Research Analysis on Materials Which Improve the Performance of Military Clothing

Bharatbook.com included “Developments in military clothing, 2008 edition” report which provides aesthetic appeal of military clothing and its impact on soldier morale

Military clothing is an integral part of a soldier’s fighting kit. It plays a key role in protecting soldiers  during combat, and must therefore perform several functions in the most rugged of wearing conditions.  At the same time, it must remain durable.

Developments in military clothing have been driven mainly by changes in the ways in which wars are  fought. Because modern warfare is more likely to take place in congested urban streets than on  battlefields, today’s military clothing has an appearance and performance characteristics which  contrast sharply with those of uniforms worn by soldiers fighting in the trenches during the First  World War.

Since the terrorist attacks on the USA on September 11, 2001 (9/11), and the consequent war on  terror, the demand for military clothing, body armour and other military equipment has risen sharply.  In turn, this rise has greatly benefited a number of clothing manufacturers in the Western world.

The ever present threat of terrorism has raised concerns about the vulnerability of military forces in  general, and troops in war zones in particular. Governments around the world have sharpened their  focus on military preparedness—including how best to clothe and equip their countries’ soldiers. They  have invested heavily in the development of military uniforms which improve a soldier’s performance  and comfort and offer the potential to save lives during combat.

As a result, developments in military clothing are being made today at a faster pace than at any time  in history. New battledress concepts which harness nanotechnology and other advanced technologies  have been devised with a view to helping the performance of soldiers on the battlefield by improving  their ballistic protection, reducing the weight they carry, optimising their camouflage and amplifying  their physical strength.

For the future, scientists have designed concepts for highly advanced multi-functional combat wear.  However, it many take several years before these technological breakthroughs can be translated into  wearable products.

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Analysis of energy-saving trends in the market of plastic packaging materials

The 21st century is the century of environmental protection, environmental problems have become more important, resources and energy more tension to build economic and social circle, take the road of sustainable development has become the focus of global concern, and urgent task, and a business strategy and guidelines for human activity. To meet the new requirements of the times, plastic packaging materials required to meet the market than the quality and quantity of packaging ever-increasing requirements, its development must be to save resources, save energy, easy to recycle after use, easy to dispose of or eliminate trade environment satisfied or degradation of the starting point for technology development. China’s plastics industry has entered the era of energy-saving environmental protection, plastic packaging materials, new processes, new technologies, new products are emerging, and being high-performance, multi-functional, active use of new materials, new technology and broaden application areas as well as plastic packaging and coordinated development of environmental protection direction.

    Development of circular economy is to build a resource-saving, environment-friendly society and an important way to achieve sustainable development. Adhere to save both the development, conservation priority, in accordance with the reduction, reuse, recycling principle, vigorously promote energy conservation, water and land and materials, comprehensive utilization of resources, improve the recycling system of renewable resources, promote cleaner production, formation of low-input , low consumption, low emission and high efficiency of the economical growth. Actively develop and promote resource conservation, substitution and recycling technologies, speed up energy saving technological transformation of enterprises, on the high consumption, heavy pollution, technology behind the implementation of mandatory processes and products out of system resources for the implementation of favorable prices and tax savings policy.

    High resistance and permeability of plastic packaging materials, they should be given to durability, preservation, protection and extended shelf life and flavor and was the rapid development and wide application, in addition to the widely applications of polyvinylidene chloride (PVDC), ethylene vinyl alcohol copolymer (EVOH), the recent years, the development of environmentally appropriate materials, to promote polyvinyl alcohol (PVA), polyethylene terephthalate (PEN), a total of polyamide (MXD6), silicon or aluminum oxide steam film (soft glass), the development of nano-inorganic materials will be more noticeable.

    Functional packaging materials, such as functional preservation of film, sheet, microporous breathable film preservation, choose to packaging film, shrink packaging films and multi-functional with special features, convenience (easy to Kaifeng, easy to re-seal) packaging materials and products, etc. will be greater development. Aseptic packaging materials and technical biggest advantage is the sterile conditions, without preservatives, no refrigeration, can maximize the retention of food nutrients and flavor of the original, can significantly extend shelf life, easy storage and transport, market development very rapidly, expanding use, except in dairy products, fruit drinks account for sweat a larger share of foreign, will be further extended to pharmaceuticals, cosmetics and spices in the field.

    Nanocomposite packaging materials will vary with the rapid development of nanotechnology, and rapid industrialization, because of its abrasion resistance, hardness, strength, penetration resistance, plasticity were significantly enhanced and improved, except for food packaging can be used for special packaging such as anti-static, electromagnetic, explosion-proof and invisible, dangerous goods packaging, which is expected to promote the traditional plastic packaging materials, a huge change.

