Alvi Muhammad Abbas Haider, Maqsood Hira, Iftikhar Fatima, Akhtar Saeed, Khan Muhammad Qamar, Nawab Yasir, Kim Ick Soo
Department of Textile Engineering, School of Engineering & Technology, National Textile University, Faisalabad 37610, Pakistan.
Department of Clothing, School of Engineering & Technology, National Textile University, Faisalabad 37610, Pakistan.
ACS Omega. 2024 Apr 11;9(16):17706-17725. doi: 10.1021/acsomega.3c09249. eCollection 2024 Apr 23.
Herein, this study was compiled to investigate a suitable solution for the fabrication and development of the multifunctional defense tent from previously reported research. The military always needs to protect their soldiers and equipment from detection. The advancement of infrared detection technology emphasizes the significance of infrared camouflage materials, reducing thermal emissions for various applications. Objects emit infrared radiation detectable by devices, making military targets easily identifiable. Infrared camouflage mitigates detection by lowering an object's infrared radiation, achieved by methods such as reducing surface temperature, which is crucial in designing military tents with infrared (IR) camouflage, considering water repellency and antibacterial features. Water repellency, as well as antimicrobial properties, in army tents is also important as they have to survive in different situations. All these problems should be addressed with the required properties; therefore, the authors try to introduce a new method from which multifunctional tents can be produced through economical, multifunctional, and sustainable materials that have IR protection, water repellency, ultraviolet (UV) protection, air filtration and permeability, and antimicrobial properties. There is still no tent that performs multiple functions at a time, even those functions that do not correlate with each other such as water repellency, IR protection, antimicrobial, and air permeability. So, a multifunctional tent could be the solution to all these problems having all the properties discussed above. In this study based on the literature review, authors concluded a method for the required tent for canvas fabric coated with zinc sulfide (ZnS), graphene oxide (GO), and zinc oxide (ZnO), or these materials should be incorporated in fiber formation because fiber composition has more impact. These multifunctional tents will be very beneficial due to their multifunctions like weather resistance, durability, and long life. These would help the army in their missions by concealing their soldiers and equipment from detection by cameras and providing filtered air inside the tent in case of gases or explosions. The proposed method will help to fulfill the stated and implied needs of customers.
在此,本研究旨在从先前报道的研究中探寻一种适合制造和开发多功能防御帐篷的解决方案。军队一直需要保护其士兵和装备不被探测到。红外探测技术的进步凸显了红外伪装材料的重要性,减少热辐射以适用于各种应用场景。物体发出的红外辐射可被设备检测到,这使得军事目标很容易被识别。红外伪装通过降低物体的红外辐射来减轻探测,这可通过降低表面温度等方法实现,在设计具有红外(IR)伪装功能的军事帐篷时,考虑到防水性和抗菌特性至关重要。军队帐篷的防水性以及抗菌性能也很重要,因为它们必须在不同环境下使用。所有这些问题都应通过所需的特性来解决;因此,作者试图引入一种新方法,通过具有红外防护、防水、紫外线(UV)防护、空气过滤与透气以及抗菌性能的经济、多功能且可持续的材料来生产多功能帐篷。目前仍没有一种能同时具备多种功能的帐篷,即使是那些彼此不相关的功能,如防水、红外防护、抗菌和透气功能。所以,多功能帐篷可能是解决所有上述问题的方案。在基于文献综述的本研究中,作者总结出一种方法,即对于帆布织物,用硫化锌(ZnS)、氧化石墨烯(GO)和氧化锌(ZnO)进行涂层处理,或者在纤维形成过程中加入这些材料,因为纤维成分的影响更大。这些多功能帐篷因其具备诸如耐候性、耐用性和长寿命等多种功能而将非常有益。它们将有助于军队执行任务,通过隐藏其士兵和装备不被摄像头探测到,并在有气体或爆炸情况时在帐篷内提供过滤后的空气。所提出的方法将有助于满足客户明确和隐含的需求。