190 Sentences With "stretchable" | Random Sentence Generator

Maetel– Stretchable fabric sensor using nanomaterial to prevent bed sores.

Panasonic's new stretchable circuits are more flexible than a yoga instructor.

Samsung is also promising rollable and stretchable OLED displays in the future.

Samsung, for example, was recently awarded a patent for a stretchable phone.

An image of Samsung's new stretchable prototype display was everywhere last week.

Plus, ducks always swallow their food whole, and their esophagi are stretchable.

There are a number of scenarios a stretchable screen would be useful.

An illustration for a stretchable display, as described in a new Apple patent.

Our paper describes a process to make gels that are bendable and stretchable.

An illustration of a stretchable display that can conform to physical objects underneath it.

To provide additional support, you can also apply kinesiology tape, a stretchable athletic tape.

And, upon first nibble, the mozz sticks seemed to be of quality, stretchable stock.

Buckskin is stretchable and will mold to the shape of your hands over time.

Off-the-charts breathable, stretchable, and water-resistant, it's form meets function at its finest.

Their current production methods are basic—a way to show that this stretchable skin is achievable.

Remove the curd, briefly stretching and kneading, and resubmerge until it is soft and very stretchable.

But its crinkled nature also makes it high deformable, so it could find applications in stretchable electronics.

I chose it over the flagship UE Boom speaker for the added portability and that stretchable bungee cord.

It's made up of a 16x24 array of micro LEDs, stretchable wiring, all mounted onto a rubber sheet.

Because sergers produce stretchable seams, they are great for working with woven or knit fabric without compromising elasticity.

But what's special about it is its skin — a thin, stretchable plastic sheet that's been cut with a laser.

There was stretchable Mr. Fantastic, his future wife Invisible Woman, her brother the Human Torch and strongman The Thing.

Firebox — a London-based online retailer that specializes in unique gadgets — is selling the stretchable cases that fit over suitcases.

Plus, it's flexible, stretchable, and lets sweat evaporate from underneath it, which means it's more comfortable than a bulky bracelet.

The result is gas-permeable, doesn't block sweat glands, and stretchable enough to be worn for long periods without discomfort.

He's pursued polymer hydrogels for energy storage, stretchable electronics and received a patent for self-healing composites used in batteries.

My UV Patch is an ultra-thin, stretchable sensor you stick anywhere on your skin to track your personal UV exposure.

Apple has patented flexible, stretchable screen designs before—but the pliable tech remains nothing more than speculative pipe dreams at the moment.

They also include a stretchable band specifically designed to hold a gimbal, but it can be used to hold a lens, too.

In addition to silicone, a non-metal electrode is used, which results in the triboelectric generator being flexible, stretchable, and extremely durable.

As described earlier this month in a paper published in ACS Nano, the stretchable fabrics "exhibit excellent performance" as sensors and artificial muscles.

But plenty of companies are researching batteries that are thin, stretchable and bendable for applications like wearable devices, skin patches and smart packaging.

But even more exciting is the idea of 3D printing liquid electronics that would flex inside stretchable, squishy devices without breaking from being deformed.

The patch is a small (one inch in diameter) stretchable sensor that can be worn anywhere on exposed skin for up to five days.

The Grip Boost Second Skin 2.0 golf glove has an innovative design that uses stretchable webbing and mesh fabric to create a natural fit.

It's made of form fitting, stretchable material, combined with "3D facial mapping" tech that comfortable conforms to the face without letting light in underneath.

These leggings are made of a four-way stretchable fabric that is easy to clean and will retain its shape even after multiple washes.

Under the standard soft, pin-friendly cover (stretchable, naturally) is a set of mechanisms that can change all kinds of measurements, quickly and (ahem) seamlessly.

Samsung is expected to showcase the world's first "stretchable" display panel at a U.S. tech fair this week, according to news reports from South Korea.

They are able to print lots of interesting stuff including 3D printed phone case models, rubbery watch bands using stretchable materials, and even educational objects.

Typically, this circuitry entails some kind of stretchable polymer that's modified to conduct electricity, and it's evolved in leaps and bounds in the last decade.

Applied to an elastic polymer base, you can create a stretchable printed circuit board much like the one announced by Panasonic last year, pictured above.

It was a symphony of stretchable, moisture-wicking fabrics and complicated looking footwear, items designed for maximum visual impact and, one imagines, some function, too.

It's called shieldex, and it was exactly what textile engineer Asli Atalay and her team at Harvard needed to develop a soft, stretchable, motion-measuring sensor.

Made out of a stretchable silk-cotton material, each hammock supports weight of up to 1,000 kilograms and is held up by carabineers, chains and straps.

"These new insights could lead to a wide range of applications, such as microfabrication of complex structures, reversible micro-motors, or self-tensioned stretchable systems."[PNAS]

But the company's spokesperson said that the tech is still in the early stages of research and development, so it's unsure when we'll see stretchable phones.

According to the researchers, this advance is the first step toward creating liquid electronics that can conform to any shape and be implemented in stretchable devices.

We increasingly see flexible technologies demonstrated at events like CES, but manufacturers tend to show off a single function—a rollable screen here, a stretchable circuit there.

Chemical company DuPont has also developed stretchable "electronic ink" that can be printed onto fabric for smart garments that are machine washable, according to that firm's website.

Using this graphene skin, scientists at Monash University's Center for Atomically Thin Materials in Australia have been making stretchable pressure sensors can snap back into shape after being deformed.

Samsung Display unveiled the world's first stretchable touchscreen display at the Society for Information Display (SID) in Los Angeles this week, and it's absolutely as bonkers as it sounds.

According to OLEDnet (Korean), Samsung says the stretchable OLED screen is based on Low-Temperature Polycrystalline Silicon (LTPS) display technology, which helps with deforming the necessary pixels for stretching.

Now, a team of scientists has developed a stretchable mesh of power cells that sticks to surfaces like a Band-Aid to skin—and it can even charge itself.

The researchers also added extra hardware to the stretchable panel: Tiny solar panels on top of the battery cells, and several sensors across the surface of the rubbery sheet.

But some of the primary barriers to flexible electronics—namely the development of stretchable circuitry bendable batteries—are right now being figured out in research labs around the world.

To start, there's the L'Oreal "My UV Patch," a small (one inch in diameter) stretchable sensor that can be worn anywhere on exposed skin for up to five days.

Earlier this year, Torrisi and his colleagues at Cambridge published a paper in Nature Communications that showed how to print fully-integrated washable and stretchable electronic circuits onto fabric.

There are many advantages to a device with a flexible/stretchable display, including increased durability and new form factors that could either fold in half or wrap around your wrist.

Gear Patrol is a big fan of this jacket as well, listing Summit L3's soft and stretchable cuffs as a favorite feature, along with its wide range of motion.

Photo: Andrew Liszewski (Gizmodo)A stretchable strap ensures the headbands will easily fit even the largest of heads, but the compartments that house the batteries (two x AAAs) and electronics aren't exactly tiny.

This new material is "transparent, self-healing, highly stretchable material that can be electrically activated and could be used to improve batteries, electronic devices, and robots," according to a blog post from UC Riverside.

In the spirit of the Thanksgiving holiday, Stove Top Stuffing has launched a pair of unisex Thanksgiving Dinner Pants complete with a stuffing print stretchable belly waistband to allow for maximum Thanksgiving Dinner consumption.

