Heat resisitance – Asmeny http://asmeny.org/ Thu, 29 Sep 2022 17:08:33 +0000 en-US hourly 1 https://wordpress.org/?v=5.9.3 https://asmeny.org/wp-content/uploads/2021/11/ame-120x120.png Heat resisitance – Asmeny http://asmeny.org/ 32 32 Women Scientists Create India’s Top 3 Climate-Smart Chickpea Varieties for 2022 https://asmeny.org/women-scientists-create-indias-top-3-climate-smart-chickpea-varieties-for-2022/ Thu, 29 Sep 2022 15:50:34 +0000 https://asmeny.org/women-scientists-create-indias-top-3-climate-smart-chickpea-varieties-for-2022/ September 29, 2022, New Delhi: Meet the three female scientists who worked side-by-side with ICRISAT to create the most promising climate-smart chickpea varieties of 2022, which offer a superior alternative to existing varieties, especially in central and southern India. A myriad of Indian culinary delights have chickpea as their main ingredient. While women and men […]]]>

September 29, 2022, New Delhi: Meet the three female scientists who worked side-by-side with ICRISAT to create the most promising climate-smart chickpea varieties of 2022, which offer a superior alternative to existing varieties, especially in central and southern India.

A myriad of Indian culinary delights have chickpea as their main ingredient. While women and men are busy preparing these protein-rich dishes, there are also those behind the scenes who are constantly altering the grain to suit changing palates, seasons and climate.

The year 2022 has seen leading female chickpea breeders create varieties that can tolerate climate variability in terms of heat tolerance, mature early (one variety matures in just 94 days) and can be harvested at the machine for faster harvesting to escape unseasonal rains.

These varieties are also resistant to many diseases, including the dreaded Fusarium wilt. They can be grown in both rainfed and irrigated conditions and, most importantly, exhibit desirable market characteristics.

The creator of the first machine-harvested chickpea in Andhra Pradesh improvises on it

Dr Veera Jayalakshmi‘s association with ICRISAT dates back to 2005 when it began developing a drought-tolerant variety of chickpea in 2012 and the first machine-harvestable variety in 2015. Years of experimentation led to the release of the superior good desi chickpea (ICCV 14108) in 2022, which is resistant to Fusarium wilt. Dr. Jayalakshmi is a Senior Researcher at Regional Agricultural Research Station (RARS), Nandyal, Acharya NG Ranga Agricultural University (ANGRAU), Andhra Pradesh.

Developer of a new chickpea variety that outperforms popular varieties in her region

Dr Anita Babbar has developed a chickpea variety suitable for cultivation in Madhya Pradesh. The new release desi (ICCV15118) is tolerant to heat stress (late planting conditions) and superior to existing varieties in terms of yield and resistance to many diseases.

The large seeds have good drying quality and are a superior alternative to the existing five varieties. Dr Anita Babbar is a Senior Scientist at Jawaharlal Nehru Krishi Vishwa Vidyalaya (JNKVV), Jabalpur State Agricultural University, and has been associated with ICRISAT for over 20 years.

“The friendly yet professional atmosphere at ICRISAT and its inclusive way of working encouraged innovative thinking among women,” said Dr. Anita Babbar.

An early maturing chickpea variety that can thrive in four southern states

Dr Ritu Saxena has developed a chickpea variety that matures in just 94 days. This particular trait allows its cultivation in different cropping systems in the post-rainy period (Rabi) season in the four states of Andhra Pradesh, Telangana, Tamil Nadu and Karnataka.

The variety (ICCV 15101) has an average protein content of 22% and exhibits market-preferred characteristics. Dr Ritu Saxena is a Principal Investigator at Indira Gandhi Krishi Vishwavidyalaya (IGKV), Raipur in Chattisgarh and has been associated with ICRISAT since 2018.

Senior Chickpea Breeder at ICRISAT Dr. Srinivasan Samineni applauded the achievements and noted the role of ICRISAT in the development of new varieties.

“The above varieties are the result of product profiles developed by the chickpea crop team at ICRISAT and the respective state agricultural universities,” says Dr. Srinivasan Samineni, Senior Chickpea Breeder at the ‘ICRISAT.

ICRISAT regularly provides specific breeding material to more than 25 chickpea breeding programs in India and to national breeding programs in more than 10 countries in South Asia and East and Southern Africa.

In India, researchers select from the provided breeding material and promising lines are nominated for the All India Coordinated Chickpea Research Project (AICRP) for dissemination. Over the past 10 years, 23 varieties have been released in India through collaboration between the Indian Council of Agricultural Research (ICAR) and ICRISAT.

