Composite armor philosophy(CAP):Holistic design methodology of multi-layered composite protection systems for armored vehicles

A philosophy for the design of novel,lightweight,multi-layered armor,referred to as Composite Armor Philosophy(CAP),which can adapt to the passive protection of light-,medium-,and heavy-armored vehicles,is presented in this study.CAP can serve as a guiding principle to assist designers in comprehending the distinct roles fulfilled by each component.The CAP proposal comprises four functional layers,organized in a suggested hierarchy of materials.Particularly notable is the inclusion of a ceramic-composite principle,representing an advanced and innovative solution in the field of armor design.This paper showcases real-world defense industry applications,offering case studies that demonstrate the effectiveness of this advanced approach.CAP represents a significant milestone in the history of passive protection,marking an evolutionary leap in the field.This philosophical approach provides designers with a powerful toolset with which to enhance the protection capabilities of military vehicles,making them more resilient and better equipped to meet the challenges of modern warfare.

Composition of HT-7 LHCD and its Protection Systems

In this paper, the composition of HT-7 LHCD system along with its protection systems is introduced. It is very important for us to run the LHCD system safely and efficiently.

Boost the Modernization of Human Rights Protection Systems and Endeavor to Fulfill the Chinese Dream——An Address at the Opening Ceremony of the 7th Beijing Forum on Human Rights, Sept. 17, 2014

This session of the Forum has the theme, “The Chinese Dream： New Progress in the Cause of Human Rights in China.” This theme concentrates on such important subtopics as “The Chinese Dream and Human Rights” ,

Analytic estimation and numerical modeling of actively cooled thermal protection systems with nickel alloys

Actively cooled thermal protection system has great influence on the engine of a hypersonic vehicle, and it is significant to obtain the thermal and stress distribution in the system. So an analytic estimation and numerical modeling are performed in this paper to investigate the behavior of an actively cooled thermal protection system. The analytic estimation is based on the electric analogy method and finite element analysis（FEA） is applied to the numerical simulation. Temperature and stress distributions are obtained for the actively cooled channel walls with three kinds of nickel alloys with or with no thermal barrier coating（TBC）. The temperature of the channel wall with coating has no obvious difference from the one with no coating, but the stress with coating on the channel wall is much smaller than that with no coating. Inconel X-750 has the best characteristics among the three Ni-based materials due to its higher thermal conductivity, lower elasticity module and greater allowable stress. Analytic estimation and numerical modeling results are compared with each other and a reasonable agreement is obtained.

People's Assessor Systems Pivotal to Protection of Human Rights

Back in August 2004, the Standing Committee of the National People＇s Congress, the highest legislature of China, published the Decision on Improving the People＇s Assessor System （hereinafter referred to as the Decision）. Since it became effective on May 1, 2005, the Decision has proved important to ensuring the right of citizens to participate in activities of adjudication in accordance with the law. It has helped expand judicial democracy and safeguard the legitimate rights and interests of the litigant parties.

Introduction to Enhanced Protective Film Systems

An explosive blast mitigation alternative has increased the safety of structures by using " catcher" systems. These systems " catch" or repel the failure of the window or in-fill wall pro-tecting life and property from ballistic shards or fragments. They can be designed to be stand-alone in new construction and structural retrofits or used to augment structural hardening tech-niques. Cables, fabrics, and thin gauge sheet steel are examples of catcher systems used in the past. A new and evolving category of catcher systems are based on polymeric materials that can be used for both wall and window upgrades. These products are a proven blast mitigation concept and K&C Protective Technologies Pte Ltd (KCPT) together with Sherwin-Williams(SW) use KCPT′s blast engineering capacity and SW′s material engineering principles to create engineered systems for even greater in-use performance.

Redox protective potential of fruits and vegetables:A review

Although oxidation reactions are crucial for life,they can also be damaging to cells and tissues,causing variety of chronic ailments like,aging,cancer,autoimmune problems,cardiovascular and neurodegenerative disorders etc.Redox protective systems are present in body for general immunization against free radicals,which can be supported by antioxidants that we take in our daily diet.Natural antioxidants such as flavonoids,hydrolysable tannins,coumarins,xanthones,phenolics,terpenoids,ascorbic acid,carotenoids and proanthocyanins are found in various plant products,including fruits,leaves,seeds oils,and juices.This review gives a brief account of research reports on fruits and vegetables which provide free radical scavenging compounds to the body.