"Just like the human skin is stretchable and self-healing, we wanted to impart a self-healing ability to printed electronics," Amay Bandodkar, a member of the research team, tells The New York Times.

Inspired by Islam's artistic emphasis on intricate and complex tessellations and repetition, researchers in McGill University's Pasini Group have created stretchable materials that could be used for expandable stents (for surgery) or even spacecraft components.

Knit Christmas Stockings 2-pack, $15.99, available on AmazonThese knitted Christmas stockings draw inspiration from Nordic designs with their snowflake and reindeer patterns and are slightly stretchable to allow for a few extra stocking stuffers.

"Room-temperature liquid metals have shown to be remarkable platforms for makeshift mechanical components, reversible electrochemical systems, soft sensors, electrical components in microfluidic channels, three-dimensional printing, as well as stretchable and reconfigurable electronics," the paper notes.

Instead, you need the component parts—or at the very least what links them together if they can be made small—to be stretchable, so that the different parts can bend with each other into more interesting shapes.

Apple is currently one of a consortium of companies and universities developing "stretchable" electronic sensors to monitor troops and ships; Amazon provides servers, storage, databases, software, and analytics to the CIA through the cloud; Dell licenses software to ICE.

Unlike the flexible OLED that embraces the Galaxy S8 chassis, Samsung says that its stretchable display has the elasticity to bend in two directions, with up to 12mm of travel before returning to its original shape like a rubber ballon.

Apple submitted a patent in February this year for a stretchy "input/output device" — essentially, a stretchable iPhone — while Samsung has been rumoured for a while to be working on a "Galaxy X" smartphone that would expand into a tablet.

Moreover, sensors such as "touch sensors, force sensors, temperature sensors, accelerometers, and other sensors, and vibrators or other devices for providing haptic feedback" could be integrated into the stretchable screen, removing the need for top bezels of any kind to house them.

Using Holst's stretchable interconnect technology, van Dongen laminated 120 thin-film solar cells onto the shirt, which is made of a single piece of fabric, using a heat press—in essence, creating a custom textile that moves and stretches like a t-shirt should.

A company handout shows the display at work "While current flexible OLED is able to [bend] on only one side, this stretchable OLED can be transformed — whether curved, bended or rolled — in both sides, above and below," a Samsung spokesperson told the Korea Herald.

But as Flash executive producer Andrew Kreisberg reveals, Ralph's introduction wasn't just a nod to the long, rich history the character shares with the Scarlet Speedster (although the Flash first encountered the stretchable sleuth back in 1960 and the has shared many adventures with him since).

Fornasiero pointed out that if several different D(MS)² options are available to the DoD with a different mix of properties, it's possible that suits may be made from a mixture of these smart materials—elbows and knees, for example, may require more stretchable materials than the torso and neck areas.

Researchers are starting to build them out of soft, huggable materials, for example, and now these so-called soft robots will be able to emit soothing light from their stretchable "skin"—they'll even be able to change colours, kind of like high-tech mood rings, or robo-octopuses almost as irresistibly Pokemon-esque as the real article.

It is a "stretchable sensor" with a diameter of one inch and thickness of 15 microns(think Band-Aid-like), containing flexible electronics that can be worn on the skin pretty much anywhere and that, with the help of your phone, can tell you how much UV exposure you are subject to at what times of day.

Ionic gels can also serve as elements of high-performance, stretchable graphene transistors.

Stretchable electronics, also known as elastic electronics or elastic circuits, is a group of technologies for building electronic circuits by depositing or embedding electronic devices and circuits onto stretchable substrates such as silicones or polyurethanes, to make a completed circuit that can experience large strains without failure. In the simplest case, stretchable electronics can be made by using the same components used for rigid printed circuit boards, with the rigid substrate cut (typically in a serpentine pattern) to enable in-plane stretchability. However, many researchers have also sought intrinsically stretchable conductors, such as liquid metals. One of the major challenges in this domain is designing the substrate and the interconnections to be stretchable, rather than flexible (see Flexible electronics) or rigid (Printed Circuit Boards).

Isotoner history. Retrieved on 9 May 2020. They develop the first stretchable nylon/elastane (glove) with leather coverings.

Several stretchable energy storage devices and supercapacitors are made using carbon-based materials such as single-walled carbon nanotubes (SWCNTs). A study by Li et al. showed a stretchable supercapacitor (composed of buckled SWCNTs macrofilm and elastomeric separators on an elastic PDMS substrate), that performed dynamic charging and discharging. The key drawback of this stretchable energy storage technology is the low specific capacitance and energy density, although this can potentially be improved by the incorporation of redox materials, for example the SWNT/MnO2 electrode.

When applying appliqué to stretchable material, the dancer will typically wear the costume so that the design will not be distorted.

Stretchable support (without elastic snap-back) is a good way to describe what collenchyma does. Parts of the strings in celery are collenchyma.

For a comparison of alternative definitions of pseudolines, see . A pseudoline arrangement is said to be stretchable if it is combinatorially equivalent to a line arrangement; it is complete for the existential theory of the reals to distinguish stretchable arrangements from non-stretchable ones.; . Every arrangement of finitely many pseudolines can be extended so that they become lines in a "spread", a type of non-Euclidean incidence geometry in which every two points of a topological plane are connected by a unique line (as in the Euclidean plane) but in which other axioms of Euclidean geometry may not apply.

In addition to describing women's one-piece swimsuits, the word maillot has also been used to refer to tights or leotards made of stretchable, jersey fabric, generally used for dance or gymnastics. The term maillot was first used to describe tight-fitting, one-piece swimsuits in the 1920s, as these swimsuits had been manufactured from a similar stretchable, jersey fabric.

Another approach to creating a stretchable energy storage device is the use of Origami folding principles. The resulting origami battery achieved significant linear and areal deformability, large twistability and bendability.

He has also pioneered a new architecture for silicon transistors called the silicon Nanotube FET. He has served as the Editor-in-Chief for Handbook of Flexible and Stretchable Electronics.

As Metal Rubber can carry data and electrical power and is environmentally rugged, it has use as a flexible and stretchable electrical conductors in the aerospace/defense, electronics and bioengineering markets.

The membrane weighs about 30g per average jacket. The membrane is at least 5 micrometres thick, translucent, and stretchable with good stretch recovery. The SympaTex membrane is completely recyclable and relatively environmentally friendly.

Lu joined the Aerospace Engineering and Engineering Mechanics (ASE/EM) department at the University of Texas at Austin in 2011. There she leads the Lu Research Group in studying stretchable materials with bio-integrated electronics.

Tricia L. Carmichael (née Breen) is a Professor in the Department of Chemistry and Biochemistry at the University of Windsor. She develops new materials for stretchable electronics with a current focus on wearable electronic devices.

Polyurethane has been used to make several Tennis Overgrips such as Yonex Super Grap, Wilson Pro Overgrip and many other grips. These grips are highly stretchable to ensure the grip wraps neatly around the racquet's handle.

Aerospace/Defense :Very robust under harsh conditions (High and low temperature/pressure). 2\. Electronics :Stretchable electrical conductors/sensors. 3\. Bioengineering Markets :Very flexible but absolutely no corrosion. Very useful for joint replacement instead of heavy metal implants.