Comparison of the three new varieties
Characteristics NBeG 776(ICCV 14108) JG 18 (ICCV 15118) ​ CG Akshay Chana (ICCV 15101)
Average yield (q) 28 20-23 16
Protein content (%) 20.9 20.1 22.09
Market characteristics Suitable for mechanical harvesting Good drying quality; suitable for late sowing conditions Suitable for mechanical harvesting
Weight of 100 seeds (g) 25 30-32 25.4
Days to maturity 90-105 110-115 94
plant height 48 45 64
Disease Resistance Fusarium wilt Fusarium wilt, moderate resistance to dry root rot and stunt virus Fusarium wilt, moderate resistance to dry root rot and stunt virus
Varieties it can replace JG 11, JAKI 9218 JAKI 9218, JG 14, JG 16 Popular strains in AP, KA, TS and TN states
Suitable regions Andhra Pradesh Madhya Pradesh South area
Comparison of the three new varieties

Also Read: Heartfulness Institute to Establish Millet Experience Center to Promote International Year of Millet

(For the latest agriculture news and updates, follow Krishak Jagat on Google News)

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alara ertenü presents ‘packioli’ water-resistant bioplastic packaging https://asmeny.org/alara-ertenu-presents-packioli-water-resistant-bioplastic-packaging/ Tue, 27 Sep 2022 22:21:54 +0000 https://asmeny.org/alara-ertenu-presents-packioli-water-resistant-bioplastic-packaging/ Alara Ertenü PRESENTS ‘PACKIOLI’ water resistant Tackling the plastic problem packaging, Turkish designer Alara Ertenü uses natural artichoke leaves and pea pod bioplastics to create “Packioli”, a series of 100% biodegradable packaging for commercial soap. The goal behind the Zero waste wraps is to eliminate plastic packaging and, at the same time, meet the hygiene, […]]]>

Alara Ertenü PRESENTS ‘PACKIOLI’ water resistant

Tackling the plastic problem packaging, Turkish designer Alara Ertenü uses natural artichoke leaves and pea pod bioplastics to create “Packioli”, a series of 100% biodegradable packaging for commercial soap. The goal behind the Zero waste wraps is to eliminate plastic packaging and, at the same time, meet the hygiene, logistical and endurance needs of brands and commercial soap companies. Using artichoke leaves, biomaterials designer Alara Ertenü is tackling the alarming problem of artichoke waste, with around 80% of every artichoke thrown away, especially in western Turkey.

‘Packioli’ was born from the awareness of the problem of local food waste and plastic packaging in Turkey. A 100% biodegradable and locally sourced alternative to soap wrappers, it is made from two local waste products: artichoke leaves and pea pods. With its sealed edges, resistance to water, dirt and dust, and compatibility with simple manufacturing methods such as heat sealing, the biomaterials designer wanted the zero-waste packaging to rival packaging plastics on the market.

different shapes and sizes of packioli packaging

all images courtesy of Alara Ertenu

artichoke leaves and pea pods form a versatile bioplastic

According Zero waste week, the global cosmetics industry produces more than 120 billion packaging units each year, most of which are non-recyclable and end up in landfill or, even worse, in the ocean. Therefore, designate Alara Ertenü aimed to create a versatile bioplastic from natural artichoke leaves and pea pods to provide a sustainable and biodegradable replacement. ‘Packioli’ will remain water resistant for up to a week if it comes in contact with water, and within 10-15 days it begins to biodegrade in water. With its raw ingredients, the wraps are natural moisturizers with plant-based chemical-free coloring – beetroot and turmeric. Plus, it has an easy-tear opening for quick soap removal, whether under water pressure or manually. This innovative proposal for sustainable packaging illustrates the importance of questioning our consumption behaviors and gives rise to new materials for bio-printing.

a water-resistant organic packaging for commercial soaps made from artichoke leaves or pea pods and 100 biodegradable materials 11
chemical-free pigments from turmeric and beetroot give color to wraps

a water-resistant organic packaging for commercial soaps made from artichoke leaves or pea pods and 100 biodegradable materials 6
main ingredients: waste artichoke leaves and pea pods

a water-resistant organic packaging for commercial soaps made from artichoke leaves or pea pods and 100 biodegradable materials 8
top view of package circular shape

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Record flooding and drought part of range of extreme weather in the United States this summer https://asmeny.org/record-flooding-and-drought-part-of-range-of-extreme-weather-in-the-united-states-this-summer/ Thu, 22 Sep 2022 19:47:12 +0000 https://asmeny.org/record-flooding-and-drought-part-of-range-of-extreme-weather-in-the-united-states-this-summer/ Pedro Portal/Miami Herald/Tribune News Service/Getty Images (NEW YORK) – The National Oceanic and Atmospheric Administration has released its 2022 Summer Climate Report, which outlines extreme weather events from June to August in the United States The report also outlines this year’s rankings compared to previous summers, using data from dozens of weather stations in every […]]]>
Pedro Portal/Miami Herald/Tribune News Service/Getty Images

(NEW YORK) – The National Oceanic and Atmospheric Administration has released its 2022 Summer Climate Report, which outlines extreme weather events from June to August in the United States

The report also outlines this year’s rankings compared to previous summers, using data from dozens of weather stations in every state.

Record temperatures in the United States

The summer of 2022 ranks as the third hottest record on record, with the average temperature across the contiguous United States at 73.9 degrees, according to the report. That’s 2.5 degrees above average, just 0.01 degrees behind 1936 (when the dust bowl was in full swing) for second place. The hottest summer on record was in 2021.

