching thickness of 1.3 mm.

Arab Gulf States’ naval procurement strategies: A three-level approach

Except Saudi Arabia who obtained ballistic missiles from China in the 80’s during the Iran-Iraq war,11Clayton Thomas, « Arms Sales in the Middle East: Trends and Analytical Perspectives for U.S. Policy », Congressional Research Service, 10/11/17 Arab Gulf States’ weapons procurement strategies seemed not oriented to get the means to guarantee their own security. In fact, despite the fact that these countries spent 24.7 billion dollars buying weapons between 1979 and 1989,22Source: SIPRI Database they were unable to protect themselves against Iraq when the latter launched an invasion of Kuwait in August 1990. After that new Gulf War,33The first Gulf war opposed Iraq to the Islamic Republic of Iran (1980–1988) the main Arab Gulf States pursued their ‘life insurance policy’ by still buying weapons from Western countries, hosting at the same time foreign military bases in their territories44Mainly the US, based in Saudi Arabia, Bahrein, Kuwait and Oman and signing Defense agreements with the greatest powers.However, things began to evolve at the beginning of the 21st century, with a change of strategy by certain Arab Gulf States, notably the United Arab Emirates and Saudi Arabia. These evolutions are largely due to different changes observed in the Gulf region from 2000 on: the Iranian nuclear program and Teheran’s potential hegemony across the Middle East and the waters of the Gulf, the war in Yemen and the operational need for naval capabilities (mainly for the UAE), and the doubts about the American political and military involvement in the Middle East. Moreover, with the aim to reduce their countries’ dependence on oil, many Arab Gulf States have promoted new national strategies to reduce the volume of importations from abroad, including military equipments, along with the targeted goal to promote local production of different products. The aim of this article is to analyze some Arab Gulf States’ naval procurement strategy, according to the political and strategical evolutions that have occurred in the Middle East since the beginning of the 21st century. It will demonstrate that the two main powers of the Arab Gulf, Saudi Arabia and the United Arab Emirates, have developed a three-level procurement strategy in order to get autonomy while increasing operational capabilities and promote national industries. The first level of this strategy consists in pursuing the procurement of naval equipment from Western suppliers. The second level aims to gain skills and experience through transfer of technologies in the context of co-developed military projects. The third one consists to a full how-know production process of middle class vessels. This article will also analyze which challenges the Arab Gulf States are facing in their naval procurement ambitions, and the probability that these challenges could lead them to revise them downwards.

PatchesNet: PatchTST-based multi-scale network security situation prediction

Internet of Things (IoT) technology increases connectivity between devices; however, IoT device networks are less secure, making them highly susceptible to attack. Most of the network security defense techniques are passive defense with inevitable delays. For instance, in the case of intrusion detection systems, during the time interval between detecting an attack and implementing defenses, the attacker may inflict damage on the target. Therefore, the adoption of active defense techniques becomes particularly important. Network Security Situation Prediction (NSSP) is an active defense technology capable of predicting future states of network security. Currently, most methods in the NSSP field focus on single-step prediction, while research related to multi-step prediction is scarce. Hence, this paper presents an NSSP method based on the PatchTST framework(PatchesNet), which exhibits good multi-step predictive performance. The method uses Variational Mode Decomposition (VMD) to deal with sequence instability. Multi-scale Patch delivery (MSP), Multi-scale Second Decomposition (MSD), and Period Embedding (PeE) are used to obtain more sequence features. Correlation Fusion (CF) can reduce the noise effect on prediction. Experiments are conducted on three datasets. The results demonstrate that PatchesNet exhibits favorable performance, relatively reducing the MSE and MAE by 39.243% and 26.033%, respectively, compared to the previous state-of-the-art method.

The Relationship between Energy and Climate Warming

This article highlights that the main causes of global warming are related to the production of military weapons. It has also been analyzed geographically and geopolitically that changes in carbon dioxide in the atmosphere under the influence of anthropogenic factors are one of the important factors shaping the “greenhouse effect”.

Malicious mode attack on electric vehicle coordinated charging and its defense strategy

Power systems exploit Internet of Things (IoT) to coordinate the huge charging demands of numerous electric vehicles (EVs) in intelligent transportation systems (ITSs). However, since connected with public networks, the coordinated charging control system is in a low-level cyber security and greatly vulnerable to malicious attacks. The malicious mode attack (MMA), a new cyber-attack pattern, generates high amplitude forced oscillations, which seriously threats the stability of power systems and the power supply of charging stations. However, the MMA model and attack process is not clear. Moreover, it is difficult to actively eliminate the MMA risk through the existing cyber defense technologies. Therefore, this paper analyzes the characteristics of MMA and provides a multi-information active distribution rejection control (MIADRC) method for the physical smart grid to defense MMA. First, the potential threat of MMA is clarified by investigating the vulnerability of the IoT-based coordinated charging load control system. And an MMA process like Mirai is given as an example, which affects the electricity charging system by penetration, infection and attack. Then, an MMA model is established for impact analysis, where expressions of the mean response (i.e. expected value) and stochastic response (i.e. standard deviation) of the MMA forced oscillation are derived to discover main impact factors. Further, to mitigate the impact of MMA, a defense strategy based on multi-index information active disturbance rejection control is proposed to improve the stability and anti-disturbance ability. Finally, simulations are conducted to verify the existence and characteristics of MMA threats. And it is verified that the proposed MIADRC can suppress 91.8 % of the MMA oscillation amplitude. As far as the authors know, it is the first time that the characteristics of MMA are investigated and multi-information-based defensive strategy for MMA is proposed, which enhances system damping through compensating for the attack disturbance.

