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A Study of Women's Scarf Made up of Mik Casein Fabric
www.ijcrt.org © 2020 IJCRT | Volume 8, Issue 5 May 2020 | ISSN: 2320-28820 A STUDY OF WOMEN'S SCARF MADE UP OF MIK CASEIN FABRIC 1Akshatha HN 1Asst. Professor 1BangaloreUniversity ABSTRACT The objective of this case study is to understand that milk fabric is used to make the scarf using Tie and dye method . In this case, ‘Tie & Dye’ method has been used to give color to the fabric with the help of acid dyeing. Milk fabric is manufactured by knitting. It is a delicate fabric, hence it is preferably used for giving a beautifying and decorative look to the wearer. In this case study, scarves are made from milk fabric. Different cut shapes of scarves including square & rectangle have been introduced to the market. In order to enhance the overall look of the scarf, embellishment is done on the scarf with lace. Keeping the summer collection in mind, Tie & Die method has been used to bring out the bright & colorful features in the scarf. The major significance of this collection lies in satisfying customers, no collection is complete without feedback from customers as every collection should be directed towards market segmentation. A detailed market survey has been conducted through a set of questionnaire which covers all the aspects and parameters that decide the potentiality of this collection. INTRODUCTION .Different sorts of natural fibers were used by people of all nations around the world for ages and various fabric forming techniques allowed them to have different sorts of textile for making clothes. Later, with the development of chemical technologies the number of available materials has ballooned. -
MATERIAL of the FUTURE Nature - Man Made Fibers for Textiles and Technology
MATERIAL OF THE FUTURE Nature - Man Made Fibers For Textiles And Technology Silky Naturally Antibacterial Flame Retardant Climate Control Thermobonding Compostable www.qmilk.eu “ QMILK - worldwide pioneering for naturalness, sustainability MATERIAL OF and innovation for THE FUTURE QMILK— is the world’s leading production and processing company of milk proteins from NON FOOD milk and renewable raw materials in the patented up-cycling process. QMILK is the pioneer in sustainable products and milk proteins from manufacturing. QMILK fibers are a new functional material with interesting properties. Hence improves on the one hand material deficits, but also new opportunities for product development with clear added value created for Non-food milk. health and the environment. QMILK started with a small blender in the kitchen. The young lady who is the founder is a micro biologist and makes diary proteins which are future oriented inventions, which of course are not only 100% natural, but are also sustainably produced. Her promise - an organic polymer free of solvents, plasticizers and adimids, she developed about 3000 recipes. Also, the properties of the material which enable to be eg hard or flexible. So all conventional plastics from petroleum can “ be replaced. QMILK FIBER QMILK FIBER QMILK is based on the polymer milk protein casein. The casein is manufactured from raw milk, MISSION NATURE ! that is no longer capable of consumption and according to legal regulations can’t be used as food. Although this discarded milk is no longer suitable for consumption, it still contains very valuable ingredients and is a very precious commodity, which has great “ potential for technical purposes. -
The Immediate Paraglacial Response of Deglaciating Cirque Walls