It wasn’t just the highs that were suffocating, it was often the lows. The average minimum temperature across the country hit a record high of 62.3 degrees in August, meaning there was not much relief overnight. Houston has broken multiple hottest low temperature records, hitting just 86 degrees after hitting highs above 100 degrees on multiple occasions. Without cooler temperatures at night, the accumulated heat can be dangerous.

Heat is the number one weather-related cause of death each year, and communities have recently taken it more seriously by opening cooling shelters to those most at risk during heat waves.

precipitation

While some parts of the country have suffered from severe to exceptional droughts, others have had to deal with major floods. Considering the whole country, the rainfall turned out to be average, but the amount of rain you saw depended heavily on the region you were in. For example, Arizona had its seventh wettest summer, while Nebraska was the third driest, according to NOAA.

The monsoon season in the southwest is a typical event during the summer months, but it started earlier than normal this year and occasionally brought flash floods to heavily populated areas. Las Vegas experienced major flooding across the city in late July and again in early August, flooding casinos and killing two.

August also brought an unrelenting rush of rainfall to northern Louisiana and Mississippi.

The multi-day deluge caused major flash flooding in Jackson, Mississippi, where cars were submerged and people were left standing on their roofs waiting for help. More than 153,000 residents did not have access to clean water for weeks after the water treatment plant was shut down during the flooding.

millennial floods

A 1,000 year rainfall event means there is a 1 in 1,000 chance of a flood of this magnitude occurring in any given year. Three such events occurred in August.

On August 2, southern Illinois received one foot of rain in just 12 hours. Near Newtown, Illinois, an incredible 14 inches fell in those 12 hours, according to the National Weather Service.

Death Valley isn’t known for its rainfall, but on August 5, the national park was inundated with 1.70 inches of rain, leading to damaging flooding and trapped visitors. This rainfall broke a record that had lasted for more than 34 years.

Then, on the morning of August 22, the rain started in Dallas and didn’t stop. Heavy downpours caused catastrophic flooding across the city, with many nearby towns recording more than a foot of rainfall.

The governor has declared a disaster for 23 counties in Texas due to rainfall. Although it was destructive for many, it was bittersweet as it helped alleviate the exceptional drought that has plagued this region for months. Water reservoirs rose significantly after hitting record highs just a week earlier, and the US Drought Monitor noted a major improvement in its post-flood update.

Drought

Even though there were several bouts of drought-causing rain across the country, the United States ended the summer with 45.5% of its land mass in drought conditions, according to the NOAA report.

The northeast is a region that has seen intensified drought during the summer months. Lawns that were a healthy green hue in May were crisp and yellow in August as the rain stayed away for weeks. As a result, Massachusetts saw extreme drought spread through the eastern half of the state, and severe drought spread to Rhode Island, Connecticut and New York, according to the US Drought Monitor.

Meanwhile, the intense drought has set the stage for a supercharged wildfire season in the west. Gusty winds helped easily spread these fires that had no resistance over time.

tropics

In the tropical Atlantic, there was only one word to describe the situation: calm. From July 3 to September 1, there were no named storms in the Atlantic Basin. The 60-day period was the longest storm-free period since 1941, according to the National Hurricane Center.

In September, the tropics began to warm up. Several named storms have formed just around the historic peak of the Atlantic hurricane season. The strongest was Hurricane Fiona, which peaked as a Category 4 storm after bringing disastrous rains to Puerto Rico.

Roasting in Europe

Across the pond, records were just as rampant as they were in America this summer. Europe experienced its hottest summer on record, with several countries roasting in a midsummer heatwave that shattered long-standing records. It peaked on July 19, when dozens of weather stations across the UK exceeded 100 degrees. London soared to an incredible 104 degrees that day, according to the UK Met Office.

Around the world

Globally, the June-August period is tied for the fifth hottest record in 143 years.

“The five warmest June to August periods on record have occurred since 2015,” according to NOAA,

Both hemispheres were above average, and although June-August is winter in the southern hemisphere, temperatures were not as cold as they usually are. Antarctic sea ice during this period was at record lows, according to climatologists at NOAA’s Geophysical Fluid Dynamics Laboratory.

In terms of rain, Pakistan has had to deal with some of the worst flooding in recent history. Extreme monsoon rainfall in August is estimated to have killed more than 1,500 people and destroyed more than 1.7 million homes.

Link to climate change

While not all weather events can be attributed to climate change, some are undoubtedly enhanced by the warming of our world, as explained in the Intergovernmental Panel on Climate Change’s 2022 assessment.

An example of this is extreme flooding rain events. With ocean temperatures well above average, there is more moisture in the air due to evaporation. Also, higher temperatures can hold more water, so the likelihood of heavy rain increases with temperature.

Copyright © 2022, ABC Audio. All rights reserved.

