#power sensor

[inhandnetworks-blog]

New Porous Hydrogel Could Improve the Suc intelligent vending machine  cess of Stem Cell Tissue Regeneration

www.inhandnetworks.com

In this image, new bone structure has formed after stem cells were transplanted using the novel hydrogel strategy developed at the Wyss Institute.

Using a new porous hydrogel, scientists have experimentally improved bone repair by boosting the survival rate of transplanted stem cells and influencing their cell differentiation.

Possible stem cell therapies often are limited by low survival of transplanted stem cells and the lack of precise control over their differentiation into the cell types needed to repair or replace injured tissues. A team led by David Mooney, a core faculty member at Harvard’s Wyss Institute, has now developed a strategy that has experimentally improved bone repair by boosting the survival rate of transplanted stem cells and influencing their cell differentiation. The method embeds stem cells into porous, transplantable hydrogels.

In addition to Mooney, the team included Georg Duda, a Wyss associate faculty member and director of the Julius Wolff Institute for Biomechanics and Musculoskeletal Regeneration at Charité – Universitätsmedizin in Berlin, and Wyss Institute founding director Donald Ingber. The team published its findings in today’s issue of Nature Materials. Mooney is also the Robert P. Pinkas Family Professor of Bioengineering at the Harvard John A. Paulson School of Engineering and Applied Sciences.

Stem cell therapies have potential for repairing many tissues and bones, or even for replacing organs. Tissue-specific stem cells can now be generated in the laboratory. However, no matter how well they grow in the lab, stem cells must survive and function properly after transplantation. Getting them to do so has been a major challenge for researchers.

Over a period of 14 days, these images (from top) show void spaces forming in a novel injectable hydrogel. The void spaces act as a “stem cell niche” to boost the proliferation and maturation of transplanted stem cells, which could be leveraged to improve tissue regeneration therapies. Credit: Wyss Institute at Harvard University

Mooney’s team and other researchers have identified specific chemical and physical cues from the stem cell niche (the area in which stem cells survive and thrive with support from other cell types and environmental factors) to promote stem cell survival, multiplication and maturation into tissue. Whereas chemical signals that control stem cell behavior are increasingly understood, much less is known about the mechanical properties of stem cell niches. Stem cells like those present in bone, cartilage, or muscle cultured in laboratories, however, have been found to possess mechanosensitivities, meaning they require a physical substrate with defined elasticity and stiffness to proliferate and mature.

“So far these physical influences had not been efficiently harnessed to propel real-world regeneration processes,” said Nathaniel Huebsch, a graduate student who worked with Mooney and who is the study’s first author. “Based on our experience with mechanosensitive stem cells, we hypothesized that hydrogels could be leveraged to generate the right chemical and mechanical cues in a first model of bone regeneration.”

Two water-filled hydrogels with very different properties are the key to the Mooney team’s method. A more stable, longer-lasting “bulk gel” is filled with small bubbles of a second, so-called “porogen” that degrades at a much faster rate, leaving behind porous cavities.

By coupling the bulk gel with a small “peptide” derived from the extracellular environment of genuine stem cell niches, and mixing it with a tissue-specific stem cell type as well as the porogen, the team can create a bone-forming artificial niche. While the bulk gel provides just the right amount of elasticity plus a relevant chemical signal to coax stem cells to proliferate and mature, the porogen gradually breaks down, leaving open spaces into which the stem cells expand before they naturally migrate out of the gel structure altogether to form actual mineralized bone tissue.

In small-animal experiments conducted so far, the researchers show that a void-forming hydrogel with the correct chemical and elastic properties provides better smart grid   bone regeneration than transplanting stem cells alone. Of further interest, the maturing stem cells deployed by the hydrogel also induce nearby native stem cells to contribute to bone repair, further amplifying their regenerative effects.

“This study provides the first demonstration that the physical properties of a biomaterial can not only help deliver stem cells but also tune their behavior in vivo,” said Mooney. “While so far we have focused on orchestrating bone formation, we believe that our hydrogel concept can be broadly applied to other regenerative processes as well.”

The collaborative, cross-disciplinary work was supported by the Harvard University Materials Research Science and Engineering Center (MRSEC), which is funded by the National Science Foundation (NSF).

“This is an exquisite demonstration of MRSEC programs’ high impact,” said Dan Finotello, program director at the NSF. “ digital signage  MRSECs bring together several researchers of varied experience and complementary expertise who are then able to advance science at a considerably faster rate.”

Additional funding was provided by the National Institutes of Health; the Belgian American Education Foundation; the Einstein Foundation Berlin; the Berlin-Brandenburg School for Regenerative  transformer monitoring  Therapies; the Harvard College Research Program; and NSF Graduate Research, Einstein Visiting, Harvard College PRISE, Herchel-Smith and Pechet Family Fund Fellowships.

Publication: Nathaniel Huebsch, et al., “Matrix elasticity of void-forming hydrogels controls transplanted-stem-cell-mediated bone formation,” Nature Materials (2015); doi:10.1038/nmat4407

香港網頁設計, 網站建設, 企業建站, 商城網站, 集團網站, 海外網站, 營銷網站, 網站推廣, web design, joomla webdesign, wordpress webdesign, opencart webdesign, magento webdesign, durpal webdesign, vtiger crm, adempiere erp, compiere erp, hosting, domains, vps, email marketing, joomla 网页设计, wordpress 建站, magento 大型外贸商城, durpal 门户网站, seo 网站推广, 网站自然排名, joomla 網站製作, wordpress 定制開發, opencart 維護修改, prestashop 模板修改, magento 培訓實施, durpal 定制修改, seo 營銷推廣, 外鏈收錄排位, joomla, wordpress, opencart, prestashop, magento, durpal, zencart, crm, erp, edm, marketing, joomla template, wordpress themes, magento themes, opencart themes, prestashop themes, 崀山, 崀山科技, 崀山科技全球服务中心, LangShan Technology Global Service Center, LangShan Technology, langshantech, LangShan, china webdesign, 網頁製作, 網頁設計, 企业建站, 企業建站, 在線商城, 營銷網站, 網站推廣, 網站營銷, 排名推廣, 產品推廣, 主機維護, 公司兼職, 網站SEO, joomla seo, wordpress seo, joomla 網站推廣, opencart 網站推廣, prestashop 網站推廣, wordpress 網站推廣, magento 網站推廣, joomla 網站排名, prestashop 網站排名, wordpress 網站排名, opencart 網站排名, prestashop 多语商城, opencart 外贸商城, 网页设计, 网站建设, 企业建站, 商城网站, 集团网站, 海外网站, 营销网站, 网站推广, 华人网站建设, 华人网站维护, 华人网络兼职, china webdesign, webdesign, seo, joomla web design, 香港網頁設計, 網站建設, 企業建站, 商城網站, 集團網站, 海外網站, 營銷網站, 網站推廣, web design, joomla webdesign, wordpress webdesign, opencart webdesign, magento webdesign, durpal webdesign, vtiger crm, adempiere erp, compiere erp, hosting, domains, vps, email marketing, joomla 网页设计, wordpress 建站, magento 大型外贸商城, durpal 门户网站, seo 网站推广, 网站自然排名, joomla 網站製作, wordpress 定制開發, opencart 維護修改, prestashop 模板修改, magento 培訓實施, durpal 定制修改, seo 營銷推廣, 外鏈收錄排位, joomla, wordpress, opencart, prestashop, magento, durpal, zencart, crm, erp, edm, marketing, joomla template, wordpress themes, magento themes, opencart themes, prestashop themes, 崀山, 崀山科技, 崀山科技全球服务中心, LangShan Technology Global Service Center, LangShan Technology, oowebdesign, LangShan, china webdesign, 網頁製作, 網頁設計, 企业建站, 企業建站, 在線商城, 營銷網站, 網站推廣, 網站營銷, 排名推廣, 產品推廣, 主機維護, 公司兼職, 網站SEO, joomla seo, wordpress seo, joomla 網站推廣, opencart 網站推廣, prestashop 網站推廣, wordpress 網站推廣, magento 網站推廣, joomla 網站排名, prestashop 網站排名, wordpress 網站排名, opencart 網站排名, inhandnetworks, InHand Networks Global Leader in Industrial IoT, Global Leader in Industrial IoT, android-computer, iot, industrial iot, industrial internet of things, m2m, industrial m2m, m2m communication, remote communication, wireless m2m, remote connectivity, remote access, m2m connectivity, iiot, industrial networking, industrial wireless, m2m iot, smart vending, touchscreen vending, cloud-vms, telemeter, vending telemetry, cashless vending, light industrial, commercial, distribution automation, distribution power line monitoring, fault location, fault detection, da monitoring,