Current glacier recession causes significant rockfall increase: The immediate paraglacial response of deglaciating cirque walls Ingo Hartmeyer1, Robert Delleske1, Markus Keuschnig1, Michael Krautblatter2, Andreas Lang3, Lothar Schrott4, Jan-Christoph Otto3 5 1GEORESEARCH Research Institute, Wals, 5071, Austria 2Chair of Landslide Research, Technical University of Munich, Munich, 80333, Germany 3Department of Geography and Geology, University of Salzburg, Salzburg, 5020, Austria 4Department of Geography, University of Bonn, Bonn, 53115, Germany Correspondence to: Ingo Hartmeyer ([email protected]) 10 Abstract. In the European Alps almost half the glacier volume disappeared over the past 150 years. The loss is reflected in glacier retreat and ice surface lowering even at high altitude. In steep glacial cirques surface lowering exposes rock to atmospheric conditions probably for the very first time in several millennia. Instability of rockwalls has long been identified as one of the direct consequences of deglaciation, but so far cirque-wide quantification of rockfall at high-resolution is missing. Based on terrestrial LiDAR a rockfall inventory for the permafrost-affected rockwalls of two rapidly deglaciating cirques in 15 the Central Alps of Austria (Kitzsteinhorn) is established. Over six-years (2011-2017) 78 rockwall scans were acquired to generate data of high spatial and temporal resolution. 632 rockfalls were registered ranging from 0.003 to 879.4 m³, mainly originating from pre-existing structural rock weaknesses. 60 % of the rockfall volume detached from less than ten vertical meters above the glacier surface, indicating enhanced rockfall activity over tens of years following deglaciation. Debuttressing seems to play a minor effect only. Rather, preconditioning is assumed to start inside the Randkluft (void between cirque wall 20 and glacier) where measured sustained freezing and ample supply of liquid water likely cause enhanced physical weathering and high quarrying stresses. -
Anti-Viral “Protective Performance in Fibers & Treatments”
ANTI-VIRAL ANTI-BACTERIAL ANTI-MICROBIAL DEFENSIVE FIBERS PROTECTIVE PERFORMANCE IN FIBERS & TREATMENTS WELCOME to today‘s Expert Talks Live Webinar Series “PROTECTIVE PERFORMANCE IN FIBERS & TREATMENTS As protective materials will become central to everyday living let’s talk about anti-viral, anti-bacterial, anti-microbial as well as defensive fibers and treatments.” created for „FUNCTIONAL FABRIC FAIR“ powered by PERFORMANCE DAYS February 23, 2021 © Alexa Dehmel active-sport-design & consulting “PROTECTIVE PERFORMANCE IN FIBERS & TREATMENTS” WHY ARE WE TALKING ABOUT ANTIVIRAL, ANTIBACTERIAL, ANTIMICROBIAL AND DEFENSIVE FIBERS AND FINISHES TODAY? The challenges of a virus were never as present as in the year 2020 when Covid-19 became a global pandemic. Keeping social distance is now a daily routine in almost every country. Masks are the new "must-haves" and gloves represent a fashionable accessory to protect one-self against the invisible danger. Anti-microbial and anti-viral treatments applied to textiles are a further way of taking hygienic precaution not only in the health sector, but especially in daily life. www.performancedays.com/loop/forum-highlights/material-stories.html /anti viral materials © Alexa Dehmel active-sport-design & consulting “PROTECTIVE PERFORMANCE IN FIBERS & TREATMENTS” WHY ARE WE TALKING ABOUT ANTIVIRAL, ANTIBACTERIAL, ANTIMICROBIAL AND DEFENSIVE FIBERS AND FINISHES TODAY? I think these topics will play a big role in our future in textiles and materials. This webinar serves to get an insight into the currently four most important areas for human health. It is not scientifically based but informative. For myself I learned with so much enthusiasm during the research for this webinar. -
International Journal for Scientific Research & Development
IJSRD - International Journal for Scientific Research & Development| Vol. 3, Issue 09, 2015 | ISSN (online): 2321-0613 Sustainable Fibers and Fabrics used in Home Textiles Prof. Radha Kashyap Professor Department of Fashion & Textile Technology The IIS University, Jaipur, India Abstract— Interior textiles such as net curtains, curtains, friendly fibers. Even though such fibers have not attained furnishing fabrics, textiles for upholstery and table linen all the commercial success despite its existence in the market make a significant contribution to a feel-good atmosphere in for some time, they have contributed immensely to the the home. There is a variety of eco-friendly and sustainable concept of sustainability and unique ornamentation. The fibers which are being used for home textiles. Fibers such as possibility of application of some environment-friendly coir, jute, sea weeds, bamboo, hemp etc. are being