Iris Publishers Material Science Open Access Journal

Overview on FRB pre-stressed Tendons and its Fatigue Behavior Authorized by Ahmed I Hassanin Due to population growth and development of industry and transportation, the environment of human is started to become considerably polluted. Aggressive atmosphere and ground water increase the risk of corrosion of embedded reinforcement in concrete. The addition of waterproofing materials on concrete surface to minimize the amount of water and air that reaches the steel reinforcements through cracks. But waterproof materials are often expensive and need maintenance several times over the structure’s lifetime. The situation is more dangerous for pre-stressing tendons in pre-stressed bridges, deterioration of highway concrete bridges due to tendon corrosion has been large problem in many countries. Structural engineers dealing with durability of concrete greatly concern about possibilities to improve service life of embedded reinforcements. To read more about this article:  ...

To accelerate the growth of scientific learning through research gathered from all over the world. We want to be the catalysts for new discoveries in medicine, neurosurgery and other fields of science that will help cure diseases and find new ways of sustainable living. We fulfill this aim by building a free platform of premium content that is carefully reviewed and always true. In true sense we’re looking to create a scientific community for authors, researchers, professors, students and medical professionals to exchange opinions and better their craft through the sharing of experiences. For more information:  Iris Publishing Group Inc | LinkedIn

Recent Advances in Hydrazone-basedSwitches Authorized by Xinyan Su Molecular switches that can undergo reversible switching between two or more different states in response to chemical, electrochemical or photochemical stimuli, have attracted much attention in recent decades due to their promising applications in chemical sensing, photocontrollable biological process and molecular machines [1,2]. Most prevalent switches, including interlocked molecules, azobenzene, spiropyrans, diarylethenes and fulgides, have been widely investigated and employed for the construction of stimuli responsive systems and materials [2-4]. To read more about this article:  Material Science To know more about  Journals :  Iris Publishers For more Information: https://irispublishers.com/mcms/fulltext/recent-advances-in-hydrazone-based-switches.ID.000509.php

To accelerate the growth of scientific learning through research gathered from all over the world. We want to be the catalysts for new discoveries in medicine, neurosurgery and other fields of science that will help cure diseases and find new ways of sustainable living. We fulfill this aim by building a free platform of premium content that is carefully reviewed and always true. In true sense we’re looking to create a scientific community for authors, researchers, professors, students and medical professionals to exchange opinions and better their craft through the sharing of experiences. For more information:  Publisher | Iris Publishers - Scilit

Journal of Textile Science & Fashion Technology (JTSFT) is an open access journal which provides a forum to share knowledge among academic and industrial researchers in the field of fashion and textile engineering. Journal of Textile Science & Fashion Technology focuses on the topics that include, Fashion Designing & Marketing, Modeling and Simulation, Fiber Science and Technology, Clothing/ Apparel Technologies, Studies on Colors and Dyes, Textile Finishing and Treatment, and also techniques like control of fiber and fabric, weaving and knitting, drape and finishing, sewing. Not only on these topics but also various themes of fashion technology falls under the scope. We majorly concentrate on the information about recent developments and inventions in fashion trending. It is a monthly published journal which accepts all types of articles like Editorial, Research, Review, Case Report, Short Communication, Perspectives, Mini Review, Clinical Image, Letter to Editor, e-Bo...

Iris Publishers: Iris Publishers- Open access Journal of Journal of... : Authored by Ruth Azami Suicide is the 10th leading cause of death in the United States, which was 42,773 suicides in 2017 Nichols [1]. ...

To accelerate the growth of scientific learning through research gathered from all over the world. We want to be the catalysts for new discoveries in medicine, neurosurgery and other fields of science that will help cure diseases and find new ways of sustainable living. We fulfill this aim by building a free platform of premium content that is carefully reviewed and always true. In true sense we’re looking to create a scientific community for authors, researchers, professors, students and medical professionals to exchange opinions and better their craft through the sharing of experiences. For more information:   Iris Publishers - Google Scholar

Iris Publishers: Iris Publishers Open Access Journals : Iris Publishers Open Access Journals All the Journals of Iris Publishers disseminates scientific work which is peer reviewed a...