[inhandnetworks-blog]

The Mystery of India’s Rapid Move toward Eurasia 80 Million Year rugged  s Ago

www.inhandnetworks.com

In this artist’s rendering, the left image shows what Earth looked like more than 140 million years ago, when India was part of an immense supercontinent called Gondwana. The right image shows Earth today.

A newly published study from MIT geologists reveals that a double subduction system may have driven India to drift at high speed toward Eurasia some 80 million years ago.

In the history of continental drift, India has been a mysterious record-holder.

More than 140 million years ago, India was part of an immense supercontinent called Gondwana, which covered much of the Southern Hemisphere. Around 120 million years ago, what is now India broke off and started slowly migrating north, at about 5 centimeters per year. Then, about 80 million years ago, the continent suddenly sped up, racing north at about 15 centimeters per year — about twice as fast as the fastest modern tectonic drift. The continent collided with Eurasia about 50 million years ago, giving rise to the Himalayas.

For years, scientists have struggled to explain how India could have drifted northward so quickly. Now geologists at MIT have offered up an answer: India was pulled northward by the combination of two subduction zones — regions in the Earth’s mantle where the edge of one tectonic plate sinks under another plate. As one plate sinks, it pulls along any connected landmasses. The geologists r intelligent substation  easoned that two such sinking plates would provide twice the pulling power, doubling India’s drift velocity.

The team found relics of what may have been two subduction zones by sampling and dating rocks from the Himalayan region. They then developed a model for a double subduction system, and determined that India’s ancient drift velocity could have depended on two factors within the system: the width of the subducting plates, and the distance between them. If the plates are relatively narrow and far apart, they would likely cause India to drift at a faster rate.

The group incorporated the measurements they obtained from the Himalayas into their new model, and found that a double subduction system may indeed have driven India to drift at high speed toward Eurasia some 80 million years ago.

“In earth science, it’s hard to be completely sure of anything,” says Leigh Royden, a professor of geology and geophysics in M remote access  IT’s Department of Earth, Atmospheric and Planetary Sciences. “But there are so many pieces of evidence that all fit together here that we’re pretty convinced.”

Royden and colleagues including Oliver Jagoutz, an associate professor of earth, atmospheric, and planetary sciences at MIT, and others at the University of Southern California have published their results this week in the journal Nature Geoscience.

What drives drift?

Based on the geologic record, India’s migration appears to have started about 120 million years ago, when Gondwana began to break apart. India was sent adrift across what was then the Tethys Ocean — an immense body of water that separated Gondwana from Eurasia. India drifted along at an unremarkable 40 millimeters per year until about 80 million years ago, when it suddenly sped up to 150 millimeters per year. India kept up this velocity for another 30 million years before hitting the brakes — just when the continent collided with Eurasia.

“When you look at simulations of Gondwana breaking up, the plates kind of start to move, and then India comes slowly off of Antarctica, and suddenly it just zooms across — it’s very dramatic,” Royden says.

In 2011, scientists believed they had identified the driving force behind India’s fast drift: a plume of magma that welled up from the Earth’s mantle. According to their hypothesis, the plume created a volcanic jet of material underneath India, which the subcontinent could effectively “surf” at high speed.

However, when others modeled this scenario, they found that any volcanic activity would have lasted, at most, for 5 million years — not nearly enough time to account for India’s 30 million years of high-velocity drift.

Squeezing honey

Instead, Royden and Jagoutz believe that India’s fast drift may be explained by the subduction of two plates: the tectonic plate carrying India and a second plate in the middle of the Tethys Ocean.

In 2013, the team, along with 30 students, trekked through the Himalayas, where they collected rocks and took paleomagnetic measurements to determine where the rocks originally formed. From the data, the researchers determined that about 80 million years ago, an arc of volcanoes formed near the equator, which was then in the middle of the Tethys Ocean.

A volcanic arc is typically a sign of a subduction zone, and the group identified a second volcanic arc south of the first, near where India first began to break away from Gondwana. The data suggested that there may have been two subducting plates: a northern oceanic plate, and a southern tectonic plate that carried India.

Back at MIT, Royden and Jagoutz developed a model of double subduction involving a northern and a southern plate. They calculated how the plates would move as each subducted, or sank into the Earth’s mantle. As plates sink, they squeeze material out between their edges. The more material that can be squeezed out, the faster a plate can migrate. The team calculated that plates that are relatively narrow and far apart can squeeze more material out, resulting in faster drift.

“Imagine it’s easier to squeeze honey through a wide tube, versus a very narrow tube,” Royden says. “It’s exactly the same phenomenon.”

Royden and Jagoutz’s measurements from the Himalayas showed that the northern oceanic plate remained extremely wide, spanning nearly one-third of the Earth’s circumference. However, the southern plate carrying India underwent a radical change: About 80 million years ago, a collision with Africa cut that plate down to 3,000 kilometers — right around the time India started to speed up.

The team believes the diminished plate allowed more material to escape between the two plates. Based on the dimensions of the plates, the researchers calculated that India would have sped up from 50 to 150 millimeters per year. While others have calculated similar rates for India’s dri4g lte router dual SIMft, this is the first evidence that double subduction acted as the continent’s driving force.

“It’s a lucky coincidence of events,” says Jagoutz, who sees the results as a starting point for a new set of questions. “There were a lot of changes going on in that time period, including climate, that may be explained by this phenomenon. So we have a few ideas we want to look at in the future.”