The design and constructions of sportswear has changed dramatically over time. Swimwear used in competitions been developed including foams, synthetic and stretchable tapes, and lightweight materials with performance characteristics specially designed for various athletics pursuits have been developed.

Stretchable electronics could be integrated into smart garments to interact seamlessly with the human body and detect diseases or collect patient data in a non-invasive manner. For example, researchers from Seoul National University and MC10 (a flexible- electronics company) have developed a patch that is able to detect glucose levels in sweat and can deliver the medicine needed on demand (insulin or metformin). The patch consists of graphene riddled with gold particles and contains sensors that are able to detect temperature, pH level, glucose, and humidity. Stretchable electronics also permit developers to create soft robots, to implement minimally invasive surgeries in hospitals.

Polyurethane fibers in the form of spandex can stretch up to 600% and still return to their original shape. Spandex is spun with other fibers, such as cotton, nylon, or polyester, to create stretchable fibers essential for clothing for both sports and fashion.

FC Dieppe is a team in the French football club based in Dieppe (Seine- Maritime). It was founded in 1896. They play at the Stade des Vertus, which has a capacity of 2,600 (stretchable to 8,000). The colours of the club are white and blue.

In 2003, Lacour published a paper looking at implementing thin gold stripes onto elastomeric substances to make electronic skins more flexible and stretchable. She found that inducing micrometer long cracks in the gold made the stripes more stretchable, while inducing buckles in the gold made the stripes have lower resistance. Lacour and Wagner further found that electrical continuity could be preserved in gold stripes with micro-fractures, even when stretched by 1% and strained by up to 22%. The incredible degree of malleability and preserved electrical continuity that these thin gold films exhibit poised them to be essential in the future construction of 3D electronic circuits.

Another PDMS nanocomposite was reported in 2017, in which BaTiO3 was integrated into PDMS to make a stretchable, transparent nanogenerator for self-powered physiological monitoring. In 2016, polar molecules were introduced into a polyurethane foam in which high responses of up to 244 pC/N were reported.

Slipcover material is usually stretchable fabric, polyester blend (polyester, cotton and elastane). Bi-elastic fabric can be stretched both vertically and horizontally for a perfect fit. Strings or ribbons are used to keep the cover in place. Slipcover fabrication is a specialty offered by slipcover makers.

However, since they are not fully revived, his power fades and all people die again, including Kumiko, and joins the Planetary Gears out of grief. Baku's green Machine Goodfellow unit, Bakuretsujyu, is a close- combat unit equipped with brass knuckle weapons and stretchable arms and legs.

An alternative to inducing micro-fractures in gold to enhance stretchability, is inducing wave-like buckles by placing the gold films on pre-stretched elastomeric substrates. Once these substrates relax, the gold creates surface waves which are repeatedly stretchable and can serve as interconnects for skin-like electronic circuits.

Another option is the custom-made silicone cover, which can be made to match a person's skin tone but not details such as freckles or wrinkles. Cosmeses are attached to the body in any number of ways, using an adhesive, suction, form- fitting, stretchable skin, or a skin sleeve.

This Mars Ravelo fictional character was first spotted in Aliwan Komiks in 1964. His name was derived from the English word "elastic," which means "flexible and stretchable." His claim to fame was his ability to stretch parts of his body, and reshape himself into whatever form.The Birth of Pinoy Superheroes pep.

To restrain the hand to the underside of the tray, inventors have looked into devices such as a hand panel allowing insertion of two fingers of a hand (1985), a separately-fingered digit forward-retention device (1999), and a stretchable strap that forms a loop into which the user's fingers are inserted (2003).

The Mate X is Huawei's first foldable device. The phone offers an 8-inch OLED display when unfolded. While folded, there is a 6.6-inch screen on the front and a 6.38-inch screen on the back. The company has used a Falcon Wing design along with a stretchable hinge on the phone.

After developing these elastic technologies at Princeton, Lacour implemented stretchable microelectrode arrays (SMEAs) into organotypic hippocampal slice culture models of traumatic brain injury (TBI) to measure neural activity prior to, during, and after a trauma-like event. This tool will enable a better understanding of the biophysical changes during and resulting from injury to determine how neuronal dysfunction manifests in TBI. Once Lacour began her position as a Research Fellow at the University of Cambridge, she collaborated with surgeons and other medical professionals to explore the potential of using her stretchable circuits and electrodes for nerve repair after injury. Since injured axons can be assisted in their regeneration through mechanical guidance, Lacour sought to design an implantable device to mechanically guide axon repair.

Tekfit is Talon's newest division. Tekfit incorporates the patented creation of stretch technology into complex garment solutions to create stretchable waistbands, collar stands, and more for major apparel manufacturers worldwide. Utilizing a unique patented process, garment manufacturers can now transform standard non-flexible fabrics into remarkable fabrics able to stretch, expand and then recover back to its original size.

Gleek is a blue "space monkey" and the pet of Zan and Jayna, the Wonder Twins. Gleek is often used as comic relief for the series, as the character often gets into mischief. A joke involving Gleek often ends episodes of the Super Friends in which he appears. Gleek has a stretchable, prehensile tail which can be quite useful.

Terathane container owned by DuPont (before the business was sold to Invista). The main use of polytetrahydrofuran is to make elastic fibres such as spandex (elastane) for stretchable fabrics and for polyurethane resins. The latter are polyurethane prepolymers dissolved in solvent.Ashford's Dictionary of Industrial Chemicals, third edition, 2011, page 7587 They are used in the manufacture of artificial leather.

Another option is the custom-made silicone cover, which can be made to match a person's skin tone, but not details such as freckles or wrinkles. Cosmeses are attached to the body using an adhesive, suction, form- fitting, stretchable skin, or a skin sleeve. Cosmeses act as a barrier from dirt, water and other particles, thus protecting the technology inside the glove.

Sun Mountain Sports, often referred to simply as Sun Mountain, is an American manufacturer of golf equipment based in Missoula, Montana. Since its founding in 1981, the company has introduced several innovations in golf equipment, such as lightweight golf bags, the golf bag with built-in legs, golf push carts, waterproof golf bags, stretchable/waterproof golf jackets, and double- strap golf bags.

A possessed item in the apartment was also considered; this idea inspired the possessed bathtub. MacNicol wore drag as the nanny for closeups and a puppet was used for wide shots. The ghost's extending arm was made from stretchable plastic tubing covered in fabric. Welch built the exterior walls and ledge of Venkman's apartment to scale; it was positioned in the air.

Pallet with corrugated fiberboard boxes being stretch wrapped Stretch wrap or stretch film is a highly stretchable plastic film that is wrapped around items. The elastic recovery keeps the items tightly bound. In contrast, shrink wrap is applied loosely around an item and shrinks tightly with heat. It is frequently used to unitize pallet loads but also may be used for bundling smaller items.

Engineers have developed an electroluminescent "skin" that can stretch more than six times its original size while still emitting light. This hyper-elastic light-emitting capacitor (HLEC) can endure more than twice the strain of previously tested stretchable displays. It consists of layers of transparent hydrogel electrodes sandwiching an insulating elastomer sheet. The elastomer changes luminance and capacitance when stretched, rolled and otherwise deformed.

