![]() ![]() The tower took three years and 10 months to build. Websites: Tokyo Sky Tree official site Wikipedia Wikipedia Construction of Tokyo SkyTree and March 2011 EarthquakeĬonstruction of Tokyo Skytree began in in 2008. The easiest way to get in is to join a tour group in which the tickets have been worled out. Those that try to do it on their own have waited for six hours and ended up empty handed. A total 6.34 million visited the tower the first year it opened and 50 million visited the shopping mall and area around it. There is the glass-walled observatory deck at a height of 450 meters that offer a panoramic view of the city. Tokyo SkyTree was recognized as the world’s tallest free-standing tower by the Guinness Book of World Records in 2012. The tower is the primary television and radio broadcast site for the Kantō region and tower is the centrepiece of a large commercial development funded by Tobu Railway (which owns the complex). It resembles a 5-storey pagoda from historical Japan. Built by Tobu Railway, Tokyo SkyTree cost around ¥50 billion (US$400 million). The tower is significantly higher than the 553-meter-high CN Tower in Toronto, which for a long time was the world's tallest freestanding structure. Originally called New Tokyo Tower, Tokyo SkyTree is radio TV transmitter tower used by NHK and five commercial televison stations. Opened to public in May 2012, it surpassed the 333 meter height of Tokyo Tower and became the highest structure in Japan in March 2009. It claimed that title over the 600-meter-high Canton Tower in Guangzhou when it reached the 601 meter mark in March 2010, two years and seven months after construction began. The marine construction technique is a combination of triangles with diagonal, lateral and principal elements interlinked through branch joints.Tokyo Skytree under constructionTokyo SkyTree (Oshiage Station, served by four rail lines including Keisei Oshiage Line and Tobu Skytree Line, seven kilometers northeast of Tokyo Station) is the world's highest free-standing tower at 634 meters (2,080 feet) tall. Truss elements – tripod truss, lateral joint truss and ring truss – are used for the entire structure. The key elements have been built with double standard strength steel channels. The main structure of the tower is made of steel tube frames. Steel tubes at the base measure 2.3m of diameter and have 10cm of thickness. The walled piles are interconnected radially. Large piles of the Sky Tree tower are built in the shape of nodular-walls and integrated into the ground to give more frictional resistance. Lines from three apexes of the triangles converge about 50m above grade along the 600m height. Triangular shapes reduce the structural steel required for construction. The tower rises on three legs from an equilateral triangular footprint of side 68m. The structure represents state-of-the-art Japanese engineering. Structure of the tallest free-standing building in the world The second observation deck and air corridor are at a height of 450m. It accommodates a restaurant, café and shops. The first observatory is located at 350m above the ground. The observatories have a round shape to offer panoramic views of the river and the city. The silhouette of the tower differs when it is seen from different angles. ![]() ![]() The curves also reflect the blade of a samurai sword and other traditional Japanese architectural shapes. The building, which is situated on the corner of Omotesando and Kyu Shibuya River Promenade (known as Cat Street) a well-known area for designer shops, is a multi-purpose retail complex including big name shops and designers such as Chanel, Bulgari, MoMA Design Store (first outside the US) and Maison Martin Margiela.Ĭamber structure is commonly used in columns of Heian and Nara era temples architecture. The 8,970m² Gyre building opened in Tokyo, Omotesando-Harajuku area on 2 November 2007 (building started in June 2006). ![]()
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![]() ![]() There are some modular origami that are approximations of fractals, such as Menger's sponge. Many examples of such boxes are shown in Fabulous Origami Boxes by Tomoko Fuse. Modular origami techniques can be used to create lidded boxes which are not only beautiful but also useful as containers for gifts. Three-dimensional forms tend to be regular polyhedra or tessellations of simple polyhedra. Flat forms are usually polygons (sometimes known as coasters), stars, rotors, and rings. Modular origami forms may be flat or three-dimensional. Notable modular paperfolders include Robert Neale, Sonobe, Tomoko Fuse, Kunihiko Kasahara, Tom Hull, Heinz Strobl and Ekaterina Lukasheva. ![]() Since then, the modular origami technique has been popularized and developed extensively, and now there have been thousands of designs developed in this repertoire. One notable figure is Steve Krimball, who discovered the potential in Sonobe's cube unit and demonstrated that it could be used to make alternative polyhedral shapes, including a 30-piece ball. The 1970s saw a sudden period of interest and development in modular origami as its own distinct field, leading to its present status in origami folding. Most traditional designs are however single-piece and the possibilities inherent in the modular