Publication: Oliver Jagoutz, et al., “Anomalously fast convergence of India and Eurasia caused by double subduction,” Nature Geoscience, (2015); doi:10.1038/ngeo2418

Image: iStock (edited by MIT News)

ct scanners remote monitoring, mri remote monitoring, healthcare, wireless atm, branch networking, retail, digital signage, wastewater treatment, remote monitoring, industrial automation, automation, industrial transport, inhand, inhand network, inhand networks, Industrial IoT, IIoT, Industrial IoT Manufacturer, Industrial IoT Connectivity, Industrial IoT Products, Industrial IoT Solutions, Industrial IoT Products, industrial IoT Gateway, industrial IoT router, M2M IoT gateway, M2M IoT router, industrial router, Industrial IoT Router/Gateway, industrial IoT Gateway, industrial LTE router, Industrial VPN router, Dual SIM M2M router, Entry level Industrial Router, Cost effective, 3G 4G LTE, WiFi, VPN industrial router for commercial and industrial and M2M/IoT applications, Industrial 3G Router, Industrial 3g router, UMTS router, VPN routerIndustrial 3g router, UMTS router, VPN router, DIN-Rail router, cellular router, Industrial IoT Gateway, Industrial IoT Gateway, M2M gateway, VPN gateway, remote PLC programming, Industrial Cellular Modem, Cellular modem, data terminal unit, 3g modem, Industrial 3G Cellular Modem, 3g modem, industrial cellular modem3g modem, industrial cellular modem, industrial wireless modem, data terminal unit, Android Industrial Computer, Android Industrial Computer, Vending PC, Vending Telemetry, Vending Telemeter, Android Industrial Computer, Android Industrial Computer, Vending PC, Vending Telemetry, Vending Telemeter, Touchscreen & Vending PC, Vending Touchscreen, Vending Telemeter, Vending Telemetry, Vending Computer, Industrial LTE Router, industrial IoT Gateway, industrial LTE router, Industrial VPN router, Dual SIM M2M router, Industrial IoT Router/Gateway, industrial IoT Gateway, industrial LTE router, Industrial VPN router, Dual SIM M2M router, Industrial LTE Router, Industrial LTE router, industrial 4G/3G router, router industrial, cost-effective industrial LTE router, Industrial LTE Router, Industrial LTE router, industrial IoT router, router industrial, cost-effective M2M router, M2M LTE router, Industrial 3G Router , Industrial 3g router, industrial wireless router, VPN router, DIN-Rail router, cellular router, Industrial 3G Router , Industrial 3g router, industrial wireless router, VPN router, DIN-Rail router, cellular router, Distribution Power Line Monitoring System, Overhead Line Monitoring, Distribution Power Line Monitoring, Fault detection & location, Grid Analytics System, Remote Machine Monitoring & Maintenance System, IoT Remote Monitoring,

[inhandnetworks-blog]

Silk Fibers May smart grid   Represent Natural Metamaterials, Capable of light Confinement

www.inhandnetworks.com

New research suggests fibers from a silkworm’s cocoon may represent “natural metamaterials,” a discovery with various technological and scientific implications. Purdue University image/Young Kim

New research has demonstrated how the nano-architecture of a silkworm’s fiber causes “Anderson localization of light,” a discovery that could lead to various innovations and a better understanding of light transport and heat transfer.

The discovery also could help create synthetic materials and structures that realize the phenomenon, named after Nobel laureate Philip Anderson, whose theory describes how electrons can be brought to a complete halt in materials due to their “scattering and defects.” The new findings relate not to electrons, but to light transport.

Researchers demonstrated how the nano-architecture of the silk fibers is capable of light “confinement,” a trait that could provide a range of technological applications including innovations that harness light for new types of medical therapies and biosensing. This light-confinement effect in biological and natural tissue, which was unexpected, is made possible by the Anderson localization of light, said Young Kim, an associate professor in Purdue University’s Weldon School of Biomedical Engineering.

The new findings suggest silk fibers may represent “natural metamaterials” and “natural metastructures,” Kim said.

Various research groups have created synthetic “metamaterials” capable of the ultra-efficient control of light. However, metamaterials have limitations because they are often difficult to scale up for commercial production and pose other challenges. Because silk’s nano-architecture is “disordered” instead of meticulously designed periodic structures, the findings suggest a strategy to produce metamaterials that are less expensive to fabricate and manufacture and easier to scale up for industry.

“This is fascinating because realizing Anderson localization of light is extremely challenging, yet we now know that it can be achieved using irregular, disordered nanostructures to create highly packed nanomaterials for strong light scattering as a silkworm produces a silk fiber and spins a cocoon shell in nature,” Kim said.

The findings are detailed in a paper appearing on Wednesday (January 31) in the journal Nature Communications. The paper’s lead author is Purdue postdoctoral research associate Seung Ho Choi.

“Our findings could open up new possibilities for metamaterials and metastructures,” said Kim, who is leading research to better understand the underlying reasons for silk’s white, silvery and lustrous reflection. “I know this is an oxymoron, but we are saying silk fibers represent ‘natural metamaterials’ and ‘natural metastructures.'”

The silk fibers are 10-20 microns in diameter and contain thousands of tiny nanofibrils, each around 100 nanometers wide. For perspective, a human hair is roughly 100 microns in diameter.

A silk fiber has numerous “scattering centers” inside. Anderson localization arises from this light scattering due to disorder in the nanostructure.

“Silk has many nanofibrils, which individually scatter light,” Kim said.

For the Anderson localization to occur, there must be both scattering and interference between scattered light waves. De 2 sim  nsely packed irregular nanostructures cause light waves to interfere with each other, sometimes in destructive and sometimes in constructive ways. If constructive, the light is intensified.

“If waves are constructively interfering, this forms a very high energy inside the disordered media,” Choi said.

The small size and roughly parallel arrangement of the nanofibrils are conducive to the effect. The scattering power is maximized when there are many scattering centers and when their size is comparable to the wavelength of the light, both criteria found in the silk fibers.

Whereas commercial optical fibers must be specially engineered with a reflective coating, or cladding, to allow for the confinement of light, the silk fibers are able to achieve the feat naturally due to Anderson localization of light. The Anderson localization creates “modes” that make confinement of light possible without carefully engineered periodic structures. Instead, the same confinement is possible with disordered, more random designs.

“We found that most transmission of light disappears in most of the silk surface. HPower Fault Detectionowever, counterintuitively, in a small area we found that the energy is confined, and this confined energy is transmitted through localized modes,” Kim said. “The localized mode is a unique pathway for energy flow.”

Although biological structures such as silk diffuse light, other natural materials with similar microstructures do not possess the localized, modes making Anderson localization of light possible.

“Such a difference makes silk particularly interesting for radiative heat transfer.” Kim said. The silk has a high  wireless communication  emissivity for infrared light, meaning it readily radiates heat, or infrared radiation, while at the same time being a good reflector of solar light. Because the strong reflectivity from Anderson localization is combined with the high emissivity of the biomolecules in infrared radiation, silk radiates more heat than it absorbs, making it ideal for passive, or “self-cooling.”

“You may have heard that silk underwear can keep you cooler in summertime and warmer in winter,” Kim said. “We have learned the basic mechanism behind this observation.”

The work is led by researchers in Purdue’s Weldon School of Biomedical Engineering; the Department of Agricultural Biology of the National Institute of Agricultural Sciences in South Korea; and the Materials and Manufacturing Directorate of the U.S. Air Force Research Laboratory. A complete list of co-authors is available in the abstract.