Sanford Lockwood Cluett (June 6, 1874 – May 17, 1968) was an American businessman and inventor known for developing Sanforization (1928), a process to pre-shrink woven fabrics, and Clupak paper used in stretchable shopping bags and wrapping paper. However, Cluett had 200 patents about many other techniques. Cluett had been vice president and a director of the corporation Cluett, Peabody and Company, Inc. of Troy, New York.

Gleek is a blue alien monkey and the pet of Zan and Jayna, the Wonder Twins. Gleek is often used as comic relief for the series, as the character often gets into mischief. A joke involving Gleek often ends episodes of the Super Friends in which he appears. Gleek has a stretchable, prehensile tail which has been shown to be capable of picking up a man.

A stretch sensor is a sensor which can be used to measure deformation and stretching forces such as tension or bending. They are usually made from a material that is itself soft and stretchable. Most stretch sensors fall into one of three categories. The first type consists of an electrical conductor for which the electrical resistance changes (usually increases) substantially when the sensor is deformed.

Chameleo Arm, also known as , first appears in Kirby Super Star and its remake. It is a large chameleon-type creature who can change color. Its eyes are massive and it has two clawed and stretchable legs on the back of its lower spine. It is found as a boss in "Milky Way Wishes", "The Great Cave Offensive", "Helper To Hero", and "The Arena".

Other bras are knitted in circular patterns, giving varying stretch and support. A common design uses a stretchable, absorbent fabric such as Lycra designed to reduce irritation by drawing perspiration away from the skin. Sports bras are also worn by women after certain surgical procedures. In those situations, a front- closing sports bra with a compression, seamless cup is recommended for healing and comfort.

The dorsal fin has 7 spines and 14 soft rays, and the anal fin, 2 spines and 11 soft rays. The eyes are small and there is a small light organ just underneath each eye. This is located on a short stalk and is capable of being rotated downwards so that it is concealed in a pocket which has a stretchable black shutter membrane.

A zig-zag. A zigzag stitch is variant geometry of the lockstitch. It is a back-and-forth stitch used where a straight stitch will not suffice, such as in reinforcing buttonholes, in stitching stretchable fabrics, and in temporarily joining two work pieces edge-to-edge. When creating a zigzag stitch, the side to side motion of the sewing machine's needle is controlled by a cam.

18th-century painting of boys fighting over a bladder Pig bladder (also pig's bladder) is the urinary bladder of a domestic pig, similar to the human urinary bladder. Today, this hollow organ has various applications in medicine, and in traditional cuisines and customs. Historically, the pig bladder had several additional uses, all based on its properties as a lightweight, stretchable container that could be filled and tied off.

Glucomannan is a food additive used as an emulsifier and thickener with the E number E425(ii).Current EU approved additives and their E Numbers, Food Standards Agency, 26 November 2010 Glucomannan-rich salep powder is responsible for the unique textural properties of salep dondurma, a mastic-flavored stretchable and chewy ice cream of Turkish origin.Ice Cream That’s a Stretch, Harold McGee, The New York Times. 1 August 2007.

This may be closed with laces, elasticized, or left open. Where a vent is not used, freedom of movement is achieved either by having the top of the shaft flare outwards above the knee, or making all or part of the shaft out of a stretchable material. A variety of fasteners are seen in fashion boots. Laces are commonly used in ankle boots, but are too time-consuming for longer styles.

Cellulose nanocrystals self assemble into helicoldical thin films, the pitch angle between the layers can then be modified via solvent processing. The resulting nanocellulose films, which have a Bouligand structure, can be manipulated to achieve various effects on the material properties. These nanocellulose films are impact-resistant, sustainable, and multi-functional and can be used in various applications such as stretchable electronics, protective coatings, eyewear, and body armor.

Such was his control over his emotions that makes him even more dangerous. Perhaps Sung Hee's most noticeable skill is his "Sung Art" of dodging bullets. Due to his very flexible and stretchable body, Sung Hee can easily dodge bullets fired at him from any reasonable distance. He observes the hand movement and direction of the firearm targeting him and escapes any injuries by performing prompt acrobatic movements.

Werehog gameplay in nighttime levels (Spagonia, Wii/PS2 version) Nighttime levels feature slower-paced, action-oriented levels, in which Sonic transforms into the Werehog, a beast form that has great strength and stretchable arms. Gameplay here sees the player use a variety of melee and combo attacks to defeat large numbers of enemies, collect items, and move items around to advance through the level, and use his stretchable arms to cling to distant objects; simple puzzle elements are also featured. Collecting rings in these levels replenishes the Werehog's health, while a special move, Unleashed Mode, allows the Werehog to channel his energy into increasing the power of his attacks for a short time. Nighttime levels are adjusted in the Wii version to allow greater use of the Wii Remote, such that players may control the arms of the Werehog by using the Wii Remote and Nunchuk in order to grab onto objects and proceed in the levels.

Lacour finished her postdoctoral work in 2005 and began further postdoctoral work at the University of Cambridge under the mentorship of Dr. James Fawcett where she began to explore the therapeutic potential of her technologies in repairing nerves after injury. In 2007, Lacour received the University Research Fellowship from the Royal Society and became a Research Project Manager and head of the Stretchable Bioelectronics group at the Nanoscience Centre in Cambridge, UK.

The pencil pants are held up by a drawstring at the waist. The pants are fitted tightly against the contours of the lady's leg and don't have any extra cloth. Usually it is made of stretchable material to aid the easy movement and not to cause any discomfort to the lady while sitting down. The pants completely narrow down towards the ankle and are held by a buttoned cuff at the ends.

In 2008, researchers of Tsinghua University demonstrated a thermoacoustic loudspeaker of carbon nanotube thin film, whose working mechanism is a thermoacoustic effect. Sound frequency electric currents are used to periodically heat the CNT and thus result in sound generation in the surrounding air. The CNT thin film loudspeaker is transparent, stretchable and flexible. In 2013, researchers of Tsinghua University further present a thermoacoustic earphone of carbon nanotube thin yarn and a thermoacoustic surface-mounted device.

In 2005 Carmichael was appointed to the faculty at the University of Windsor, and promoted to Professor of Chemistry and Biochemistry in 2016. Her research involves the development of novel materials and fabrication methods stretchable and wearable electronic devices. A challenge for the real-world implementation of these materials is how they will survive machine washing. She has investigated various means to generate conductive threads, including nick immersion gold plating and soft wax screening.

The beak, which measures , is black and broad, slightly upturned, ending in a sharp point. Among other standard measurements, the tail measures , the tarsus measures long and the wing chord measures . The plumage is mostly white, but the head and upper neck are featherless and black, with a featherless red stretchable pouch at the base. The sexes are similar in appearance but the male is larger, which can be noticeable when the sexes are together.

The beginning concept applying enzymatic biofuel cells for self-powered biosensing applications was introduced in 2001. With continued efforts, several types of self-powered enzyme-based biosensors have been demonstrated. In 2016, the first example of stretchable textile-based biofuel cells, acting as wearable self-powered sensors, was described. The smart textile device utilized a lactate oxidase-based biofuel cell, allowing real-time monitoring of lactate in sweat for on-body applications.

A lighted dance costume The amount of light a material absorbs and reflects may be a factor in material selection. Also, dance is about movement, so the way a fabric hangs or moves on the dancer is important. Lightweight materials such as silk move faster and easier and tend to flow around the body. Stretchable fabrics such as jersey, silk, chiffon, Georgette, and Lycra are commonly used because they don't restrict movement.