origami idea were not explored further until the 1960s when the technique was re-invented by Robert Neale in the US and later by Mitsunobu Sonobe in Japan. There are also a few modular designs in the Chinese paperfolding tradition, notably the pagoda (from Maying Soong) and the lotus made from Joss paper. The term kusudama is sometimes, rather inaccurately, used to describe any three-dimensional modular origami structure resembling a ball. These designs are not integrated and are commonly strung together with thread. There are several other traditional Japanese modular designs, including balls of folded paper flowers known as kusudama, or medicine balls. Each module forms one face of the finished cube. The six modules required for this design were developed from the traditional Japanese paperfold commonly known as the menko. Isao Honda's World of Origami (published in 1965) appears to have the same model, where it is called a "cubical box". The cube is pictured twice (from slightly different angles) and is identified in the accompanying text as a tamatebako (magic treasure chest). It contains a print that shows a group of traditional origami models, one of which is a modular cube. ![]() The first historical evidence for a modular origami design comes from a Japanese book by Hayato Ohoka published in 1734 called Ranma Zushiki. History A kusudama, the traditional Japanese precursor to modular origami Any other usage is generally discouraged. Typically this means using separate linking units hidden from sight to hold parts of the construction together. More than one type of module can still be used. There is a common misconception that treats all multi-piece origami as modular. The additional restrictions that distinguish modular origami from other forms of multi-piece origami are using many identical copies of any folded unit, and linking them together in a symmetrical or repeating fashion to complete the model. However, all the other rules of origami still apply, so the use of glue, thread, or any other fastening that is not a part of the sheet of paper is not generally acceptable in modular origami. Modular origami can be classified as a sub-set of multi-piece origami, since the rule of restriction to one sheet of paper is abandoned. These insertions create tension or friction that holds the model together.ĭefinition and restrictions Examples of modular origami made up of Sonobe units Modular origami or unit origami is a two-stage paperfolding technique in which several, or sometimes many, sheets of paper are first folded into individual modules, or units, and then assembled into an integrated flat shape or three-dimensional structure, usually by inserting flaps into pockets created by the folding process. Modular origami A stellated icosahedron made from custom papers ( May 2009) ( Learn how and when to remove this template message) Please help to improve this article by introducing more precise citations. This article includes a list of general references, but it lacks sufficient corresponding inline citations. ![]() ![]() ![]() “The strong return on investment and extensive distribution channels we are able to provide to hotel owners are two of the major differentiators that make AMResorts an ideal partner in the region. “Our relationship with hotel owners in the Dominican Republic has consistently grown over the years,” said Javier Coll, Executive Vice President and Chief Strategy Officer of Apple Leisure Group. Offering spectacular views of the Caribbean Sea and access to a pristine white sand beach, Now Onyx Punta Cana will be adjacent to sister property Breathless Punta Cana Resort & Spa. Now Onyx offers a wide variety of beach, land and water activities including: 5 swimming pools including an infinity pool, a children’s pool,two Preferred Club pools, and a salt water pool2 tennis courtsPaddle courtBeach volleyballPool tablesAerobics & water aerobicsSailingScuba divingFishing CasinoNightclubHelicopter for excursions. Consisting of 500 luxuriously appointed rooms and suites, the resort will be located in the Uvero Alto region of Punta Cana on the Dominican Republic’s northeastern coast. ![]() Now Onyx Punta Cana will break ground on Jand is scheduled to open in November 2016. “The island continues to be a highly popular destination, and our established reputation and successful performance track record in the region will continue to fuel our aggressive growth across the Caribbean and beyond.” “Apple Leisure Group has made a concerted effort to expand in the Dominican Republic in 2015,” said Alex Zozaya, CEO of Apple Leisure Group. The company currently has 37 open resorts with 10 additional hotels opening within the next three years. This will be the second resort from the family-friendly Now Resorts & Spas brand in the Punta Cana region, and marks a 30 percent growth in Apple Leisure Group’s resort product portfolio since the beginning of the year. Apple Leisure Group subsidiary, AMResorts, will increase its presence in the Dominican Republic with Now Onyx Punta Cana, the company’s third new resort management deal in the country in 2015. ![]() ![]() ![]() ![]() Working of N-Channel MOSFET (Enhancement Mode) Hence it is called as depletion mode MOSFET. The channel nearer to drain gets more depleted than at source (like in