Recent Progress in Solar-Blind Photodetectors Based on Ultrawide Bandgap Semiconductors.

Ultrawide bandgap (UWBG) semiconductors, including Ga2O3, diamond, Al x Ga1-x N/AlN, featuring bandgaps greater than 4.4 eV, hold significant promise for solar-blind ultraviolet photodetection, with applications spanning in environmental monitoring, chemical/biological analysis, industrial processes, and military technologies. Over recent decades, substantial strides in synthesizing high-quality UWBG semiconductors have facilitated the development of diverse high-performance solar-blind photodetectors (SBPDs). This review comprehensively examines recent advancements in UWBG semiconductor-based SBPDs across various device architectures, encompassing photoconductors, metal-semiconductor-metal photodetectors, Schottky photodiodes, p-n (p-i-n) photodiodes, phototransistors, etc., with a systematic introduction and discussion of their operational principles. The current state of device performance for SBPDs employing these UWBG semiconductors is evaluated across different device configurations. Finally, this review outlines key challenges to be addressed, aiming to steer future research endeavors in this critical domain.

Failure behavior of tantalum electrolytic capacitors under extreme dynamic impact: Mechanical–electrical model and microscale characterization

Tantalum electrolytic capacitors have performance advantages of long life, high temperature stability, and high energy storage capacity and are essential micro-energy storage devices in many pieces of military mechatronic equipment, including penetration weapons. The latter are high-value ammunition used to strike strategic targets, and precision in their blast point is ensured through the use of penetration fuzes as control systems. However, the extreme dynamic impact that occurs during penetration causes a surge in the leakage current of tantalum capacitors, resulting in a loss of ignition energy, which can lead to ammunition half-burst or even sometimes misfire. To address the urgent need for a reliable design of tantalum capacitor for penetration fuzes, in this study, the maximum acceptable leakage current of a tantalum capacitor during impact is calculated, and two different types of tantalum capacitors are tested using a machete hammer. It is found that the leakage current of tantalum capacitors increases sharply under extreme impact, causing functional failure. Considering the piezoresistive effect of the tantalum capacitor dielectric and the changes in the contact area between the dielectric and the negative electrode under pressure, a force–electric simulation model at the microscale is established in COMSOL software. The simulation results align favorably with the experimental results, and it is anticipated that the leakage current of a tantalum capacitor will experience exponential growth with increasing pressure, ultimately culminating in complete failure according to this model. Finally, the morphological changes in tantalum capacitor sintered cells both without pressure and under pressure are characterized by electron microscopy. Broken particles of Ta–Ta2O5 sintered molecular clusters are observed under pressure, together with cracks in the MnO2 negative base, proving that large stresses and strains are generated at the micrometer scale.

Perspektif Mahasiswa Terhadap Peningkatan Ketahanan Nasional Melalui Pembelian Alusista Bekas

State resilience has become a topic that is widely discussed and the state continues to try to maintain it through many strategic steps, regulations that strengthen its position and the procurement of new and used military equipment that further strengthens the state's defense position. Purchasing used defense equipment has become an increasingly attractive strategy for the Ministry of Defense to strengthen its military strength by taking advantage of its limited budget. This research aims to analyze the process of purchasing used defense equipment by the Ministry of Defense, as well as the factors that influence purchasing decisions. A case study approach is used by exploring data from various sources. The research results show that factors such as the condition of used defense equipment, reliability, military operational needs, as well as financial and information security aspects play an important role in the procurement process. Apart from that, transparency, accountability and compliance with regulations are also a focus in this process. The implication of this research is the importance of targeted policies to increase effectiveness and efficiency.

A LOOK AT THE HISTORY OF CHINESE MILITARY TECHNICAL TERMS

The study of military technical terms is essential for understanding the evolution of military science and technology. Chinese military terminology has a long and complex history that reflects the development of Chinese military strategy, tactics, and technology. This article explores the historical evolution of Chinese military technical terms, tracing their origins, development, and impact on modern military lexicon. By examining ancient texts, historical records, and contemporary usage, this study aims to provide a comprehensive overview of the linguistic and cultural significance of Chinese military technical terms.