After completing her PhD in 2009, Madhu Bhaskaran won a competitive Australian Postdoctoral Fellowship to investigate piezoelectric thin films. She also co-established and currently co-leads the Functional Materials and Microsystems Research Group in 2010. Bhaskaran's group measured the potential of piezoelectric nano-films to provide energy for small electronic devices. Bhaskaran's research interests include functional oxide thin films, wearable technologies and stretchable electronics which can be applied in monitoring health and in communications.

Fk is the force that responds to the load on the spring An elastic force acts to return a spring to its natural length. An ideal spring is taken to be massless, frictionless, unbreakable, and infinitely stretchable. Such springs exert forces that push when contracted, or pull when extended, in proportion to the displacement of the spring from its equilibrium position. This linear relationship was described by Robert Hooke in 1676, for whom Hooke's law is named.

R. O. Feuge, H. J. Zeringue Jr., T. J. Weiss, M. Brown, Journal of the American Oil Chemists' Society, February 1970, Volume 47, Issue 2, pp. 56 - 60. Making use of surplus oilseed crops, SRRC researchers invented routes to acetoglycerides and their use as thin, stretchable films suitable for edible coatings in various food applications and non-food plasticizer applications.Frank C. Magne, Robert R. Mod, Journal of the American Oil Chemists' Society, July 1953, Volume 30, Issue 7, pp.

In another project, electronics were integrated into stretchable materials to create flexible silicone devices that attach to and mimic the texture and elasticity of skin. These have been referred to as "electronic skin" or "electronic tattoos". Instead of hard and brittle silicon chips, Lu created a flexible polymer substrate containing a mesh of nanoscale metallic ribbons. The resulting device, only 30 micrometers thick, can be printed onto a silicone patch that sticks to the skin without irritation.

Huang has been working on mechanics of materials and structures across multiple scales, such as the mechanism-based strain gradient plasticity theory, and atomistic-based continuum theory for carbon nanotubes. In recent years he has focused on mechanics and thermal analysis of stretchable and dissolvable electronics with applications to energy harvesting and medicine, and mechanically guided, deterministic 3D assembly. His work on the electronic tattoos has been reported by NBC Learn (the education arm of NBC).

The second type consists of a capacitor for which the capacitance changes under deformation. Known properties of the sensor can then be used to deduce the deformation from the resistance/capacitance. Both the rheostatic and capacitive types often take the form of a cord, tape, or mesh. The third type of sensor uses high performance piezoelectric systems in soft, flexible/stretchable formats for measuring signals using the cabality of piezoelectric materials to interconvert mechanical and electrical forms of energy.

Avoska, Russia Today. With the advent of synthetic materials, some of them were made of stretchable string, so that a very small net could be stretched to a very large sack. With the popularization of plastic bags (which had the same important trait of convenient foldability) avoskas gradually went into disuse, but recent political trends banning plastic bags may bring it back.In California, a Step Toward B.Y.O.B. (Bring Your Own Bag), The New York Times, June 2, 2010.

Nanshu Lu is an associate professor at the University of Texas at Austin where she leads the Lu Research Group in the department of Aerospace Engineering and Engineering Mechanics. She also holds a courtesy appointment in the Department of Biomedical Engineering. Lu is recognized for her work on the integration of electronics into stretchable materials compatible with human tissue, for which she was named one of the Top 35 innovators under the age of 35 by the MIT Technology Review in 2012.

It is soft and flexible and conforms to the heart as well as other soft tissues. This technology could extend the battery life of implanted electronics or eliminate the need for battery replacement, sparing patients from repeated operations and the risk of surgical complications. In August 2014 she received her PhD degree. Her advisor was John A. Rogers, and the title of her PhD thesis was Ferroelectric/Piezoelectric Materials Flexible/Stretchable/Wearable/Implantable Sensors, Actuators, Mechanical Energy Harvesters, Transducers, Microfabrication.

Each thread is bathed in a series of chemical washes and coated with a layer of gold only 100 nm thick, making the process cheap and scalable. In 2020 Carmichael demonstrated a stretchable, conformable light emitting fabric that could be used to replace high-visibility clothing. The semi-transparent fabric contains nylon, spandex and gold, whilst the light-emission occurs from zinc sulfide. In 2019 Carmichael and her colleague James Gauld coordinated the first LGBTQ+ in STEM conference in Canada.

To achieve a wider color spectrum with a limited number of colors, process printing (using only cyan, magenta, yellow and black ink) or simulated process (using only white, black, red, green, blue, and gold ink) is effective. Process printing is best suited for light colored shirts. The simulated process is best suited for dark colored shirts. In 1959, the invention of plastisol provided an ink more durable and stretchable than water-based ink, allowing much more variety in T-shirt designs.

A zigzag stitch is a variant geometry of the lockstitch. It is a back-and-forth stitch used where a straight stitch will not suffice, such as in preventing raveling of a fabric, in stitching stretchable fabrics, and in temporarily joining two work pieces edge-to-edge. When creating a zigzag stitch, the back- and-forth motion of the sewing machine's needle is controlled by a cam. As the cam rotates, a fingerlike follower, connected to the needle bar, rides along the cam and tracks its indentations.

In 1999, Montrail patented stretchable Gore-Tex in the Java GTX shoe. In 2002, it created the first "shoftshell" shoe made with Schoeller fabric. In 2004 "Gryptonite" ultra-sticky rubber was introduced, and in 2005 PRFRM thermo- moldable foam was introduced in the Molokai and Molokini flip flops, Enduro- Soles, and rock climbing shoes; Gryptonite rubber was extended to trail running shoes; Hardrock was introduced. In 2006, Montrail was acquired by Columbia Sportswear for a cash payment of $15million plus the assumption of certain liabilities.

An orbital stretch wrapper An orbital stretch wrapper is a means of applying stretchable plastic film to a load, consisting of a roll (or rolls) of stretch wrap supported on a vertical rotating ring and a means of passing a load through the ring's eye horizontally. Several designs are available. The item or load can go through the ring on a conveyor or can be placed into the ring by a pallet truck. Small loads can be suspended within the rotating ring by hand.

Is this the minimum possible area? The surface can be imagined as made of a flexible but non-stretchable material, that allows it to be moved around and bended in Euclidean space. None of these transformations modifies the area of the surface nor the length of the curves drawn on it, which are the magnitudes relevant to the problem. The surface can be removed from Euclidean space altogether, obtaining a Riemannian surface, which is an abstract smooth surface with a Riemannian metric that encodes the lengths and area.

Stephanie P. Lacour (born cc. 1975) is a French neurotechnologist and full professor holding the Foundation Bertarelli Chair in Neuroprosthetic Technology at the Swiss Federal Institute of Technology in Lausanne (EPFL). Lacour is a pioneer in the field of stretchable electronics and directs a laboratory at EPFL which specializes in the development of Soft BioElectronic Interfaces to enable seamless integration of neuroprosthetic devices into human tissues. Lacour is also a co-founding member and Director of the EPFL Center for Neuroprosthetics at the EPFL Satellite Campus in Geneva, Switzerland.