FET) and the current flow decreases due to this effect. Hence the more negative the applied V GG, the lesser the value of drain current I D will be. ![]() When this negative potential is further increased, the electrons get depleted and the current I D decreases. With some amount of negative potential at V GG a certain amount of drain current I D flows through source to drain. But the majority carriers, i.e., electrons get repelled. holes, get attracted and settle near SiO 2 layer. Let some negative voltage is applied at V GG. When no voltage is applied between gate and source, some current flows due to the voltage between drain and source. If the NMOS has to be worked in depletion mode, the gate terminal should be at negative potential while drain is at positive potential, as shown in the following figure. We can also observe that, the diffused channel N (between two N+ regions), the insulating dielectric SiO 2 and the aluminum metal layer of the gate together form a parallel plate capacitor. Working of N - Channel (depletion mode) MOSFETįor now, we have an idea that there is no PN junction present between gate and channel in this, unlike a FET. They are depletion and enhancement modes. The SiO 2 substrate is connected to the common or ground terminals.īecause of its construction, the MOSFET has a very less chip area than BJT, which is 5% of the occupancy when compared to bipolar junction transistor. A conducting layer of aluminum is laid over the entire channel, upon this SiO 2 layer from source to drain which constitutes the gate. Between these two N+ regions, there occurs diffusion to form an Nchannel, connecting drain and source.Ī thin layer of Silicon dioxide (SiO 2) is grown over the entire surface and holes are made to draw ohmic contacts for drain and source terminals. A lightly doped P-type substrate is taken into which two heavily doped N-type regions are diffused, which act as source and drain. Let us consider an N-channel MOSFET to understand its working. Also, there is no need to mention that the study of one type explains the other too. ![]() Usually an NChannel MOSFET is considered for explanation as this one is mostly used. Now, let us go through the constructional details of an N-channel MOSFET. The symbols for P-channel MOSFET are as given below. The P-channel MOSFETs are simply called as PMOS. The symbols for N-channel MOSFET are as given below. The N-channel MOSFETs are simply called as NMOS. Classification of MOSFETsĭepending upon the type of materials used in the construction, and the type of operation, the MOSFETs are classified as in the following figure.Īfter the classification, let us go through the symbols of MOSFET. With negative gate bias voltage, it acts as depletion MOSFET while with positive gate bias voltage it acts as an Enhancement MOSFET. In this case, both positive and negative voltages can be applied on the gate as it is insulated from the channel. The voltage at gate controls the operation of the MOSFET. The following figure shows the construction of a MOSFET. Depending upon the substrate used, they are called as P-type and N-type MOSFETs. In the construction of MOSFET, a lightly doped substrate, is diffused with a heavily doped region. This oxide layer acts as an insulator (sio 2 insulates from the substrate), and hence the MOSFET has another name as IGFET. An oxide layer is deposited on the substrate to which the gate terminal is connected. The construction of a MOSFET is a bit similar to the FET. The following figure shows how a practical MOSFET looks like. The FET is operated in both depletion and enhancement modes of operation. This is also called as IGFET meaning Insulated Gate Field Effect Transistor. MOSFET stands for Metal Oxide Silicon Field Effect Transistor or Metal Oxide Semiconductor Field Effect Transistor. To overcome these disadvantages, the MOSFET which is an advanced FET is invented. FETs have a few disadvantages like high drain resistance, moderate input impedance and slower operation. ![]() ![]() ![]() INDIGO Polar Aalignment - Three Point Polar Alignment Guide However there is also a free GUI version of the indigo server for Macos here. On the other hand Drivers can be loaded, unloaded and configured with GUI tools Like INDIGO Control Panel (available in our downliads section) or throught the built in web based Control Panel.ĬloudMakers MacOS Applications have INDIGO server integrated, so no aditional actions are needed. More information about agents can be found in INDIGO Agents document. More information about indigo_server and INDIGO drivers can be found in Guide to indigo_server and INDIGO Drivers. Where indigo_driver is a driver name from the list here. $ indigo_server indigo_driver1 indigo_driver2. On Ubuntu / Debian / Raspbian start INDIGO server with the following command: INDIGO can be obtained from our Downloads section. To check if your devices are supported by INDIGO visit Compatible hardware It contains a nearly full featured webGUI which can be used ![]() In addition, INDIGO SkyĬan be used even without true client software. Prepared for it you can easily build a distributed setup without deeper knowledge. With a tinny and cheap Linux microcomputer like RaspberryPi and INDIGO Sky software If they run on different machines (it is often called a distributed setup) you can also use WindowsĮven if you have only a Windows machine and if you're not a Linux guru, you're not necessarily out of luck. So if both the server and client run on the same machine, you're limited to unix systems like Linux or On the other hand the server, the piece of software which communicates with the devices, can run Ekos).