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Towel radiator: which are the best ones you can buy https://asmeny.org/towel-radiator-which-are-the-best-ones-you-can-buy/ Wed, 21 Sep 2022 04:52:46 +0000 https://asmeny.org/towel-radiator-which-are-the-best-ones-you-can-buy/ In this article, ComputerHoy may receive a commission for your purchases. More information. Not another day without a hot towel out of the shower. These towel radiators can heat the bathroom and towels and are energy efficient. If when you get out of the shower or bath, the first thing you do is shiver from […]]]>

In this article, ComputerHoy may receive a commission for your purchases. More information.

Not another day without a hot towel out of the shower. These towel radiators can heat the bathroom and towels and are energy efficient.

If when you get out of the shower or bath, the first thing you do is shiver from the cold and roll up a towel to stop shivering, it’s time to do something about it. The towel radiators Not only do they warm up your bathroom, but they also keep all your towels warm.

It is extremely pleasant to get out of the shower and put on a hot towel, also a hand towel when using the sink. The good news is that these towel warmers do not require much installationjust a few drills and a nearby outlet.

If you want to keep up to date with the latest product offers and recommendations, you can follow them in real time on the Computerhoy.com channel on Telegram, where we will keep you informed of the latest technology discounts.

We have selected among the best bathroom towel rack which you can buy right now which you can buy from Leroy Merlin or Amazon so you can install them as soon as possible. This way you won’t have another cold day.

  1. Best Value: Cecotec Ready Warm 9770 Ceramic Towel
  2. The most compact: Orbegozo TH 8002
  3. Best Design: EGSO 530
  4. Powerful and big: ATLANTIC
  5. Powerful and Wi-Fi: ROINTE D Series

Best Value: Cecotec Ready Warm 9770 Ceramic Towel

Ceramic towel Cecotec Ready Warm 9770

If you are looking for a cheap and well-designed electric towel warmer, Ceramic towel Cecotec Ready Warm 9770 it is a perfect product with 11 elements in 3 zones.

It is a low consumption towel warmer with a Power 2000WLED display indicating the ambient temperature, IPX4 protection to make it resistant to humidity and electrical protection against overheating.

It has an additional power mode for up to 2 hours with automatic shut-off to heat towels before use.

You can buy it for 109 euros on Amazon. The current best price is found by PcComponentes for only 99.90 euros.

The most compact: Orbegozo TH 8002

Orbegozo TH 8002

Orbegozo TH 8002 It’s a small towel radiator that does what it’s designed for, although you shouldn’t rely on this product to heat your entire bathroom.

It has 5 elements and a compact size to be able to install it practically anywhere. It also has a power of 90W, so low consumption is guaranteed.

It is designed for hands or small towels, although it can also be used with shower or hair towels.

The best thing is that it only costs 41.50 euros.

Best Design: EGSO 530

EGSO 530

EGSO 530 It is one of the most different towel radiators that you can currently find in stores like Amazon. On the one hand it is a 180W compact towel railbut also has a excellent design.

It has 7 elements in 3 zones and is available in black. It is a perfect radiator to integrate it into your bathroom with a different design and which also consumes little electricity.

It has a smart timer and temperature control on a touch screen. It can already be purchased on Amazon for 249 euros.

Powerful and big: ATLANTIC

Atlantic electric towel rail

A standard size and well priced electric heater can be this model Atlantic which markets Leroy Merlin under its white label.

Have 18 elements in 3 areasin addition to one 500W maximum power to cover a bathroom of about 5m2.

The design is white and matches the design of almost any bathroom. You also have a temperature regulator on its base and an on/off button.

It is available from Leroy Merlin for 89.99 euros.

Powerful and Wi-Fi: ROINTE D Series

Rointe Series D

Yes, connected electric towel rails exist. And that shouldn’t surprise us at this point considering how many household products you can control from your mobile or with an assistant.

Rointe Series D is a towel dryer with a Power 750W and that he has WiFi to control it from the mobile. It covers an area of ​​10m2 and has an IP44 resistance, so it can withstand the humidity of a bathroom.

He has 25 elements separated into 5 zones, perfect for putting all kinds of towels on this radiator. It also has a real electricity consumption meter and a fast heating function at maximum power for up to 2 hours.

You can get this electric towel dryer from Leroy Merlin for 619 euros.

In this article, ComputerHoy receives a commission from its affiliate partners for each purchase you make through the product links we have included, which in no way involves any additional cost to you. However, our recommendations are always independent and objective. You can view our Affiliate Policy here.

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How to improve the use of Splatana in Splatoon 3 https://asmeny.org/how-to-improve-the-use-of-splatana-in-splatoon-3/ Sun, 18 Sep 2022 20:18:03 +0000 https://asmeny.org/how-to-improve-the-use-of-splatana-in-splatoon-3/ We have, guns, rollers, brushes… of course Splaton 3 would add a sword, or as the game chooses to call it, a Splatana. Yet this being Splatoon, it doesn’t work like you would expect a katana or sword to work. This is to the weapon’s advantage, as this unique weapon is both a short-range slicer […]]]>

We have, guns, rollers, brushes… of course Splaton 3 would add a sword, or as the game chooses to call it, a Splatana. Yet this being Splatoon, it doesn’t work like you would expect a katana or sword to work. This is to the weapon’s advantage, as this unique weapon is both a short-range slicer and a long-range precision straight shooter, a weapon where knowledge of the weapon’s functionality could give you an advantage over the competition.