The Prime Minister of Japan, , is also a member of the club and has an extreme desire of gluttony. He secretly plans with his cabinet members to take control of the club and Kagura for themselves. He also has a Euphoric power in which he becomes a deformed spider-like creature with a huge head, spider legs with eating utensils attached, and a stretchable tongue with acidic saliva. He was the man responsible for Suitengu's slavery; however, he did not realize this until Suitengu himself revealed his true identity.

In the raw state, chrome-tanned skins are greyish-blue, so are referred to as wet blue. Chrome tanning is faster than vegetable tanning (less than a day for this part of the process) and produces a stretchable leather which is excellent for use in handbags and garments. Subsequent to application of the chromium agent, the bath is treated with sodium bicarbonate to increase the pH to 4.0–4.3, which induces cross-linking between the chromium and the collagen. The pH increase is normally accompanied by a gradual temperature increase up to 40 °C.

Dennis Bingham, Whose Lives Are They Anyway?, page 341, Rutgers University Press, 2010, "Julia Roberts' Erin Brockovich lingerie up for sale", Daily Express, April 25, 2014 Brassières were initially manufactured by small production companies and supplied to retailers. The term "cup" was not used until 1916, and manufacturers relied on stretchable cups to accommodate different sized breasts. Women with larger or sagging breasts had the choice of long-line bras, built-up backs, wedge-shaped inserts between the cups, wider straps, Lastex, firm bands under the cup, and light boning.

New York Times, June 28, 1994 In 1997, Totes Inc. merged with ARIS»ISOTONER Incorporated, a producer of leather gloves.Totes To Buy A Majority Interest In Aris Isotoner. New York Times, June 6, 1997 Aris Isotoner traced its roots to 1918, when French glovemaker Paul Chanut and American glove reseller Larry Stanton founded the Aris Glove Company,Isotoner history. Retrieved on 9 May 2020, developing the first stretchable nylon/elastane glove with leather coverings and naming their design "ISOTONER" (a portmanteau of "isometric" and "toning") to highlight the glove's selling points.

Experts recommend that before buying a nursing bra women should try on the bra and experiment with opening the flap with one hand. Some designs utilizing stretchable fabric are suitable for smaller-breasted women, allowing them to pull the entire bra up over the breast to facilitate nursing. Experts recommend nursing bras that are stretchy, absorbent, and don't bind the breasts in any way that could interfere with milk flow. Women are recommended to wear a bra that is 100 percent cotton or a cotton-Lycra blend or other stretchy synthetic.

These additives can not only enable conductance but can increase the mechanical properties of the elastomer. Conductive elastomers are often pressure-sensitive, with their conductivity varying with the amount of pressure put on it, and can be used to make pressure sensors. Other uses of conductive elastomers include conductive flexible seals and gaskets, and conductive mats used to prevent electrostatic damage to electronic devices. These elastomers also have uses in the energy industry, where they could be used to make flexible solar cells or stretchable devices for converting mechanical energy to electrical energy.

In an evolution entirely different than the loafer, Chelsea boots were invented by J. Sparkes Hall for Queen Victoria in 1836. The stretchable rubber produces a comfortable shoe combining the convenience of laceless shoes with the profile of lace-ups. Its feminine image was soon lost, and was dubbed Congress gaiter and Boston boot in America. Rare even in Britain, its country of origin, it is still the only style of slip-on worn with a suit in some of the highly conservative working environments in the City of London.

The problem as stated above requires some assumptions to be made. The following fuller statement of the problem attempts to make most of those assumptions explicit. The informal statements like the one given in the introduction of this article are obtained by simplifying the following statement and assigning values to the variables \alpha and v. : Consider a thin and infinitely stretchable rubber rope held taut along an x-axis with a starting point marked at x=0 and a target point marked at x=c, with c>0.

Soldier wearing the Improved Physical Fitness Uniform The Army Physical Fitness Uniform (APFU), manufactured by UNICOR and adopted in 2013, is modular, with individual pieces that can be combined or eliminated depending on physical training conditions. All parts of the uniform are styled in black and gold and include track jacket, short-sleeve and long-sleeve T-shirts, track pants, and stretchable running trunks. The uniform was released on October 1, 2014. No standard shoe style is specified to be worn; soldiers are expected simply to purchase commercial running shoes.

The timeline and Dholakpur too have been allowed to become fluid and stretchable and this has caused the characters to become more person-like and less childish. Supernatural events have often been used in episodes, like Dholakpur being attacked by the demon Kirmada, the evil witch, or giants, Bheem and his friends being affected by dark magic and curses, and so on. Bheem and his team participating in various competitions in Dholakpur or in adjoining kingdoms is also a common theme, as is the celebration of Indian festivities.

Spinnbarkeit (English: spinnability), also known as fibrosity, is a biomedical rheology term which refers to the stringy or stretchy property found to varying degrees in mucus, saliva, albumen and similar viscoelastic fluids. The term is used especially with reference to cervical mucus at the time just prior to or during ovulation, and to sputum, particularly in cases of cystic fibrosis. Under the influence of estrogens, cervical mucus becomes abundant, clear, and stretchable, and somewhat like egg white. The stretchability of the mucus is described by its spinnbarkeit, from the German word for the ability to be spun.

He is portrayed as a sly, scheming and sullen character, capable of taking on numerous opponents at once with his sleep mist. Lou Scheimer voiced him with a low, whisper-like, hissing voice. In the episode "The Good Shall Survive" he demonstrates the power to elongate his arms to grasp his opponent before spraying them. This ability was never mentioned before nor since, be it in the Filmation cartoon or in any other incarnation of the franchise, although to note is that a later Snake Man character, Sssqueeze, had stretchable arms with which he trapped victims.

Lacour (born 1975) grew up in France and completed her M.Sc. in Integrated Electronic Devices at the Institut National des Sciences Appliquées (INSA) in Lyon, France in 1998. After completing her Masters, Lacour remained at INSA and conducted her graduate studies in Electrical Engineering from 1998 to 2001. In 2001, Lacour moved to the United States to work under the mentorship of Dr. Sigurd Wagner as Postdoctoral researcher at Princeton University. During her time at Princeton, Lacour made significant advancements in developing stretchable electronics that could be implemented in biological systems more easily than typical electronic hardware.

Lacour applied her thin, gold films onto silicone rubber and was able to create multifunctional, capacitative sensors that can detect and localize touch as well as record pressure and strain. Merging this tool with commercial transducer electronics will enable the production of sensory e-skins. The e-skins that Lacour was working towards developing could be merged with her in vivo stretchable electronic interfaces to enable people with prosthetic limbs to not only sense their environment with their prosthesis but also integrate it into their nervous system such that they have autonomous mental control over their own limbs.

A 7CCE plate showing a female percussionist Understanding the rhythmic aspect of Iranian music is aided by understanding the rhythmic structure of Persian poetry, the old Persian rhythmic cycles and the rhythmic characteristics of improvised and composed music. Analysis of more than fifty improvisations and pieces of composed music shows that the rhythmic organisation of gūsheh-ha and of musical genres in free metre, stretchable metre or fixed metre may be influenced by Persian poetic metres. Mohammad Reza Azadehfar, Rhythmic Structure in Iranian Music. A demonstration of most pieces examined on two audio CDs is included.