“Our findings could open up largely unexplored opportunities for engineering, energy, and biomedical areas,” Kim said. “However, while direct applications could be possible, we really want to learn from silk to help develop material synthesis and design processes in the future.”

Publication: Seung Ho Choi, et al., “Anderson light localization in biological nanostructures of native silk,” Nature Communications, volume 9, Article number: 452 (2018) doi:10.1038/s41467-017-02500-5

Sources: Emil Venere, Young L. Kim, Seung Ho Choi, Purdue University

崀山, 崀山科技, 崀山科技全球服务中心, LangShan Technology Global Service Center, LangShan Technology, LangShan, china webdesign, seo, web design, 企业建站, SEO, joomla template, joomla webdesign, joomla web design, joomla seo, wordpress themes, wordpress webdesign, wordpress web design, wordpress seo, magento themes, magento webdesign, magento web design, magento seo, opencart themes, opencart webdesign, opencart web design, opencart seo, prestashop themes, prestashop webdesign, prestashop web design, prestashop seo, wordpress shop, wordpress plugins, wordpress plugins shop, lte, 4g, 4g-lte, 3g, umts, dsl, ethernet, cellular, gprs, wireless, wired, wi fi, vpn, m2m vpn, openvpn, ipsec-vpn, secure, reliable, dual sim, 2 sim, redundant, rugged, din rail, din rail mounting, ul certified, fcc certified, ptcrb certified, verizon wireless certified, att certified, ce certified-, emark certified, azure iot certified, cost effective, ipv6, python programming, reliability, security, high-speed, lte cat 1, router, gateway, routers, cellular gateway, modem, hardware, software, cloud platform, applications, ethernet switch, managed switch, vehicle router, car router, dtu, data terminal unit, computer, vending computer, vending pc, manufacturer, manufacturing, android computer, iot, industrial iot, industrial internet of things, m2m, industrial m2m, m2m communication, remote communication, wireless m2m, remote connectivity, remote access, m2m connectivity, iiot, industrial networking, industrial wireless, m2m iot, smart vending, touchscreen vending, cloud vms, telemeter, vending telemetry, cashless vending, light industrial, commercial, distribution automation, distribution power line monitoring, fault location, fault detection, da monitoring, smart grid, transformer monitoring, intelligent substation, goose messaging, remote machine monitoring, remote secure networks, remote secure networking, secure web based scada , remote diagnostics, remote maintenance, plc programming, intelligent traffic enforcement,

[inhandnetworks-blog]

S 4g router   cientists Create a New Graphene-Type Material

www.inhandnetworks.com

A single macroscopic flake of TGCN.

Researchers create triazine-based graphitic carbon nitride (TGCN), a new material that was predicted theoretically in 1996 with the potential to improve transistors used in electronic devices.

Scientists at the University of L Touchscreen & Vending PC  iverpool have created a new material, related to graphene, which has the potential to improve transistors used in electronic devices.

The new material, ‘triazine-based graphitic carbon nitride’, or TGCN, was predicted theoretically in 1996, but this is the first time that it has been made.

Graphene is one atom thick, strong and conducts heat and electricity highly efficiently. The new TGCN material is also two-dimensional, but it has an electronic band gap, making it potentially suitable for use in transistors.

Carbon-based

At present, transistors are made of expensive silicon that generates heat when used in electronic devices. Scientists have router   been looking for a material that is carbon-based and that has the electronic band gap needed for use as a semiconductor.

Chemist, Professor Andrew Cooper, from the University’s Department of Chemistry, said: “This is an exciting result because there are relatively few ordered two-dimensional organic solids. Finding a new member of the ‘graphene family’ is very significant.”

Starting with the inexpensive molecule dicyandiamide, the team prepared crystals of graphitic carbon nitride, a two-dimensional layered material that is similar to graphene, but which contains nitrogen.

TGCN

They combined these ingredients in a quartz tube and heated them for 62 hours at up to 600°C. The result is a liquid containing flakes of TGCN that can be removed by filtering or peeling them off the quartz tube.

The material is at an early stage of development and Professor Cooper believes the next stage in the research is to explore its properties.

He said: “The creation and analysis of this material is just the first step. We now have a lot more work to do to scale it up and prove function in electronic devices.”

The research project, funded by an Engineering and  Vending Telemetry  Physical Sciences Research Council (EPSRC) Program Grant at Liverpool, also involved chemistry, physics, and materials science researchers from across Europe. This team included scientists at Technical University Berlin, Ulm University, Aalto University, Humboldt University Berlin, University College London, University of East Anglia, University of Helsinki, and the Max Planck Institute for Colloids and Interfaces.

Publication: Gerardo Algara-Siller, et al., “Triazine-Based, Graphitic Carbon Nitride: a Two-Dimensional Semiconductor,” 2014, Angewandte Chemie International Edition; doi: 10.1002/anie.201402191

Image: University of Liverpool

lte, 4g, 4g-lte, 3g, umts, dsl, ethernet, cellular, gprs, wireless, wired, wi fi, vpn, m2m vpn, openvpn, ipsec-vpn, secure, reliable, dual sim, 2 sim, redundant, rugged, din rail, din rail mounting, ul certified, fcc certified, ptcrb certified, verizon wireless certified, att certified, ce certified-, emark certified, azure iot certified, cost effective, ipv6, python programming, reliability, security, high-speed, lte cat 1, router, gateway, routers, cellular gateway, modem, hardware, software, cloud platform, applications, ethernet switch, managed switch, vehicle router, car router, dtu, data terminal unit, computer, vending computer, vending pc, manufacturer, manufacturing, android computer, iot, industrial iot, industrial internet of things, m2m, industrial m2m, m2m communication, remote communication, wireless m2m, remote connectivity, remote access, m2m connectivity, iiot, industrial networking, industrial wireless, m2m iot, smart vending, touchscreen vending, cloud vms, telemeter, vending telemetry, cashless vending, light industrial, commercial, distribution automation, distribution power line monitoring, fault location, fault detection, da monitoring, smart grid, transformer monitoring, intelligent substation, goose messaging, remote machine monitoring, remote secure networks, remote secure networking, secure web based scada , remote diagnostics, remote maintenance, plc programming, intelligent traffic enforcement, ct scanners remote monitoring, mri remote monitoring, healthcare, wireless atm, branch networking, retail, digital signage, wastewater treatment, remote monitoring, industrial automation, automation, industrial transport, inhand, inhand network, inhand networks, Industrial IoT, IIoT, Industrial IoT Manufacturer, Industrial IoT Connectivity, Industrial IoT Products, Industrial IoT Solutions, Industrial IoT Products, industrial IoT Gateway, industrial IoT router, M2M IoT gateway, M2M IoT router, industrial router, Industrial IoT Router/Gateway, industrial IoT Gateway, industrial LTE router, Industrial VPN router, Dual SIM M2M router, Entry level Industrial Router, Cost effective, 3G 4G LTE, WiFi, VPN industrial router for commercial and industrial and M2M/IoT applications, Industrial 3G Router, Industrial 3g router, UMTS router, VPN routerIndustrial 3g router, UMTS router, VPN router, DIN-Rail router, cellular router, Industrial IoT Gateway, Industrial IoT Gateway, M2M gateway, VPN gateway, remote PLC programming, Industrial Cellular Modem, Cellular modem, data terminal unit, 3g modem, Industrial 3G Cellular Modem, 3g modem, industrial cellular modem3g modem, industrial cellular modem, industrial wireless modem, data terminal unit, Android Industrial Computer, Android Industrial Computer, Vending PC, Vending Telemetry, Vending Telemeter, Android Industrial Computer, Android Industrial Computer, Vending PC, Vending Telemetry, Vending Telemeter, Touchscreen & Vending PC, Vending Touchscreen, Vending Telemeter, Vending Telemetry, Vending Computer, Industrial LTE Router, industrial IoT Gateway, industrial LTE router, Industrial VPN router, Dual SIM M2M router, Industrial IoT Router/Gateway, industrial IoT Gateway, industrial LTE router, Industrial VPN router, Dual SIM M2M router, Industrial LTE Router, Industrial LTE router, industrial 4G/3G router, router industrial, cost-effective industrial LTE router, Industrial LTE Router, Industrial LTE router, industrial IoT router, router industrial, cost-effective M2M router, M2M LTE router, Industrial 3G Router , Industrial 3g router, industrial wireless router, VPN router, DIN-Rail router, cellular router, Industrial 3G Router , Industrial 3g router, industrial wireless router, VPN router, DIN-Rail router, cellular router, Distribution Power Line Monitoring System, Overhead Line Monitoring, Distribution Power Line Monitoring, Fault detection & location, Grid Analytics System, Remote Machine Monitoring & Maintenance System,