That’s what this guide aims to deliver, as we run through everything you need to know to take advantage of this all-new weapon time in Splatoon 3 and unlock Splatana’s potential.

How to Use Splatana Weapons in Splatoon 3

The Splatana works the same way as the Brush weapon in Splaton 3, requiring a quick trigger finger to fire at full speed and take on opponents. Press the ZR button to produce a side sweep of the Splatana, producing a large area sweep that covers an area of ​​the ground directly in front of you with ink. While it may lack range, it has a surprisingly wide attack range that can hit weapons alongside you while providing great cover, and can be put to good use in Turf War.

Holding the ZR button will charge the weapon, allowing you to fire a closer, stronger shot that carries a long-range precision vertical sweep directly in front of you. This can deal significant damage to characters directly in front of you, while hitting enemies out of range of many shooters and even those above you with its vertical blast radius. Moving while releasing the button will also push your character forward slightly as they glide, slightly extending the range.

This also makes this charge shot perfect for inking swim walls to swim up to higher platforms, giving you an added advantage for the distance and range of devastation these shots can inflict on other players.

What are the different types of Splatana weapons available?

From Splaton 3, there are only two Splatanas available to use. These are:

  • Splatana wiper (unlocked at level 5)
  • Splatana Stamper (unlocked at level 15)

The main differences between these two brushes are in their speed and reach. The Splatana Wiper is a speed-based weapon, with specials related to it. Your attacks with the Wiper are slightly weaker compared to the Splatana Stamper, and the weapon has a slightly lower range, but it makes up for these shortcomings by being able to quickly unleash close and long range attacks before opponents can react effectively. The Stamper has a longer range, but is noticeably slower.

With a shorter range, you’ll probably want to use the Wiper in close combat, taking on frontline opponents while clearing territory in Turf War. The Wiper’s Ultra Stamp special is also where you need to be in the middle of battle to take full advantage of crushing your enemies.

The Stamper Splatana in Splaton 3, on the other hand, is more effective from a distance, with a range that could even see it being used similarly to an offensive sniper that can take over from a height and leap into the heat of combat. when the moment demands it. This dive into the action is facilitated by the special Zipcatcher which allows a temporary jump in the heart of the battle.

What are the best support abilities to use with Splatana weapons?

Ink Saver (Sub), alongside Quick Super Jump and Sub Resistance (Up) are the best support abilities for Splatana weapons in Splaton 3. You’ll want to stay in combat as much as possible and cause your opponent as much difficulty as possible due to the Splatana’s quick and tricky utility in combat. Reducing the number of times you get splashed, and quickly jumping into battle if splashed, become major priorities with the Splatana.

The Quick Super Jump ability can be used in both offensive and defensive scenarios, allowing you to jump into the heat of battle or jump to another player or base if you’re in an untenable situation. A limited speed boost here can ensure you have the flexibility to use it frequently to stay alive and jump in and out of battle, with under-resistance reducing damage from things like bombs.

Ink consumption on your main attacks with both Splatana weapons is minimal, even for charged attacks, making the ink saver for your main weapons a low priority. However, using bombs consumes a lot more ink, and it’s important to reduce this so it doesn’t affect your main shots.

What is the best strategy to use with Splatana weapons in Splatoon 3?

The best Splatana weapon strategy in Splaton 3 is to use it as an offensive weapon to cover ink and eliminate enemies. Regularly taking advantage of charge attacks and their relatively short charge times will ensure you deal maximum damage, while rapid-fire taps provide a wide radius that can provide much-needed crowd control to help your opponent kill in situations where multiple enemy squids are located in close proximity.

With this in mind, the weapon is most effective in Turf War and Splat Zones due to their territory coverage abilities and the tendency of Splat Zones players to converge nearby in the target zone.

Taking a frontline approach and being prepared to jump into combat situations without putting yourself at a disadvantage to clear the field for the rest of your team will be key to leading your team to victory. This will allow shooters with greater splash ability to finish the job or make a more direct push after weakening your opponents or creating attack lanes through the turf of the field.

What is the best Splatana weapon in Splatoon 3?

The best Splatana weapon in Splaton 3 depends on the mode being played. Although we do not recommend using the weapon in Clam Blitz or Tower Control, we can recommend using the Splatana Stamper in Splat Zones and the Splatana Wiper in Turf Control.

This is due to the different objectives and victory conditions in each mode. Controlling the Splat area requires both controlling territory and maintaining the advantage of non-splatted players over your opponent. With that in mind, a more powerful weapon like the Stamper, utilizing its ability to take big offensive moves using the Zipcaster that penetrates deep into enemy territory or allows you to attack from behind, provides winning plays that help to claim and maintain control of the most important area.

In Turf War, combat is given a lower priority than territory cover, making the Splatana Wiper’s cover and range a more useful asset for quickly covering your team’s base and taking enemy territory, especially in turf wars. last thirty crucial seconds.

