Results 171 to 180 of about 714 (196)
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Effect of combat textile cloth on human radar cross section for microwave camouflage applications
The Journal of Defense Modeling and Simulation: Applications, Methodology, Technology, 2022This article proposes an analysis of the effect of combat textile cloth on human radar cross section (RCS) for microwave camouflage applications. Based on numerical simulations for the definition of the geometric profile of the human body and the measurement of electromagnetic parameters of the fabric, made by cotton and polyester, the work reveals ...
Renan Richter +2 more
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Study on Tent Cloth Materials for Desert Type Camouflage
Advanced Materials Research, 2012In order to solve the problem of quickly fading on tent cloth material, this paper presents a new formulation of a four-color printing coating on inorganic pigment. As an actual application, the desert type camouflage coating is tested and completed. At the same time, this paper adopts a new method to design a digital camouflage based on the natural ...
Jun Yu, Zhi Yi Hu
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Study on Digital Camouflage Tent Cloth and its Application with Pigment Printing
Advanced Materials Research, 2012Based on camouflage performance of military tents, camouflage pigments with four colors are chosen. In order to obtain the good camouflage effect, the digital camouflage pattern is designed as well as based on basic features including main colors and texture of the target background.
Jun Yu, Zhi Yi Hu
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A more comprehensive transport model for multilayer-cloth for perspiration based infrared camouflage
Applied Thermal Engineering, 2014Abstract In place of the one-dimensional steady-state model assuming the transfer process along the direction of cloth thickness only, a more comprehensive theoretical treatment of coupled heat and moisture transfer process is proposed in this study on the multilayer-cloth for perspiration based infrared camouflage, capable of predicting multi ...
Xia Yin, Qun Chen, Ning Pan
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Bionics Based Camouflage Clothing for Soldiers
2019This research paper emphasizes on the bionics based colour changing clothing for camouflage of soldiers which changes colour based on the concept used in chameleon and octopus. It is made up of smart thread which is coated with photochromic paint and with the change in light it changes colour as in case of chameleon.
Shweta Gupta +2 more
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Electromagnetic Scattering from Basic Cloth of Camouflage Net Knitted with Curved Conductive Fibers
2011 Fourth International Joint Conference on Computational Sciences and Optimization, 2011In order to estimate the feasibility of a kind of basic cloth, which is knitted with curved conductive fibers and used to make the camouflage net, the electromagnetic scattering properties of this structure are numerical analyzed. After setting up its two-dimensional periodic structure model, the periodic finite-difference time-domain algorithm is used
Liuhong Huang +3 more
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Shakespeare Bulletin, 2021
Abstract: If the royal body exists to be looked at and acquires its meaning only when it is exposed, then in Thomas Ostermeier’s staging and screening of Shakespeare’s Richard III we have this principle exhibited to its extreme. Taking examples from Ostermeier’s production, I show that what should get our attention, instead, is Richard’s skillful use ...
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Abstract: If the royal body exists to be looked at and acquires its meaning only when it is exposed, then in Thomas Ostermeier’s staging and screening of Shakespeare’s Richard III we have this principle exhibited to its extreme. Taking examples from Ostermeier’s production, I show that what should get our attention, instead, is Richard’s skillful use ...
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The effect of fluorescent whitening agent on hunter camouflage clothing.
Journal of the American Optometric Association, 1993Fluorescent whitening agents (FWAs) are chemicals added to most fabrics and papers during manufacture to increase color temperature, "whiteness," and "brightness." FWAs accomplish this by absorbing energy in the ultraviolet (UV) part of the spectrum and emitting it as visible blue light.
D, Beckner, N, Roth, R L, Yolton
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Development of Cloth, Camouflage, Universal Pattern, Flame Resistant, Wool/Nomex(TM) Blend
2008Abstract : A new camouflage printed fabric in a blend of 50% wool and 50% Nomex was developed. The fabric offers inherent flame resistance, machine wash and tumble dry performance. The new Universal camouflage pattern does not require either piece dye or chemical treatment and used traditional wool dyes only.
Carole Winterhalter +2 more
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Low infrared emissivity composite materials for multi-band camouflage
Textile Reseach Journal, 2023Ying Su, Xiaoming Zhao
exaly