[inhandnetworks-blog]

230 Million Year Old Ar industrial cellular vpn router  thropods Found Preserved in Amber

www.inhandnetworks.com

Arthropods from the Triassic period have been discovered preserved in amber. They are 100 million years older than previous amber inclusions. The two mites and one fly were found in millimeter-scale droplets of amber from northeastern Italy.

Researchers published their findings in the journal Proceedings of the National Academy of Sciences. Arthropods are invertebrate animals including insects, arachnids and crustaceans. The specimens were preserved with microscopic fidelity, allowing the estimation of the amount of evolutionary change overintelligent vending machine millions of years. Arthropods are more than 400 million years old, but before now the oldest record of these animals in amber dates to about 130 million years, in the Cretaceous period.

Photomicrographs of Diptera specimen in Dolomite Triassic amber, (A) Entire specimen with dissociated appendages. (B) Head, detail. (C) Detail of antenna and adjacent leg, showing oval s industrial iot  ensory area, possibly Johnston’s organ. (D) Detail of dissociated disti IIoT  tarsus. (E) (F) Dissociated legs

The amber droplets range between 2 to 6 mm in length, were buried in the Dolomite Alps of northeastern Italy and excavated by Eugenio Ragazzi and Guido Roghi of the University of Padova. Over 70,000 droplets were screened for inclusions by a team of German scientists led by Alexander Schmidt, of the Georg-August University in Göttingen.

Two of the specimens are a new species of mites, Triasacarus fedelei and Ampezzoa triassica. They are the oldest fossils of a group called Eriophyoidea, which has about 3,500 living species, all of which feed on plants and sometimes form abnormal growth called galls on their bodies.

T. fedelei and A. triassica fed on a now extinct conifer, but 97% of today’s gall mites feed on flowering plants. These mites existed before the appearance of flowering plants. The mites seemed to have evolved and endured even when flowering plants entered the environment. The fly couldn’t be identified because some of its body parts weren’t well preserved.

There was a huge change in flora and fauna in the Triassic, because it was right after one of the most acute extinction pulses in the geological time record, the Permian-Triassic extinction event, which occurred 252.28 Ma. This could help elucidate how life continued to evolve.

[via PNAS]

cellular modem ethernet, 4g LTE router, 3g wireless router, 4g LTE router with SIM card, cellular router vendor, verizon 4g LTE router, best industrial wifi router, 4g modem router, 4g modem router wifi, att 4g router, cellular router wifi, industrial multi sim cellular router, m2m cellular router, verizon industrial router, 4g lte gateway, 4g lte modem, industrial cellular vpn router, industrial 3g m2m, industrial l2tp cellular router, industrial ethernet router, plc router, 12vdc lte router, 4g lte router dual SIM, multi SIM LTE router, cellular router manufacturer, edge gateway, industrial iot gateway, overhead line sensor, distribution line sensor, distribution line fault detection, medium voltage smart grid sensor, MV smart grid sensor, smart grid sensor, power line sensor, power sensor, MV sensor, Grid Fault Detection, Line Monitoring, Grid Analytics, Predictive Grid Analytics, Grid Monitoring, Grid Analytics System, Power Fault Detection, Advanced Grid Analytics, Intelligent Line Monitoring, distribution fault detection, smart vending machine, smart vending solutions, QR code vending machine, telemetry vending machine, intelligent vending machine, touch screen for vending machine, vending software, cashless vending, coupon vending machine, iot vending machine, vending machine card reader, POS vending machine, smart vending machine software, credit card vending machine, Industrial router, cellular router, 4g router, LTE router, 3g router, M2M router, wireless router, wireless m2m router, wireless m2m, Industrial Wireless M2M, Industrial Wireless M2M Router, Industrial Wireless M2M products, M2M wireless producdts, WiFi M2M Router, Industrial Wireless M2M gateway, industrial IoT router, industrial IoT gateway, industrial LTE router, Industrial router, cellular router, 4g router , LTE router, 3g router , M2M router, wireless router, wireless m2m router, WiFi M2M Router, Industrial Wireless M2M Router, M2M IoT router, industrial wireless router, industrial M2M router, industrial LTE router, Industrial VPN router, Dual SIM M2M router, M2M gateway, IoT gateway, Industrial router, low cost industrial router , low cost cellular router, low-cost LTE router, low-cost M2M router, compact industrial router, low-cost cellular router , cellular router, low-cost 4g router , LTE router, 3g router , M2M router, wireless router, wireless m2m router, WiFi M2M Router, Industrial Wireless M2M Router, M2M IoT router, industrial wireless router, industrial M2M router, industrial LTE router, Industrial VPN router, Dual SIM M2M router, M2M gateway, IoT gateway, LTE Cat 1 router, Embedded LTE Cat 1 router, Industrial LTE Cat 1 router, Verizon Embedded modem, Verizon Embedded router, Overhead Line Monitoring, Distribution Power Line Monitoring, Grid Analytics System, overhead Line sensor, grid fault detection, distribution Line Monitoring, grid fault location, Smart Vending, touchscreen vending, cashless vending, cloud VMS, vending retrofit, smart vending solution, vending vms, cashless payment, vending route optimization, vending inventory management, vending retrofit, vending PC, vending computer, Android vending computer, vending computer, Android vending computer, Android industrial computer, 崀山, 崀山科技, 崀山科技全球服务中心, LangShan Technology Global Service Center, LangShan Technology, LangShan, china webdesign, seo, web design, 企业建站, 外贸商城, 网站推广, 技术兼职, 技术支援, 技术支持, SEO, joomla template, joomla webdesign, joomla web design, joomla seo, wordpress themes, wordpress webdesign, wordpress web design, wordpress seo, magento themes,

[inhandnetworks-blog]

4g lte router dual SIM   New Ways to Protect Telecommunication and Navigation Satellites

www.inhandnetworks.com

A visualization of the Earth’s magnetic environment

An international team of scientists answer a fundamental question about our space environment and reveal new ways to protect telecommunication and navigation satellites.