Ensuring you have the right support capabilities, gaining an understanding of enemy positioning, and covering as much ground as possible to ensure you have the flexibility to attack from both heights and all angles. distances, will give you the unpredictability and strength to win with the Splatana in Splaton 3.

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How Filament Choice Affects Your 3D Prints https://asmeny.org/how-filament-choice-affects-your-3d-prints/ Tue, 13 Sep 2022 20:31:02 +0000 https://asmeny.org/how-filament-choice-affects-your-3d-prints/ Of all the factors that can affect your 3D prints, the choice of filament is among the most important. Read on to learn more about how filaments affect this. When 3D printing, one of the main factors that will determine the quality of your print is the filament you choose. Although it may seem unimportant […]]]>

Of all the factors that can affect your 3D prints, the choice of filament is among the most important. Read on to learn more about how filaments affect this.

When 3D printing, one of the main factors that will determine the quality of your print is the filament you choose. Although it may seem unimportant at first, the filament you choose dictates all the physical properties you can expect your final print to exhibit. As such, it is absolutely essential that you understand exactly how the filament you choose affects your 3D prints to ensure that your print quality is excellent every time. Read on to learn more about how filament choice affects your 3D prints.

Do you want specialized properties?

If you were looking to incorporate specialized properties into your 3D printing build, the filament you choose will definitely affect that. In general, specialized properties can only be found in filaments classified as specialty filaments, meaning they contain other materials that give them other physical properties. If you are looking for heat resistance in a filament, specialty filaments are definitely the type of filament to go for, as they are custom designed for these types of areas of use.

Looking for uniform extrusion?

The choice of filament also affects your 3D printing by affecting the extrusion. By now, it should no longer be a secret that there are different printing properties between the same grade of filament. This is because not all filaments are made with the exact same type of plastic or polymer, which gives it slightly different characteristics. One of those features is even extrusion. Even extrusion is usually only found in premium filaments because the temperature resistance across the filament strand remains the same.

Price

The most notable way filament choice affects your 3D prints is price. In general, you can expect higher quality filaments that exhibit properties that even help the print to be a bit more expensive. So, if you’re looking for a low-cost solution to mass production, you may be forced to choose a lower quality, more affordable filament to ensure you get the most out of your modeling.

We hope we have helped you understand how the choice of filament affects your 3D prints. Although it is often difficult to find the perfect filament, we assure you that this will help you achieve the best possible end result. In short, working now to find the perfect filament will help you considerably later.

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Multi-Purpose Kevlar Liquid Crystal Airgel Fibers https://asmeny.org/multi-purpose-kevlar-liquid-crystal-airgel-fibers/ Thu, 08 Sep 2022 19:36:00 +0000 https://asmeny.org/multi-purpose-kevlar-liquid-crystal-airgel-fibers/ Airgel fibers outperform natural and synthetic fibers in thermal insulation. ​​​​​​​Study: Nanoscale Kevlar Liquid Crystal Airgel Fibers. Image Credit: Composite_Carbonman/Shutterstock.com In a paper published in the journal ACS Nano, nano-sized Kevlar liquid crystal (LC) airgel fibers with varying degrees of building block arrangement were created from Kevlar nanofibers. A sequential approach of LC spinning, dynamic […]]]>

Airgel fibers outperform natural and synthetic fibers in thermal insulation.

​​​​​​​Study: Nanoscale Kevlar Liquid Crystal Airgel Fibers. Image Credit: Composite_Carbonman/Shutterstock.com

In a paper published in the journal ACS Nano, nano-sized Kevlar liquid crystal (LC) airgel fibers with varying degrees of building block arrangement were created from Kevlar nanofibers. A sequential approach of LC spinning, dynamic sol-gel process, cryodesiccation and cold plasma hydrophobization was followed.

Thermal insulation using airgel fibers

Thermal insulation in extreme conditions is essential for human survival. The market for highly efficient thermal insulation fibers is still expanding. For thermal insulation, the fibers must be very porous, with a very low density.

Airgel fibers have been hailed as the future of high performance thermal protection for humans. These fibers have the advantages of very low densities, very high porosities and large specific surfaces. Airgel fibers have shown major advantages over synthetic and natural fibers for thermal protection.

RECENT DEVELOPMENTS

Significant efforts have been made in recent years to produce different airgel fibers.

Through reaction spinning, silica airgel fibers with good thermal insulation and broad temperature stability have already been created, with enormous promise for wearable applications.

Polyimide airgel fibers, with low thermal conductivity and a wide operating temperature range, were created using a confined sol-gel transition technique. These airgel fibers can be used as thermal insulation components in harsh conditions, including fire resistance and cold protection.

Several conductive airgel fibers based on metallic nanoparticles or graphene sheets have been developed over the years, with applications in electronics, energy management and joule heating.

Manufacture of airgel fibers

Airgel fibers differ from monolithic aerogels not only in shape but also in manufacturing techniques.

Aerogels are traditionally made using a sol-gel transition technique and either freeze-drying or a supercritical drying procedure.