discussed fibers such as solar protection fiber, coir, jute, water lily in relation to its application in home textiles. The paper fiber, silk, milk fiber, wood fibers, sea weed fibers, soybean discusses the application ecofriendly textiles for seating, fiber, bamboo fiber, and hemp in different home textile window textiles, bed linen, wall coverings and many more. products is of interest to the consumers. Key words: Home textiles, Eco-friendly, Sustainable A. Solar Protection Fiber: I. INTRODUCTION The fiber is of botanic origin, made from the natural raw material wood and is, therefore, fully biodegradable. The Fabrics play an important role in controlling the fiber company Lenzing has developed the new fiber with environment of a home. The fabrics being the prime solar protection on a TENCEL basis. -
Glaciers of the Canadian Rockies
Glaciers of North America— GLACIERS OF CANADA GLACIERS OF THE CANADIAN ROCKIES By C. SIMON L. OMMANNEY SATELLITE IMAGE ATLAS OF GLACIERS OF THE WORLD Edited by RICHARD S. WILLIAMS, Jr., and JANE G. FERRIGNO U.S. GEOLOGICAL SURVEY PROFESSIONAL PAPER 1386–J–1 The Rocky Mountains of Canada include four distinct ranges from the U.S. border to northern British Columbia: Border, Continental, Hart, and Muskwa Ranges. They cover about 170,000 km2, are about 150 km wide, and have an estimated glacierized area of 38,613 km2. Mount Robson, at 3,954 m, is the highest peak. Glaciers range in size from ice fields, with major outlet glaciers, to glacierets. Small mountain-type glaciers in cirques, niches, and ice aprons are scattered throughout the ranges. Ice-cored moraines and rock glaciers are also common CONTENTS Page Abstract ---------------------------------------------------------------------------- J199 Introduction----------------------------------------------------------------------- 199 FIGURE 1. Mountain ranges of the southern Rocky Mountains------------ 201 2. Mountain ranges of the northern Rocky Mountains ------------ 202 3. Oblique aerial photograph of Mount Assiniboine, Banff National Park, Rocky Mountains----------------------------- 203 4. Sketch map showing glaciers of the Canadian Rocky Mountains -------------------------------------------- 204 5. Photograph of the Victoria Glacier, Rocky Mountains, Alberta, in August 1973 -------------------------------------- 209 TABLE 1. Named glaciers of the Rocky Mountains cited in the chapter -
Eco-Friendly Manufacturing Process of Casein Fiber with It's Sustainable
American Journal of Environmental Engineering 2019, 9(2): 31-35 DOI: 10.5923/j.ajee.20190902.02 Eco-friendly Manufacturing Process of Casein Fiber with It’s Sustainable Features & Comfortable Uses Nishat Tasnim M.Sc (On Going) in Yarn Engineering, (BUTEX), B.Sc in Textile Engineering (KUET), Tejgaon, Dhaka, Bangladesh Abstract In this modern era with the improvement in technology, people can realize that they can only survive, if our nature survives. So scientists are trying their best to cooperate with our mother like environment by reducing the amount of waste product. Again people are very conscious about different diseases even if while dressing themselves up. From all these thoughts he casein or milk fiber is discovered which may help both the human being & the nature. From the huge amount of discarded milk, a special type of fabric can be produced which is silky, smooth, very desirable for high fashion, appealing to high end consumers who are not only interested in ecology but also the economic & social responsibility supporting the fashionable collections. This article is all about the manufacturing process of casein fiber, it’s special features & comfortable uses. Again there are some techniques of producing casein fiber which are beyond any kind of harm to the environment. With the interest in & the use of this textile fiber growing, supply is challenged to meet the demand. So this article is very well suited with the modernization of the textile sector. It is an overview of the casein fiber & garments which also includes it’s drawbacks & the points which require further improvement. -
Alphabetical Glossary of Geomorphology