Using measurements from the first U.S. satellite that traveled to space, Explorer 1 physicist James Van Allen discovered in 1958 that space is radioactive. The Earth is surrounded by two doughnut-shaped rings of highly charged particle radiation — an inner ring of high-energy electrons and positive ions and an outer ring of high-energy electrons — that are now known as Van Allen Radiation Belts. Flying close to the speed of light, the high-energy particles that populate the belts create a harsh environment for satellites and humans in space.

In recent years, there has been much scientific interest in understanding the Van Allen belts. New technologies now require that telecommunication satellites spend a great deal of time in those belts and that GPS satellites operate in the heart of the belts. With the increasingly smaller size of space electronics has come greater vulnerability of satellites to space radiation, according to Yuri Shprits, a research geophysicist with Earth, Planetary and Space Sciences in the UCLA College and a member of the international team.

The particles that are most dangerous to spacecraft are known as relativistic and ultra-relativistic electrons. The ultra-relativistic, or “killer electrons,” are especially hazardous and can penetrate the most protected and valuable satellites in space, Shprits said. While it is possible to protect the satellites from relativistic particles, shielding from ultra-relativistic particles is practically impossible, he added.

Understanding the dynamics of these particles has been a major challenge for scientists since Van Allen discovered space radiation. Since the late 1960s, scientists have made many observations to try to understand the loss of electrons from the Van Allen belts.

One of the proposed theories was that particles are scattered into the atmosphere by electromagnetic ion cyclotron waves. These waves are produced by the injection of ions that are heavier than electrons and carry a lot of energy. These waves can potentially scatter electrons into the atmosphere. Up until recently, that remained the most likely candidate for the loss of electrons.

In 2006, Shprits and colleagues proposed another mechanism. They suggested that more than 99 percent of the particles suddenly were lost, as electrons diffused into interplanetary space, no longer trapped by the Earth’s magnetic field. The team conducted additional studies that provided more evidence for this mechanism.

The scientists’ modeling of large numbers of electrons at relativistic energies seemed to favor this mechanism and did not require the scattering of electron by electromagnetic ion cyclotron waves. However, it remained unclear which mechanism operated or dominated during storms, and which mechanism explains the most dramatic dropouts of electrons in the space environment.

The loss of particles is difficult to pinpoint. Both types of loss mechanisms are intensified during storms, making it difficult to distinguish one from the other.

An illustration of the structure of the Van Allen Radiation Belt after a storm.

Fortunately for the scientists, several factors combined to help them resolve the dispute. A January 2013 storm in the Van Allen belts allowed the researchers to use detectors to measure the particles’ distributions and direction. The most intense relativistic and ultra-relativistic electrons were discovered in different locations in the belts. And the ultra-relativistic particles were located deep inside the magnetosphere (and were not affected by the electron loss to the magnetopause, which is the boundary between the Earth’s magnetic field and the solar wind).

The researchers’ detailed measurements — including particle speed, velocity direction and radial distributions — all showed that the waves were indeed scattering particles into the atmosphere but affected only ultra-relativistic electrons, not relativistic particles.

“Our findings resolve a fundamental scientific question about our space environment and may help develop methods of cleaning up the radiation belts from harmful radiation and make the environment around the Earth friendlier for satellites,” Shprits said. He is principal investigator of an April mission in which a satellite containing a UCLA-built collection of instruments was launched from Vostochny, Siberia. That work is expected to provide scientists worldwide wi M2M gateway  th measurements of radiation in space and advance space sciences for years to come.

Other members of the team are scientists from UCLA (researchers Alexander Drozdov and Adam Kellerman, and postdoctoral scholar Hui Zhu); Germany’s GFZ Research Centre for Geosciences in Potsdam (Irina Zhelavskaya and Nikita Aseev, who were visiting scholars at UCLA for six months in 2015-16; Shprits holds a joint appointment here); Stanford University (Maria Spasojevic); University of Colorado, Boulder (Maria Usanova and Daniel Baker); Augsburg College in Minneapolis (Mark Engebretson); UC Berkeley (Oleksiy Agapitov, who also has a mri remote monitoring  n appointment at Ukraine’s University of Kyiv); Finland’s University of Oulu (Tero Raita); and the University of New Hampshire (Harlan Spence).

Funding sources for the Nature Communications research included the University of California Office of the President, National industrial m2m   Science Foundation, NASA and the Helmholtz Association Recruiting Imitative program.

Publication: Yuri Y. Shprits, et al., “Wave-induced loss of ultra-relativistic electrons in the Van Allen radiation belts,” Nature Communications 7, Article number: 12883; doi:10.1038/ncomms12883

, Android Industrial Computer, Android Industrial Computer, Vending PC, Vending Telemetry, Vending Telemeter, Android Industrial Computer, Android Industrial Computer, Vending PC, Vending Telemetry, Vending Telemeter, Touchscreen & Vending PC, Vending Touchscreen, Vending Telemeter, Vending Telemetry, Vending Computer, Industrial LTE Router, industrial IoT Gateway, industrial LTE router, Industrial VPN router, Dual SIM M2M router, Industrial IoT Router/Gateway, industrial IoT Gateway, industrial LTE router, Industrial VPN router, Dual SIM M2M router, Industrial LTE Router, Industrial LTE router, industrial 4G/3G router, router industrial, cost-effective industrial LTE router, Industrial LTE Router, Industrial LTE router, industrial IoT router, router industrial, cost-effective M2M router, M2M LTE router, Industrial 3G Router , Industrial 3g router, industrial wireless router, VPN router, DIN-Rail router, cellular router, Industrial 3G Router , Industrial 3g router, industrial wireless router, VPN router, DIN-Rail router, cellular router, Distribution Power Line Monitoring System, Overhead Line Monitoring, Distribution Power Line Monitoring, Fault detection & location, Grid Analytics System, Remote Machine Monitoring & Maintenance System, IoT Remote Monitoring, Prognostics and Health Management, Remote connectivity, Remote Maintenance, Smart Vending, smart vending, InHandGo, retrofit, touchscreen vending, cashless vending, cloud VMS, Transformer Monitoring, Transformer Monitoring, substation monitoring, grid LTE router, wireless communication, smart grid, Remote Automation, Remote Automation, Secure remote networks, web SCADA, Remote Diagnostics, Remote PLC programming, Intelligent Traffic Enforcement, Intelligent Traffic Enforcement, wireless networking, cellular router, Wireless ATM Solution, Wireless ATM, ATM Remote Diagnostic, prestashop 多语商城, opencart 外贸商城, 网页设计, 网站建设, 企业建站, 商城网站, 集团网站, 海外网站, 营销网站, 网站推广, 华人网站建设, 华人网站维护, 华人网络兼职, china webdesign, webdesign, seo, joomla web design, 香港網頁設計, 網站建設, 企業建站, 商城網站, 集團網站, 海外網站, 營銷網站, 網站推廣, web design, joomla webdesign, wordpress webdesign, opencart webdesign, magento webdesign, durpal webdesign, vtiger crm, adempiere erp, compiere erp, hosting, domains, vps, email marketing, joomla 网页设计, wordpress 建站, magento 大型外贸商城, durpal 门户网站, seo 网站推广, 网站自然排名, joomla 網站製作, wordpress 定制開發, opencart 維護修改, prestashop 模板修改, magento 培訓實施, durpal 定制修改, seo 營銷推廣, 外鏈收錄排位, joomla, wordpress, opencart, prestashop, magento, durpal, zencart, crm, erp, edm, marketing, joomla template, wordpress themes, magento themes, opencart themes, prestashop themes, 崀山, 崀山科技, 崀山科技全球服务中心, LangShan Technology Global Service Center, LangShan Technology, langshantech, LangShan, china webdesign, 網頁製作, 網頁設計, 企业建站, 企業建站, 在線商城, 營銷網站, 網站推廣, 網站營銷, 排名推廣, 產品推廣, 主機維護, 公司兼職, 網站SEO, joomla seo, wordpress seo, joomla 網站推廣, opencart 網站推廣, prestashop 網站推廣, wordpress 網站推廣, magento 網站推廣, joomla 網站排名, prestashop 網站排名, wordpress 網站排名, opencart 網站排名, prestashop 多语商城, opencart 外贸商城, 网页设计, 网站建设