Merkl compares the strip for March 9, 1907, in which a child's bedroom becomes a lion-infested jungle, to the 1950 Ray Bradbury story "The Veldt", and the strip from September 26, 1908, depicting a stretchable face, to Salvador Dalí's surrealist painting Soft self-portrait with fried bacon (1941) and the cosmetic surgeries in Terry Gilliam's Brazil. Stephen R. Bissette compares a strip featuring elevators flying from buildings and other scenes to the 2005 Tim Burton take on Charlie and the Chocolate Factory. The strip was most likely an influence on episodes of Frank King's early comic strip Bobby Make-Believe.

The analogous gross morphologies of a human and an ant. In the worker ant, the abdomen consists of the propodeum fused to the thorax and the metasoma, itself divided into the narrow petiole and bulbous gaster. In arthropods the abdomen is built up of a series of upper plates known as tergites and lower plates known as sternites, the whole being held together by a tough yet stretchable membrane. The abdomen contains the insect's digestive tract and reproductive organs, it consists of eleven segments in most orders of insects though the eleventh segment is absent in the adult of most higher orders.

Kobra Khan is a cobra-type Snake Man whose character pre-dates the introduction of the Snake Men. He appears as one of Skeletor's Evil Warriors in the He-Man and the Masters of the Universe animated series, in which he sprays a sleeping gas, and on one occasion, is shown to have stretchable arms similar to the Sssqueeze character. In the series, the gas came from vents in his hood, which he kept down any time he was not using this ability. The action figure and minicomics portrayed the character spraying this gas from his mouth.

Professor Madhu Bhaskaran is transforming the way we use and interact with electronic devices and sensors. Her breakthroughs on combining functional oxide materials processed at high temperatures with elastic and plastic materials has led to stretchable electronics and sensors, that can be worn as electronic skin. Bhaskaran is a member of the Australian Nanotechnology Network and her team focuses on the characterisation of semiconductor interfaces (metal-silicide and silicide-silicon), characterisation of piezoelectric thin films, and micro-scale semiconductor and microsystem fabrication. Bhaskaran's research use a material called polydimethylsiloxane (PDMS) in the design of their devices.

Finny McCloud of "The World of TV & Film" said,"Benny & Rafi really express the rather unknown connections between objects in our world like how they found a connection between Edgar Allan Poe and the Hot Air Balloon." After previewing the series' very first episode, Tom Conroy of Medialife Magazine concluded that although the "rules of TruTV’s Six Degrees of Everything are infinitely stretchable", the Fine Brothers' stretches "are strained and silly." And in speaking only toward that first episode, decided that while the comedy shtick would be okay if in a shorter format, it overwhelms a 30-minute segment.

She found that human skin cells were able to coat the substrate, making the technology suitable for future incorporation in medical devices and prostheses. To further explore the potential of creating efficient and biocompatible in vivo neural interfaces, Lacour and her colleagues focused their attention to making microelectrode arrays more mechanically compliant. By embedding thin, gold microelectrodes in a polymer that can be rolled and flexed, Lacour and her team were able to create improved interfaces between the device and neural tissue. Another goal of Lacour's research in Cambridge was to apply her stretchable electronics to produce sensory e-skins, so she began to design technologies in this realm.

The capsule approach originally described by White et al., using microencapsulated dicyclopentadiene (DCPD) monomer and Grubbs' catalyst to self-heal epoxy polymer was later adapted to epoxy adhesive films that are commonly used in the aerospace and automotive industries for bonding metallic and composite substrates. Recently, microencapsulated liquid suspensions of metal or carbon black were used to restore electrical conductivity in a multilayer microelectronic device and battery electrodes respectively; however the use of microencapsulation for restoration of electrical properties in coatings is limited. Liquid metal microdroplets have also been suspended within silicone elastomer to create stretchable electrical conductors that maintain electrical conductivity when damaged, mimicking the resilience of soft biological tissue.

A bondage suit is used in BDSM to objectify the wearer, or gimp, and reduce them to the status of a sexual toy, rather than a sexual partner. Unless there are suitably placed zippers, the breasts and genitals are not directly accessible while the suit is worn. While it sometimes differs from a catsuit, unitard, or zentai more in purpose than appearance, the typical bondage suit is black and of very tear-resistant material (often reinforced by straps and barely stretchable) and includes integrated metal rings, belts, buckles, and laces to fasten it and to attach ropes or chains, as to lift and hang the wearer.

The new design utilizes more breathable fabrics on the jerseys and pants striping (and more moisture-resistant fabrics overall), and a new stretchable "Flywire" elastic stitching on the jersey collar. In addition, compartments for increased padding around the hip area that truncates the top portion of the pants stripes have been implemented, as well as lighter, aluminum d-rings for securing the belt straps. The former "NFL Equipment" shield of the Reebok era has also been abandoned league-wide in favor of a return to a simpler NFL shield logo on the collar and pants (made from a more rigid synthetic material instead of a fabric patch).

PDMS is stretchable, transparent and non-toxic, and it has been used in contact lenses, and skin and hair products. Her publications (December 2005 – August 2018) include one edited book, six book chapters, 106 journal articles, 36 conference proceedings – totalling 152 publications and five patents. Bhaskaran has obtained over $5 million in competitive research funding for projects and equipment, and in an industry partnership, Bhaskaran's research team and Sleeptite were awarded $1.7 million in a Cooperative Research Centre Projects (CRC-P) grant from the Federal Government in July, 2018. These funds will be used to develop a silicon fabric with sensors to monitor sleep.

The first prototype was created to fit a rabbit's heart, operating the organ in an oxygen and nutrient-rich solution. The stretchable material and circuits of the apparatus were first constructed by Professor John A. Rogers in which the electrodes are arranged in a s-shape design to allow them to expand and bend without breaking. Although the device is only currently used as a research tool to study changes in heart rate, in the future the membrane may serve as a safeguard from heart attacks. The Artificial Pancreas is a substitute for lack of endogenous insulin production, most notably in Type 1 Diabetes.

He became Research Director, and in 1927 became Vice President of the firm. In 1928, he developed the process of Sanforizing (patented in 1930), to pre- shrink cotton or other fabrics by squeezing material against a stretched rubber strip or band and allowing the pair to shrink together, to offset the stretching of fabrics during prior weaving or finishing. Sanford Cluett also held over 200 patents, for various techniques, including Clupak extensible paper as a stretchable paper (Investment Reader, April 15, 1959) used for shopping bags and wrapping paper with magazines, meat, tires, and furniture. After a period of failing health, Sanford Cluett died on May 17, 1968, at his winter home in Palm Beach, Florida, at age 93.

These meandering loops can be easily stretched in different directions giving knit fabrics much more elasticity than woven fabrics. Depending on the yarn and knitting pattern, knitted garments can stretch as much as 500%. For this reason, knitting is believed to have been developed for garments that must be elastic or stretch in response to the wearer's motions, such as socks and hosiery. For comparison, woven garments stretch mainly along one or other of a related pair of directions that lie roughly diagonally between the warp and the weft, while contracting in the other direction of the pair (stretching and contracting with the bias), and are not very elastic, unless they are woven from stretchable material such as spandex.