Welcome to #IRIS Publishers. Here you can read from our vast archive of scientific knowledge that we’ve collected from all over the world. #IrisPublishers are keen on building a community where new and updated information can be shared between scholars, doctors, medical researchers and professors, while aiding the growth of learners and building new possibilities and opportunities for the prosperity of science. For more information: Iris Publishers | iris publishers reviews - YouTube

To accelerate the growth of scientific learning through research gathered from all over the world. We want to be the catalysts for new discoveries in medicine, neurosurgery and other fields of science that will help cure diseases and find new ways of sustainable living. We fulfill this aim by building a free platform of premium content that is carefully reviewed and always true. In true sense we’re looking to create a scientific community for authors, researchers, professors, students and medical professionals to exchange opinions and better their craft through the sharing of experiences. For more information:  Iris Publishers Author Guidelines – irispublishers – Medium

The Erroneous Banishment of Plastics Authorized by Walter Eevers Since some months, youth is marching in the streets of several cities throughout Europe. They scream for political attention for the fight against climate change. The debates in the press and on social media go into all directions and give attention to technological solutions to fight climate change, the need for personal lifestyle adaptation but also to fights against nuclear power generation, air traffic etc. But in the margin of these protests also plastics and the use of plastics are condemned in many of these communications. To read more about this article:  Material Science To know more about  Journals :  Iris Publishers For more Information: https://irispublishers.com/mcms/fulltext/the-erroneous-banishment-of-plastics.ID.000508.php

To accelerate the growth of scientific learning through research gathered from all over the world. We want to be the catalysts for new discoveries in medicine, neurosurgery and other fields of science that will help cure diseases and find new ways of sustainable living. We fulfill this aim by building a free platform of premium content that is carefully reviewed and always true. In true sense we’re looking to create a scientific community for authors, researchers, professors, students and medical professionals to exchange opinions and better their craft through the sharing of experiences. For more information:  IRIS Publishers (@IrisPublishers) · Twitter

Iris Publishers: Iris Publishers Open Access Journals : Iris Publishers Open Access Journals All the Journals of Iris Publishers disseminates scientific work which is peer reviewed a...

Iris Publishers To accelerate the growth of scientific learning through research gathered from all over the world. We want to be the catalysts for new discoveries in medicine, neurosurgery and other fields of science that will help cure diseases and find new ways of sustainable living. We fulfill this aim by building a free platform of premium content that is carefully reviewed and always true. In true sense we’re looking to create a scientific community for authors, researchers, professors, students and medical professionals to exchange opinions and better their craft through the sharing of experiences. For more information:   Iris Publishers - Google Scholar

To accelerate the growth of scientific learning through research gathered from all over the world. We want to be the catalysts for new discoveries in medicine, neurosurgery and other fields of science that will help cure diseases and find new ways of sustainable living. We fulfill this aim by building a free platform of premium content that is carefully reviewed and always true. In true sense we’re looking to create a scientific community for authors, researchers, professors, students and medical professionals to exchange opinions and better their craft through the sharing of experiences. For more information:  https://in.pinterest.com/irispublishers/

To accelerate the growth of scientific learning through research gathered from all over the world. We want to be the catalysts for new discoveries in medicine, neurosurgery and other fields of science that will help cure diseases and find new ways of sustainable living. We fulfill this aim by building a free platform of premium content that is carefully reviewed and always true. In true sense we’re looking to create a scientific community for authors, researchers, professors, students and medical professionals to exchange opinions and better their craft through the sharing of experiences. For more information:   Iris Publishers LLC | ZoomInfo.com

Metal Insulator Transition in Vanadium Dioxide Hydrated by Means of the Plasma-Immersion Ion Implantation Method Authorized by Pergament A In the work, we explore the modification of the structure of vanadium dioxide films, as well as the metal-semiconductor phase transition in them, when hydrated by the method of plasma-immersion ion implantation. Based on a detailed X-ray analysis and the Raman spectra of the initial and hydrated films, it is shown that the plasma-ion modification of the transition and the metallization of vanadium dioxide (at a hydrogen concentration above 10at. %) are most likely associated with electron-correlation effects amplified by hydrogen implantation and an increase in the free charge carrier density in the material. Meanwhile, the structural changes at the transition practically do not manifest themselves: the hydrated metallic vanadium dioxide remains in the monoclinic phase. The results of plasma-immersion implantation are compared with...