[inhandnetworks-blog]

New Research Reveals That Trade is a Major Driver of Bi industrial LTE router  odiversity

www.inhandnetworks.com

Anolis sagrei, the brown anole, is native to Cuba, the Bahamas, and other islands in the northern Caribbean and has been widely introduced throughout the Caribbean and the world.

A newly published study shows that trade is one of the major drivers m2m vpn   of biodiversity among lizard species in the Caribbean islands, finding that the amount of trade an island receives can explain to a large extent the number of invasive species on an island.

It may be a cliché to say it, but the world is getting smaller. For those able to afford a ticket, there is virtually no corner of the world that can’t be reached in a matter of days.

And humans aren’t the only ones affected by this unprecedented level of mobility.

New research shows that industrial internet of things   trade is one of the major drivers of biodiversity among lizard species in the Caribbean islands. The study was co-authored by Jonathan Losos, the Monique and Philip Lehner Professor for the Study of Latin America and curator in herpetology at Harvard’s Museum of Comparative Zoology; Matthew R. Helmus of the Amsterdam Global Change Institute; and Luke Mahler, a former Harvard Ph.D. student now at the University of California, Davis. It is described in a paper in Nature.

“One of the key concepts in the theory of island biogeography is the idea that isolation plays an important role in biodiversity, because the more isolated an island is, the fewer species it will have,” Losos said. “Naturally, isolation is largely a function of distance, but Matt’s idea was that geographic isolation isn’t as relevant today, because humans can easily move between islands and can bring lizards with them. Instead, we chose to measure isolation in economic terms, and sure enough, we found that the amount of trade an island receives can explain to a large extent the number of invasive species on an island.”

The study offers one of the few large-scale tests of theories first proposed by E.O. Wilson, the Pellegrino University Professor Emeritus, in his seminal 1967 work “The Theory of Island Biogeography.”

In attempting to explain the biodiversity of islands, particularly the variation in species number from island to island, Wilson and co-author Robert MacArthur advanced a handful of simple ideas, including the notion that bigger islands, with more habitats Dual SIM M2M router  and support for larger populations, could hold more species.

As a counterbalance, Wilson and MacArthur said that an island’s isolation was also a powerful driver of biodiversity, with more isolated islands — because they are far more difficult for new species to colonize — having fewer species.

Islands, depending on their size and level of isolation, reach an equilibrium that allows a particular level of biodiversity, Wilson and MacArthur found. In the decades since its publication, Losos said, the theory has become hugely influential, but remained frustratingly hard to test.

The spark for the new study came from Helmus, who approached Losos with the idea of studying the introduction of anole species to new islands throughout the Caribbean.

“The idea was to review the literature and reports from the field and create a database showing how the species richness has increased because humans have introduced new species to many of the islands in the Caribbean,” Losos said. “In essence, this is testing the equilibrium theory in a way that’s never been done before, because if humans are increasing the rate of colonization of islands by new species, according to the theory, we would expect to see the equilibrium change.”

In line with the theory, researchers found that as an island became less isolated due to an increase in human-assisted colonization, its area became a far more significant factor in determining biodiversity.

“Humans have changed what it means for these islands to be isolated,” Losos said. “And it turns out that, due to geopolitics, there is a particularly good example of this, and that’s Cuba. What we found is that larger islands tend to see more trade, and as a result see more colonization, but Cuba is an outlier because of the U.S. trade embargo. When we looked at the literature, we found there are zero introduced species there. Thanks to the quirks of politics, it’s the exception that proves the rule.”

Publication: Matthew R. Helmus, et al., “Island biogeography of the Anthropocene,” Nature 513, 543–546 (25 September 2014); doi:10.1038/nature13739

Image: Jonathan Losos

Touchscreen & Vending PC, Vending Touchscreen, Vending Telemeter, Vending Telemetry, Vending Computer, Industrial LTE Router, industrial IoT Gateway, industrial LTE router, Industrial VPN router, Dual SIM M2M router, Industrial IoT Router/Gateway, industrial IoT Gateway, industrial LTE router, Industrial VPN router, Dual SIM M2M router, Industrial LTE Router, Industrial LTE router, industrial 4G/3G router, router industrial, cost-effective industrial LTE router, Industrial LTE Router, Industrial LTE router, industrial IoT router, router industrial, cost-effective M2M router, M2M LTE router, Industrial 3G Router , Industrial 3g router, industrial wireless router, VPN router, DIN-Rail router, cellular router, Industrial 3G Router , Industrial 3g router, industrial wireless router, VPN router, DIN-Rail router, cellular router, Distribution Power Line Monitoring System, Overhead Line Monitoring, Distribution Power Line Monitoring, Fault detection & location, Grid Analytics System, Remote Machine Monitoring & Maintenance System, IoT Remote Monitoring, Prognostics and Health Management, Remote connectivity, Remote Maintenance, Smart Vending, smart vending, InHandGo, retrofit, touchscreen vending, cashless vending, cloud VMS, Transformer Monitoring, Transformer Monitoring, substation monitoring, grid LTE router, wireless communication, smart grid, Remote Automation, Remote Automation, Secure remote networks, web SCADA, Remote Diagnostics, Remote PLC programming, Intelligent Traffic Enforcement, Intelligent Traffic Enforcement, wireless networking, cellular router, Wireless ATM Solution, Wireless ATM, ATM Remote Diagnostic, prestashop 多语商城, opencart 外贸商城, 网页设计, 网站建设, 企业建站, 商城网站, 集团网站, 海外网站, 营销网站, 网站推广, 华人网站建设, 华人网站维护, 华人网络兼职, china webdesign, webdesign, seo, joomla web design, 香港網頁設計, 網站建設, 企業建站, 商城網站, 集團網站, 海外網站, 營銷網站, 網站推廣, web design, joomla webdesign, wordpress webdesign, opencart webdesign, magento webdesign, durpal webdesign, vtiger crm, adempiere erp, compiere erp, hosting, domains, vps, email marketing, joomla 网页设计, wordpress 建站, magento 大型外贸商城, durpal 门户网站, seo 网站推广, 网站自然排名, joomla 網站製作, wordpress 定制開發, opencart 維護修改, prestashop 模板修改, magento 培訓實施, durpal 定制修改, seo 營銷推廣, 外鏈收錄排位, joomla, wordpress, opencart, prestashop, magento, durpal, zencart, crm, erp, edm, marketing, joomla template, wordpress themes, magento themes, opencart themes, prestashop themes, 崀山, 崀山科技, 崀山科技全球服务中心, LangShan Technology Global Service Center, LangShan Technology, langshantech, LangShan, china webdesign, 網頁製作, 網頁設計, 企业建站, 企業建站, 在線商城, 營銷網站, 網站推廣, 網站營銷, 排名推廣, 產品推廣, 主機維護, 公司兼職, 網站SEO, joomla seo, wordpress seo, joomla 網站推廣, opencart 網站推廣, prestashop 網站推廣, wordpress 網站推廣, magento 網站推廣, joomla 網站排名, prestashop 網站排名, wordpress 網站排名, opencart 網站排名, prestashop 多语商城, opencart 外贸商城, 网页设计, 网站建设, 企业建站, 商城网站, 集团网站, 海外网站, 营销网站, 网站推广, 华人网站建设, 华人网站维护, 华人网络兼职, china webdesign, webdesign, seo, joomla web design, 香港網頁設計, 網站建設, 企業建站, 商城網站,