International Association of Geomorphologists Association Internationale des Géomorphologues ALPHABETICAL GLOSSARY OF GEOMORPHOLOGY Version 1.0 Prepared for the IAG by Andrew Goudie, July 2014 Suggestions for corrections and additions should be sent to [email protected] Abime A vertical shaft in karstic (limestone) areas Ablation The wasting and removal of material from a rock surface by weathering and erosion, or more specifically from a glacier surface by melting, erosion or calving Ablation till Glacial debris deposited when a glacier melts away Abrasion The mechanical wearing down, scraping, or grinding away of a rock surface by friction, ensuing from collision between particles during their transport in wind, ice, running water, waves or gravity. It is sometimes termed corrosion Abrasion notch An elongated cliff-base hollow (typically 1-2 m high and up to 3m recessed) cut out by abrasion, usually where breaking waves are armed with rock fragments Abrasion platform A smooth, seaward-sloping surface formed by abrasion, extending across a rocky shore and often continuing below low tide level as a broad, very gently sloping surface (plain of marine erosion) formed by long-continued abrasion Abrasion ramp A smooth, seaward-sloping segment formed by abrasion on a rocky shore, usually a few meters wide, close to the cliff base Abyss Either a deep part of the ocean or a ravine or deep gorge Abyssal hill A small hill that rises from the floor of an abyssal plain. They are the most abundant geomorphic structures on the planet Earth, covering more than 30% of the ocean floors Abyssal plain An underwater plain on the deep ocean floor, usually found at depths between 3000 and 6000 m. -
CFI-Index 2007:Jahresregister.Qxd
Index 2007 Deutscher Fachverlag GmbH Mainzer Landstraße 251 60326 Frankfurt am Main/Germany Phone: +49-69/75 95-13 93 Fax: +49-69/75 95-13 90 E-mail: [email protected] Volume 57 Index 2007 Author Index page page page Anderton, N.: Metering pumps Fang, F., Chaoming, R., Jianyong, Y., - Gries, T., Lübben, J.: Production and for all man-made fibers ....................196 Ni, W.: Physical properties of characterization of bicomponent Arshi, A., Mählmann, I., Zobel, S.: acrylonitrile based casein fibers .........257 fibers with core/sheath-configuration ITMA 2007: Nonwoven production Gerking, L., Stobik, M.: Nanoval using PPS and PET .............................259 technology (Part 2) ...........................332 splitspinning – from coarse to nano...210 Husmann, S.: Functional finishing Arslan, A.: Giessmann, A., Glawe, A.: treatments for technical Milk protein fibers (Part 1) .................108 Coating technologies for functional nonwovens .......................................326 Artunc, H., Schindler, S., Bauder, H.-J., finishing of yarns and filaments .........131 Ishikawa, S.: High efficiency and Planck, H., Braun, M.: Increasing Glawe, A., Giessmann, A.: long on-stream life polymer filters .......26 texturing performance by modified Coating technologies for functional Jianyong, Y., Ni, W., Fang, F., POY and machine components..........124 finishing of yarns and filaments .........131 Chaoming, R.: Physical properties Bauder, H.-J., Planck, H., Braun, M., Gries, T., Schmenk, B.: Online quality of acrylonitrile based casein fibers -
Journal 1964 '
THE ASSOCIATION OF BRITISH MEMBERS OF THE SWISS ALPINE CLUB . - /. > -* t ' 0§ ■M , JOURNAL 1964 ' : t *Vt ‘ "'A -' a ’ ■ ■- -a'- A-*' f - ■ ' m m ' v ■- ■■ ■ &&■,■■■ a-a.,,:;aaA^ ■■ ‘ ■; % - ‘ ’’’ ‘‘ . '■ . !i -■ : . Roam the Continent Rest in Switzerland « V* Go as you please to the holiday spot ofyour own choice Enjoy taking your time — to get away from it all, by discovering off the beaten track places every day’s a holiday Information from your Travel Agent or the Swiss National Tourist Office 458 Strand London W.C. 2, FRANK DAVIES The Climbers’ Shop AMBLESIDE WESTMORLAND Specialists in catering for the needs of the modern climber by providing the best of BRITISH and CONTINENTAL equipment, thoroughly tested in the Alps, Andes and Himalaya Suppliers of equipment to:— Anglo-American Karakoram Expedition, 1960 Joint Services Himalayan Expedition, 1960 (Annapurna 11) Nuptse Himalayan Expedition, 1961 Kanjiroba