The static sol-gel transition procedure for generating airgel monoliths can be used to produce any airgel, including metallic aerogels. To produce airgel fibers, wet spinning or reaction spinning is often used, resulting in a dynamic sol-gel transition mechanism.

This dynamic technique imposes limitations on the sizes of the airgel building blocks. The building blocks at the molecular level are far too small to perform the sol-gel procedure after being centrifuged in the coagulation bath. Yet, the micron-sized building blocks are too large to achieve the desired airgel fibers having a large specific surface area.

What did the researchers do?

Nanoscale structures like nanofibers, nanosheets and nanoparticles are the only suitable building blocks to produce airgel fibers. The team designed and fabricated nanoscale Kevlar LC airgel fibers in this study.

The inherent advantages of nanoscale Kevlar have allowed it to be used as a building block to construct airgel fibers with well-directed patterns.

The nanoscale Kevlar LC was subjected to liquid crystal wet spinning, dynamic sol-gel transition, freeze drying and cold plasma treatment to create airgel fibers with arranged and controlled microstructures.

Nano-scale Kevlar LC airgel fibers provided significant thermal insulation. After being soaked in a suitable solvent, Kevlar LC airgel fibers with varying degrees of building block arrangements transformed into corresponding gel fibers.

The nanoscale Kevlar LC airgel fiber showed dual functionality. These functions included thermal insulation as well as information encryption.

Important Findings

Nanoscale Kevlar LC airgel fibers with an adjustable building block arrangement were grown using matching LC spinning in a coagulating bath of proton-donating solvent.

Nanoscale Kevlar LC airgel fibers with varying building block orientations exhibited distinct luminosity under polarized light and were created by varying the amount of Kevlar nanofibers and draw ratio in the transition procedure dynamic sol-gel.

The associated nanoscale Kevlar LC airgel fibers have shown extraordinarily high mechanical strength, excellent thermal insulation and super hydrophobic characteristics.

By absorbing ethyl alcohol and drying at atmospheric pressure, the fabric woven from these nanoscale Kevlar LC airgel fibers can be cyclically exchanged between airgel-gel.

Interlacing or stitching using the produced nanoscale Kevlar LC airgel fibers with different building block orientations allowed the team to obtain a digital fabric containing encrypted data such as barcodes.

The developed structure demonstrated exceptional information security. Encrypted data could only be decrypted if the digital cloth was immersed in ethyl alcohol and then viewed under polarized light.

This study highlighted the potential of nanoscale Kevlar LC airgel fibers for applications in thermal insulation, data encryption, and on-demand decoding.

Reference

Liu, Z., Lyu, J., Ding, Y., Bao, Y., Sheng, Z., Shi, N. & Zhang, X. (2022). Nanoscale Kevlar liquid crystal airgel fibers. ACS Nano. Available at: https://pubs.acs.org/doi/10.1021/acsnano.2c06591

Disclaimer: The views expressed here are those of the author expressed privately and do not necessarily represent the views of AZoM.com Limited T/A AZoNetwork, the owner and operator of this website. This disclaimer forms part of the terms of use of this website.

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Fiber Reinforced Polymer Rebar Market Generating USD 454.5 Million Revenue in 2028 https://asmeny.org/fiber-reinforced-polymer-rebar-market-generating-usd-454-5-million-revenue-in-2028/ Tue, 06 Sep 2022 19:28:00 +0000 https://asmeny.org/fiber-reinforced-polymer-rebar-market-generating-usd-454-5-million-revenue-in-2028/ Emerging research logo Increasing use of FRP rebar in construction activities and increasing public expenditure for construction and maintenance in developing countries Market Size – USD 171.3 Million in 2020, Market Growth – at a CAGR of 13.2%, Market Trends – Rising Demand for FRP Rebar in Marine Structures and Waterfronts » — Emerging research […]]]>

Emerging research logo

Increasing use of FRP rebar in construction activities and increasing public expenditure for construction and maintenance in developing countries

Market Size – USD 171.3 Million in 2020, Market Growth – at a CAGR of 13.2%, Market Trends – Rising Demand for FRP Rebar in Marine Structures and Waterfronts »

— Emerging research

VANCOUVER, BC, CANADA, Sept. 6, 2022 /EINPresswire.com/ — Global Fiber Reinforced Polymer (FRP) Rebar Market Size Reached USD 171.3 Million in 2020 and Expected to Register Revenue CAGR by 13.2% over the forecast period, according to the latest analysis from Emergen Research.

The increased use of FRP rebar in construction projects, as well as increased public spending on construction and maintenance in developing countries, are some of the major factors driving the revenue growth of the global fiber reinforced polymer (FRP) rebar market.

Growing demand for FRP rebar in maritime structures and waterfronts is expected to further augment the market revenue growth in the near future. Marine structures are very vulnerable to adverse environmental conditions, steel corrosion, abrasions and sulphate reactions. Due to their high fatigue endurance, fracture toughness and high reinforcing capabilities, the demand for FRP rebar is increasing for marine structures and shoreline applications. The high corrosion resistance, leak control and fracture control characteristics have facilitated research and development in seawater application.