[inhandnetworks-blog]

LiquiGlide  ipv6  Prevents Waste and Increases Recycling Rates

www.inhandnetworks.com

For anyone that has suffered through the agonizing task of squeezing out those last few drops from the condiment jar, your troubles may soon be over. LiquiGlide, a nontoxic, nonstick, super slippery coating for the inside of condiment bottles, sends condiments out of their jars with a simple tilt of the hand, preventing waste and increase recycling rates.

The Varanasi Research Group, led by Associate Professor Kripa Varanasi, took a break from researching super slippery and super non-wetti Dual SIM M2M router ng coatings for equipment such as steam turbines and airplanes to present its newest invention at this year’s $100K competition: LiquiGlide, a nontoxic, nonstick, super slippery coating for the inside of condiment bottles. Made from food materials, LiquiGlide is easy to apply to food packaging and prevents stubborn condiments from sticking on their way out.

For food sauce companies — and their customers — easy removal of condiments is cost effective   a constant challenge. Most people have experienced the frustration that comes with struggling to expel a condiment such as ketchup, mustard or mayonnaise with furious shaking, messy rummaging or pure brute force. Now, a simple tilt of the hand sends condiments sliding out.

“Our research group is mainly focused on big issues in energy, water and transportation,” Varanasi says, “but we found that bottles are no small thing, with the worldwide condiment market comprising about 17 billion bottles.”

With a market that big, small additional costs such as the 20-cent charge customers pay for the special cap on upside-down bottles can add up to billions of dollars. Just as important, eliminating those special caps can reduce the need for plastic by about 25,000 tons. LiquiGlide can save food by ensuring that none is wasted and increase recycling rates by removing all food remnants.

The project was named runner-up in the MIT $100K competition, but the team took home the Audience Choice Award — and accompanying $2,000 prize — for the consumer-friendly invention. In the weeks since, the product has garnered national media attention from outlets such as NPR, ABC News, the Chicago Tribune, The Wall Street Journal, and CNN, among many others.

Along with Varanasi, the LiquiGlide team is J. David Smith, Christopher J. Love, Adam Paxson, Brian Solomon and Rajeev Dhiman.

Image & Videos: Liqui-glide; MIT new managed switch  s

Reprinted with permission of MIT News

cellular modem ethernet, 4g LTE router, 3g wireless router, 4g LTE router with SIM card, cellular router vendor, verizon 4g LTE router, best industrial wifi router, 4g modem router, 4g modem router wifi, att 4g router, cellular router wifi, industrial multi sim cellular router, m2m cellular router, verizon industrial router, 4g lte gateway, 4g lte modem, industrial cellular vpn router, industrial 3g m2m, industrial l2tp cellular router, industrial ethernet router, plc router, 12vdc lte router, 4g lte router dual SIM, multi SIM LTE router, cellular router manufacturer, edge gateway, industrial iot gateway, overhead line sensor, distribution line sensor, distribution line fault detection, medium voltage smart grid sensor, MV smart grid sensor, smart grid sensor, power line sensor, power sensor, MV sensor, Grid Fault Detection, Line Monitoring, Grid Analytics, Predictive Grid Analytics, Grid Monitoring, Grid Analytics System, Power Fault Detection, Advanced Grid Analytics, Intelligent Line Monitoring, distribution fault detection, smart vending machine, smart vending solutions, QR code vending machine, telemetry vending machine, intelligent vending machine, touch screen for vending machine, vending software, cashless vending, coupon vending machine, iot vending machine, vending machine card reader, POS vending machine, smart vending machine software, credit card vending machine, Industrial router, cellular router, 4g router, LTE router, 3g router, M2M router, wireless router, wireless m2m router, wireless m2m, Industrial Wireless M2M, Industrial Wireless M2M Router, Industrial Wireless M2M products, M2M wireless producdts, WiFi M2M Router, Industrial Wireless M2M gateway, industrial IoT router, industrial IoT gateway, industrial LTE router, Industrial router, cellular router, 4g router , LTE router, 3g router , M2M router, wireless router, wireless m2m router, WiFi M2M Router, Industrial Wireless M2M Router, M2M IoT router, industrial wireless router, industrial M2M router, industrial LTE router, Industrial VPN router, Dual SIM M2M router, M2M gateway, IoT gateway, Industrial router, low cost industrial router , low cost cellular router, low-cost LTE router, low-cost M2M router, compact industrial router, low-cost cellular router , cellular router, low-cost 4g router , LTE router, 3g router , M2M router, wireless router, wireless m2m router, WiFi M2M Router, Industrial Wireless M2M Router, M2M IoT router, industrial wireless router, industrial M2M router, industrial LTE router, Industrial VPN router, Dual SIM M2M router, M2M gateway, IoT gateway, LTE Cat 1 router, Embedded LTE Cat 1 router, Industrial LTE Cat 1 router, Verizon Embedded modem, Verizon Embedded router, Overhead Line Monitoring, Distribution Power Line Monitoring, Grid Analytics System, overhead Line sensor, grid fault detection, distribution Line Monitoring, grid fault location, Smart Vending, touchscreen vending, cashless vending, cloud VMS, vending retrofit, smart vending solution, vending vms, cashless payment, vending route optimization, vending inventory management, vending retrofit, vending PC, vending computer, Android vending computer, vending computer, Android vending computer, Android industrial computer, 崀山, 崀山科技, 崀山科技全球服务中心, LangShan Technology Global Service Center, LangShan Technology, LangShan, china webdesign, seo, web design, 企业建站, 外贸商城, 网站推广, 技术兼职, 技术支援, 技术支持, SEO, joomla template, joomla webdesign, joomla web design, joomla seo,