Ħ.5+ based software and use it with the so-called ALPACA agent, a bridge between INDIGO and ASCOM/ALPACA. APT and PixInsight with an INDIGO plug-in) or limited compatibility (e.g. For example Ain INDIGO Imager suite, runs on Linux and Windows and CloudMakersĪstrophotography suite runs on MacOS and maintain the highest compatibility with INDIGO, but there areĪlso third party clients with full (e.g. The client application, the piece of the software you communicate with, can run virtually on any Systems, so first make sure INDIGO is really what you need. Even though INDIGO is truly multi platform framework, some of its parts are tied to POSIX operating ![]() ![]() ![]() Students are unlikely to make this distinction early on and are likely instead to be focused on sensationalized examples of truly subliminal influence. Bargh and others argue that this latter unawareness still represents “unconscious” influence of the priming stimuli. In many priming studies, for example, individuals are consciously aware of the prime, but are nonetheless unaware of the ways in which the prime affects their subsequent cognition, affect, or behavior. Note that many scholars (most recently Bargh, 2016) have highlighted the distinction between (a) being unaware of stimuli being present at all (e.g., those presented subliminally) and (b) being unaware of the effects of stimuli. View the full collection: Busting Myths in Psychological Science This unit is structured to get students to think critically about the claim, the kinds of evidence that would support or refute it, and the underlying psychological mechanisms that would be necessary for the claim to be true. It is relevant to students’ daily lives and provides opportunities to discuss applied research in social psychology, behavioral economics, and marketing. Discussion of this myth provides rich opportunities to integrate topics across research methods, memory, cognition, sensation and perception, and social psychology. This is a topic that is almost certain to interest students, and one that is ripe for discussion in an introductory psychology class, because the truth behind the claim is complicated. Advances in Methods and Practices in Psychological Science. ![]() Psychological Science in the Public Interest.Current Directions in Psychological Science. ![]() ![]() ![]() It appears from oxidation THC, exposed to light and heat. The compound itself increases appetite and decreases eye pressure.Ĭannabinol, or CBN, is a trace element in cannabis that is considered to be mildly psychoactive. During the growth, CBG is converted into different cannabinoids, mostly THC and CBD. On the other hand, young ones contain a lot of this antibacterial and anti-inflammatory component. CBC produces analgesic, antibacterial and anti-inflammatory effects.Ĭannabigerol, or CBG, is one of the minor cannabis compounds in adult plants. ![]() Without any psychoactive effects, it is an efficient cannabis compound in combating acne and depression. Though it has the same origin as CBD and THC, it is different in functions. Even Greeks used it against pain, while Queen Victoria applied it to get rid of menstrual cramps.Ĭannabichromene, or CBC, is a minor cannabinoid, meaning that its quantity in cannabis is quite little. It is helpful in muscle pain cases, may treat arthritis and migraines. CBD is widely used for medicinal purposes in rubs, oils and so on. It is also proved to counteract the side effects of the second major component THC. It is considered to be the primary active marijuana component.Ĭannabidiol, or CBD, is a major compound in cannabis, which is non-psychoactive. THC-rich strains may be helpful with such conditions as lack of appetite, chronic pains, etc. It is a psychoactive element that stimulates dopamine release and induces euphoria or happiness. Tetrahydrocannabinol, or THC, is a major cannabis chemical compound. The seeds grow quite tall, and even indoors, they can be over 80 inches tall. Indoors you can harvest about 300 g/m2 outdoors, the average yield is 400 g/plant. Kush blooms rather slowly and only in the third month gives a harvest, which is very dependent on climatic conditions. Growers say the process of caring for this strain is quite complicated. It helps overcome anxiety and survive traumatic events. Common Usageĭue to the high representation of THC and CBD, the strain is effective in alleviating the symptoms of epilepsy, migraine, and muscle pain. For a mild psychedelic effect, use small doses not to look overly intoxicated with cannabis, with characteristic red eyes and out-of-place giggles. Sour P strain is great for nightclubs or concerts, or just dancing to your favorite music, inspired by pleasant sensations in the body. You will soar in euphoria and experience happiness you will want to spend time in the company of friends. With the very first puff, you will feel a significant sensation of weightlessness, your mind will clear up, and vibrating