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However, the reluctance to use fiber reinforced polymer (FRP) rebar among construction professionals is expected to hamper the growth of the global fiber reinforced polymer (FRP) rebar market over the period. forecast. With the increasing demand for repairing and strengthening old and architecturally defective bridges, the use of FRP rebar for construction purposes is increasing.

Research Report on Global Fiber Reinforced Polymer Rebar Diseases Market added to its expanding repository is a comprehensive document containing insightful data on Fiber Reinforced Polymers Rebar Diseases Market and its key elements. The report is formulated from extensive primary and secondary research and is organized to provide readers and businesses with a competitive edge over other industry players. The report sheds light on the finest details of the Fiber Reinforced Polymer Rebar Diseases industry regarding growth factors, opportunities, and lucrative business prospects, regions exhibiting promising growth, and forecast estimates up to in 2030.

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Main highlights of the report

Carbon fiber segment revenue is expected to grow at a considerably rapid CAGR during the forecast period. Due to its high strength and light weight properties, it is used more widely in the construction of bridges, decks and railings, slabs, pillars, parking structures and parapets. The demand for these fibers is expected to be driven by its resistance to chloride ions as well as chemical epidemics, its better tensile strength and its ability to support heavier loads.

The MRI room segment is expected to witness a significantly robust revenue growth rate over the forecast period. The electromagnetic field provided by standard steel frames can interfere with the operation of MRI scanners. Magnetic transparency, heat resistance and electrical strength are important characteristics that increase the use of FRP rebar in electromagnetic insulation applications.

The North America market is expected to account for the largest revenue share during the forecast period. Rising construction investment owing to rapid infrastructure development in countries such as the United States, Canada, and Mexico is driving the growth of the market in this region.

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Emergen Research has segmented the global Fiber Reinforced Polymer (FRP) rebar based on fiber type, resin type, application and region:

Fiber Type Outlook (Revenue, USD Million; 2018-2028)

basalt fiber

Glass fibers

Carbon fiber

Aramid fiber

Resin Type Outlook (Revenue, USD Million; 2018-2028)

Epoxy

Polyester

easter vinyl

Others

Application Outlook (Revenue, USD Million; 2018-2028)

Water treatment plants

Highways, bridges and buildings

Marine structures and waterfronts

Others

The report also studies leading companies of the Fiber Reinforced Polymer Rebar Disease market along with an analysis of their business strategies, mergers and acquisitions activities, investment plans, product portfolio , their financial situation, their gross profit margin and their production and manufacturing capacities.

Major players include

Nycon Corporation,

Pultron Composites Ltd,

Owens Corning,

Kodiak LLC Fiberglass Rebar,

Sireg Geotech Srl,

Chelyabinsk composite group,

Dextra Group,

Hughes Brothers Inc.,

FiReP,

Sanskriti Composites Pvt. ltd.

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Regional segmentation

North America (USA, Canada)

Europe (UK, Italy, Germany, France, Rest of EU)

Asia-Pacific (India, Japan, China, South Korea, Australia, rest of APAC)

Latin America (Chile, Brazil, Argentina, Rest of Latin America)

Middle East and Africa (Saudi Arabia, United Arab Emirates, South Africa, Rest of MEA)

Report objectives:

Study of the Global Fiber Reinforced Polymer Rebar Disease Market Size by Key Regions, Types and Applications with Reference to Historical Data (2018-2019) and Forecast (2021-2028)

Industry structure analysis of Fiber Reinforced Polymer Rebar Sickness market by identifying various sub-segments

In-depth analysis of key market players along with their SWOT analysis

Competitive landscape marking

Fiber Reinforced Polymer Rebar Sickness Market analysis based on growth trends, futuristic prospects, and contribution to total market growth

Analysis of Drivers, Restraints, Opportunities, Challenges, and Risks in Global Fiber Reinforced Polymer Rebar Sickness Market

Comprehensive analysis of competitive developments such as expansions, agreements, new product launches and other strategic alliances

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Thank you for reading the research report. For more information about custom report and customization plan, please contact us and we will provide you with the well-suited custom report.

Take a look at our other reports:

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https://www.emergenresearch.com/blog/top-8-bioplastic-companies-transforming-the-world-in-an-eco-friendly-way

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Tiny Refuge 2M / tini + delavegacanolasso https://asmeny.org/tiny-refuge-2m-tini-delavegacanolasso/ Mon, 05 Sep 2022 01:00:00 +0000 https://asmeny.org/tiny-refuge-2m-tini-delavegacanolasso/ Tiny Refuge 2M / tini + delavegacanolasso © Paco Marin + 24 To share To share Facebook Twitter Mail pinterest WhatsApp Or https://www.archdaily.com/988084/tiny-refuge-2m-tini-plus-delavegacanolasso Area Area of ​​this architecture project Area : 60 m² Year Year of realization of this architectural project Year: 2022 Photographs Manufacturers Marks with products used in this architecture project Manufacturers: Duravit, […]]]>

Tiny Refuge 2M / tini + delavegacanolasso

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