Himalayan Expedition, 1961 British-Soviet Pamirs Expedition, 1962 Eigerwand 1962 Please write for our latest catalogue:— “Modern Climbing Equipment” 1964 PROMPT POSTAL SERVICE THOMAS J. GASTON Booksellers For all MOUNTAINEERING BOOKS Especially CLIMBER’S GUIDES TO THE ALPS High Prices offered for Alpine Books Catalogues Issued 13-14 BISHOP’S COURT, CHANCERY LANE, LONDON, W.C.2. Telephone : Chancery 2787 Tmm ■ ■ THE ULTIMATE RANGE.. * s ■ ■ ' The ultimate mountain range stretches far across the roof of the world, rank upon serried rank disappearing into the limitless distance. Inaccessible except to a chosen few, the Himalayas and beyond beckon to all who can sense their challenge. The ultimate range of Mountaineering Equipment features in page after comprehensive page of the “ Good Companions ” Catalogue i*1 c^ear illustration and detail. -
Nouink.Blogspot.Com
www.fibre2fashion.com Image Courtesy: nouink.blogspot.com www.fibre2fashion.com Milk Fibre By: G.M. Faysal Introduction: The most important material of milk fiber is milk protein, which contains 17 kinds of amino acids, and with natural and permanent bacteriostatic function, the bacteriostatic rate to those bacteria such as Staphylococcus aureus, Candida albicans, fungal and disease mildew is up to more than 80%.The plentiful natural protein humectant factor is contained in the milk fiber, which makes skin more delicate and smooth, so it is suitable for household textiles. Milk fiber is a blend of casein protein and the chemical acrylonitrile, which is used to make acrylic. It’s made using a process that is similar to rayon/viscose, but because it’s a regenerated protein fiber and not a regenerated cellulose fiber, it reacts like wool. That means that it dyes like wool and even smells like wool when burned, according to Kiplinger. Milk Fiber was firstly introduced in 1930 in Italy & America to compete the wool. It is new generation of innovative Fiber & a kind of synthetic Fiber made of milk casein Fiber through bio-engineering method with biological health which has passed international ecological certification of oeko-tex standard 100. There are also some different brands for the same fiber manufactured from milk casein known as Aralac, Lanatil and Merinova. Milk Yarn Cyarn milk protein fiber dewaters and skims milk, and manufactures the protein spinning fluid suitable for wet spinning process by means of new bio-engineering technique, and new high-grade textile fiber is made by combining them. -
Eco-Friendly Fibres
www.fibre2fashion.com Eco-Friendly Fibres By: Megha .C. Karigar & H.S. Hanumanth Naik. 1 www.fibre2fashion.com ECO-FRIENDLY FIBRES By: Megha .C. Karigar & H.S. Hanumanth Naik. ABSTRACT The concern for the degrading environment conditions due to irresponsible use of chemical products have led to worldwide efforts to develop eco-friendly fibres in the ever expanding horizon of textile fibres with a vision to bring about a drastic reduction in global consumption of harmful non-biodegradable products. The highly competitive atmosphere and as the ecological parameters becoming more stringent, it becomes the prime concern of the textile industry to be conscious about ecology. More and more clothing companies are providing clothes made from eco-friendly fabrics. Demand for these clothes is increasing too. This makes sense given the environmental issues we're faced with in today's world. These eco-friendly fibres can be incorporated as whole or parts of materials and products of various forms and performance properties for wide ranging applications. This paper highlights some of the eco friendly fibres like Eco spun fibre, Soy silk fibre, Recycled polyester fibre, Corn fibre, Aloe Vera fibre, Nettle fibre, Pineapple fibre, Milk protein fibre, Bamboo fibre and Banana fibre. The worsening environment of the earth makes it a necessity to increase the pace of the ongoing research in the development of eco-friendly fibres and their utilization. 1. INTRODUCTION The history of clothing began with the history of humans, it is not certain when people first started wearing clothes however, anthropologists estimates that range between 1, 00,000 to 5, 00,000 years ago.