    Environmentally friendly (green adaptive) plastic packaging materials (or green plastic packaging materials), with the series of environmental management standards ISl4000 implementation of a global focus of attention, which easily recyclable plastic packaging materials such as PET, PEN, easy to environmental degradation plastics (EDP) in biodegradable plastics, has become the hot spot in the hot, other, such as zero pollution foam, thin-walled bottle and pouch packaging containers are also cause for concern.

    Thermal plastic bottles of juice and canned tea drinks packaging, with the traditional sterile paper packaging, three-piece metal cans, glass bottles relatively low cost, transparent material, light weight, unbreakable, and good environmental adaptability advantages, and has received more and more widely used, its use accounts for the entire city of more than half of canned heat. Canned heat than PET plastic bottles, the bottles are more concerned in recent years, BOPP. BOPP bottle has the following advantages: the improvement of heat tolerance by PP stretching process, canned temperature to 100 degrees Celsius, the mouth does not need special equipment to handle, and to greatly improve the oxygen barrier performance: BOPP bottles do not absorb moisture, storage of long, easy recovery: PET bottle products cheaper than the cost of more than 20%.

ATLAS from Carl Zeiss Offers New Opportunities in the Nanoscopic Analysis of Large-area Samples

ATLAS from Carl Zeiss Offers New Opportunities in the Nanoscopic Analysis of Large-area Samples
Today, Carl Zeiss launches ATLAS™, a powerful hard- and software package, which, in combination with any scanning electron microscope from Carl Zeiss, enables quick and efficient imaging of large-area specimens with nanometer resolution. read more

Read more on SYS-CON Media

Bharatbook.com: Analysis of Market Drivers for Low Power Consuming Next-Generation Display

Low power Next Generation Display Market (2009 – 2014)

Environmental concerns are driving the need for greener and efficient display systems with better image quality and lower power consumption. The advances in nanotechnology and optoelectronics resulted in the introduction of next-generation display products. In 2008, the market size of next-generation display components was $6 billion that is expected to grow exponentially by 2014 because of the increasing use of the next generation display components in consumer electronics. This revenue potential highlights the immense opportunity in the next-generation display market.

http://www.bharatbook.com/Market-Research-Reports/Low-power-Next-Generation-Display-Market.html

Technological advancements, low power consumptions, large application areas, changing buying habits and greener outlook are the main factors that are driving the demand of next-generation display market. However, high manufacturing cost and competition with existing technologies are restraining the growth of the market. A reduction in the cost of ingredients, equipment, and R&D would benefit the industry as it would enable greater adoption of the technology.

Low labor cost and early initiatives have made Asia the dominant player in the next-generation display market. In 2009, the market share is estimated to be 52% with a size of $3.7 billion. Moreover, Asia?s large LED and OLED supplier-base also helps make the manufacturing of these displays cost effective. Europe is expected to have the second-highest market for next-generation displays. However, large consumer base of next-generation display devices in the U.S. and Europe makes them the most attractive markets for display components and device manufacturers.

Scope of the report

This report, aims to identify and analyze display products that consume less power compared to average LCD, CRT and plasma display. The report has segmented the global next generation display market as follows:

1. Next-generation display product market
Flexible, transparent, three-dimensional, midair, double-sided, touch screen, and 2D one-sided displays
2. Next-generation display ingredient market
Nanomaterials, plastic substrates, metals, polymers
3. Next-generation display application market
Mobile phones, consumer electronics, industrial applications, movie/entertainment, tv/monitors, defense and aerospace, medical, automotive, advertising and public display, and e reader

Each section will provide market data, market drivers, trends and opportunities, top-selling products, key players, and competitive outlook. This report will also provide more than 100 market tables for various geographic regions covering the sub-segments and micro-markets. In addition, the report also provides 50 company profiles for each of its sub-segments.

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BioMEMS and Biomedical Nanotechnology: Volume IV: Biomolecular Sensing, Processing and Analysis

Product Description

Volume 4 of the multi-volume reference, BioMEMS and Biomedical Nanotechnology is a balanced review of key aspects of BioMEMS sensors, including (i) BioMEMS sensors and materials, (ii) means of manipulating biological entities at the microscale, and (iii) micro-fluidics and characterization. These three sections provide a succinct review of important topics within a single volume.

This volume is very well illustrated with many of the figures in color.

BioMEMS and Biomedical Nanotechnology: Volume IV: Biomolecular Sensing, Processing and Analysis

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