Captain Marvel's villains included characters who resembled other publishers' characters, or whose names were actually already in use by other publishers. The super-stretchable master of disguise Plastic Man (see Plastic Man), an evil alien from the planet Venus, was renamed Elasticman after his first appearance.Captain Marvel #2 (June 1966) The bristly-mustached mad scientist Dr. Fate (see Doctor Fate) was torn between a desire for revenge and his obsession with learning the electronic secrets of the android he called a "human thingamajig". Having first faced off against Captain Marvel before the hero had started wearing a mask to protect his identity, Fate soon noticed the strong resemblance between his alien adversary and the mild-mannered Prof.

Using polyimide as the substrate, Lacour rolled 2D gold microelectrodes and microchannels into 3D channel bundles to fit around axons. These 3D electrode channel devices fixed to polymer substrates not only provide an innovative tool for in vivo guided axon regeneration but also set the stage for in vivo electrode implants that can communicate with multiple groups of nerve fibers, one day possibly enabling effective communication between a prosthetic and the human body. Lacour later began to experiment with different substrates with which to build stretchable electronics that are more compatible with biological systems in vivo. Instead of using rigid, inorganic materials, like silicon, Lacour tested the viability of using pulsed lasers to create diamond-like carbon microstructures on polydimethylsiloxane.

The emerged in the late 1950s as both nylon and stretch fabrics became widely available, allowing for a stretchable and easy to dry swimsuit. Until this point, swimsuits consisted mainly of cotton and acetate fabrics. With the opening of the first factories able to produce swimsuits using the new material, a lucrative corner of the clothing market was created, in contrast with other types of garments which guaranteed a certain minimum turnover. With the expectation of there always being new students requiring new swimsuits provided by the school, many manufacturers formed a direct relationship with schools, resulting in swimsuits being produced to a mostly standardised, easy to manufacture design and shape, expressly for the purpose of providing students with swimsuits to wear.

Meals are usually soups, usually accompanied by a mixed salad and rescued baked goods, because soup is stretchable and can be reheated in a microwave or on a hotplate by someone with no cooking skills. The organization works primarily with volunteers and a paid staff of 11. The organization operates a take-out business in a "poor, rural area" east of Cincinnati to bring in operational funds. In 2017 The Cincinnati Enquirer dining editor Polly Campbell called La Soupe's business model "so unique and effective that the nonprofit was honored recently with an award that is thought of as the U.S. Nobel Prize for public and community service," the Jacqueline Kennedy Onassis Award for Outstanding Public Service Benefiting Local Communities, one of five honorees nationwide that year.

After four attempted films for Stretch Armstrong, Hasbro Studios made a deal with the video streaming service website Netflix where the property was picked up for a full 26-episode animated series, making it the first deal between the company and the streaming service. This superhero action/comedy animated series will follow an over- scheduled teenager named Jake Armstrong and his two best friends as they go into action after the trio are inadvertently accidentally exposed to an experimental chemical making them flexible and become Stretch Armstrong and the Flex Fighters—a team of stretchable superheroes who must work together and embark on a series of adventures to expand beyond the confines of their lives. The series had its debut on Netflix on November 17, 2017.Spangler, Todd.

The suit gave Thawne reverse super-speed...Writer John Broome and artist Carmine Infantino [introduced] a new recurrent villain in 'Professor Zoom'." Captain Boomerang was featured in the 2016 Suicide Squad film and was portrayed by actor Jai Courtney. Other Broome additions to the Flash mythos, Kid Flash and the Elongated Man were respectively introduced in issues #110 and 112 as allies of the speedster.McAvennie "1960s" in Dolan, p. 100: "Editor Julius Schwartz, writer John Broome, and artist Carmine Infantino introduced the Elongated Man, a stretchable super-sleuth." Broome, with penciler Kane and editor- conceptualist Schwartz, created Hal Jordan, the Silver Age Green Lantern, in Showcase #22 (Oct. 1959).Irvine "1950s" in Dolan, p. 95: "DC had decided to revamp a number of characters to inject new life into the genre.

For comparison, woven garments stretch mainly along one or other of a related pair of directions that lie roughly diagonally between the warp and the weft, while contracting in the other direction of the pair (stretching and contracting with the bias), and are not very elastic, unless they are woven from stretchable material such as spandex. Knitted garments are often more form-fitting than woven garments, since their elasticity allows them to contour to the body's outline more closely; by contrast, curvature is introduced into most woven garments only with sewn darts, flares, gussets and gores, the seams of which lower the elasticity of the woven fabric still further. Extra curvature can be introduced into knitted garments without seams, as in the heel of a sock; the effect of darts, flares, etc. can be obtained with short rows or by increasing or decreasing the number of stitches.

A bandage is usually applied over a protective padding of roll cotton or a premade quilted pad. The bandage is started on the outside of the leg, in the middle of the cannon bone, then wrapped down to either the fetlock or the hoof, depending on the purpose for which it is used, then back up to just under the knee, then back to the center of the cannon just above the starting point, ending on the outside of the leg. When wrapping a horses leg the left leg is wrapped in a counter-clockwise direction, and the right leg is wrapped in a clockwise direction, starting on the outside, moving front to back. Legs may be bandaged with either disposable stretchable wrap that sticks to itself, or with washable fleece or cotton wraps that are reusable and fasten at the ends with a hook and loop closure.

Cochran, by now a Lieutenant Colonel, and John R. Alison (former deputy commander of the 75th Fighter Squadron) were picked by General Hap Arnold as co-commanders of the 1st USAAF Air Commando Group. (While an informal agreement existed between Cochran and Alison over who was effectively Commander [Cochran] and Deputy Commander [Alison], this arrangement was unofficial. To this day, USAF records indicate Col Cochran and Col Alison as 'co-commanders'.) The 1st Air Commando, among other missions, was assigned the task of supporting Allied Long Range Penetration Groups, of the British Army's Chindits, invading Japanese-held Burma. Some of these forces were designated to fly in by towed gliders; all required re-supply by regular airdrops during their missions, as well as air support. Under Cochran's command, the 1st Air Commando's C-47 pilots perfected the tactic of snatching loaded gliders from small areas of ground cleared of jungle vegetation into the air using stretchable nylon ropes, all while flying at 15 to 30 feet using breaks in the jungle canopy.

One of the most energy-demanding and costly processes in macromolecular engineering is solution processing, as polymer solutions are viscous due to chain entanglement. Thermally bisignate supramolecular polymerization has the potential to solve this universal issue in macromolecular engineering. Aida has made significant contributions to filling the gap between supramolecular and conventional (covalent) polymerizations and inspired the field through the development of a variety of innovative materials by expansion of the basic concept of supramolecular polymerization. Representative examples include (1) "bucky gels", carbon nanotubes physically crosslinked by ionic liquids and the use of this technology for graphite exfoliation to graphene, and the fabrication of the first metal-free stretchable electronics and battery-driven dry actuators for manufacturing mobile Braille devices, (2) "aqua materials", highly water-rich (organic content of 0.1–0.2% for ultralow dependency on fossil resources) hydrogels anomalously having significant mechanical robustness or geometrical anisotropy, (3) ATP-responsive nanotubular carriers composed of chaperonin proteins, a biomolecular machine, (4) non-crosslinked photoactuators, (5) ferroelectric columnar liquid crystals, (6) mechanically robust yet self-healable polymer glass, (7) self-healable high-temperature porous organic materials, and (8) optoelectrically rewritable core-shell columnar liquid crystals with an AND logic gate operation.