tingles will fill you with energy. The taste is also spicy, with hints of citrus and wild berries. The spicy aroma is dominant, but is largely joined by notes of pine resin and lavender. Harvesting the Amnesia strain is best done in October, and don’t forget to use a grinder to ensure you get a consistency that works well for you.Also in the Sour P strain seeds in a high ratio are the following terpenes that affect the taste and aroma: So, it is recommended to have some experience before your first attempt to get a yield of 300 g per plant. Getting a harvest from its seeds will require some practice. The Amnesia strain matures in approximately two months (its flowering time takes about 56 to 63 days), and its seeds are happiest indoors. The only side effect that you may experience is a dry mouth, which can be easily remedied by drinking plenty of water. Of course, that also depends on how much you smoke and inhale at one time. One of the best things consumers like about this strain is just how long it lasts. When smoked (a method most popular for this strain) it cultivates deep relaxation and Calming, making it great for the daytime or evening. This interesting combination of effects with a more cerebral vibe makes this strain truly special.Īmnesia is an almost entirely positive marijuana strain. This strain is often described as an energetic, euphoric “head high” that can be mentally and physically stimulating. If you’re looking for a strain that will have you buzzing at the end of the day while still being able to function well at work or in conversations, the Amnesia strain might be just the one. ![]() ![]() ![]() Received: ApAccepted: MaPublished: March 13, 2019Ĭopyright: © 2019 Presacco et al. PLoS ONE 14(3):Įditor: Blake Johnson, Australian Research Council Centre of Excellence in Cognition and its Disorders, AUSTRALIA These results may have important ramifications for the field of audiology, as it indicates that algorithms in clinical devices, such as hearing aids, should consider age-related temporal processing deficits to maximize user benefit.Ĭitation: Presacco A, Simon JZ, Anderson S (2019) Speech-in-noise representation in the aging midbrain and cortex: Effects of hearing loss. The overall paucity of differences in midbrain or cortical responses between the two older groups suggests that age-related temporal processing deficits may contribute to older adults’ communication difficulties beyond what might be predicted from peripheral hearing loss alone however, hearing loss does seem to alter the connectivity between midbrain and cortex. However, significant differences between the older groups were found when investigating the midbrain-cortex relationships that is, only hearing-impaired older adults showed significant correlations between midbrain and cortical measurements, suggesting that hearing loss may alter reciprocal connections between lower and higher levels of the auditory pathway. No significant differences were found between the two older groups when the midbrain and cortical measurements were analyzed independently. Both groups of older listeners showed weaker midbrain response amplitudes and overrepresentation of cortical responses compared to younger listeners. The midbrain response, measured by the frequency-following response (FFR), and the cortical response, measured with the magnetoencephalography (MEG) response, were recorded from subjects listening to speech in quiet and noise conditions at four signal-to-noise ratios (SNRs): +3, 0, -3, and -6 dB sound pressure level (SPL). Data from 14 hearing-impaired older adults were added to a previously published dataset of 17 normal-hearing younger adults and 15 normal-hearing older adults. The current study builds upon our previous work that investigated the effect of aging on normal-hearing individuals and aims to estimate the effect of peripheral hearing loss on the representation of speech in noise in two critical regions of the aging auditory pathway: the midbrain and cortex. Despite the vast number of studies conducted to investigate the neural mechanisms responsible for these communication difficulties, the role of central auditory deficits, beyond peripheral hearing loss, remains unclear. Age-related deficits in speech-in-noise understanding pose a significant problem for older adults. ![]() ![]() By doing this, you will manage to get into Mojave install wizard. After that, plug the USB into Hackintosh and set USB as the first boot device in BIOS. Note: For installation on a Hackintosh, you need additional tool to configure the boot loader, such as OpenCore or Clover. Next, select the internal drive and finally click Continue button to begin the installation process. Click on the USB drive name with your mouse to enter into installation page. Keep pressing the Option key and you see the Startup Manager in a few seconds. To get started, please connect the USB drive to Mac and power on the computer. The installation process will format the drive and this will delete all your personal data and apps from Mac. If possible, make sure taking a backup of important data on your Mac. exe file on your Windows PC then double click it to start the installation process.ĭownload Mac Version Part 4: Install macOS Mojave from USB Drive on MacĪfter creating macOS Mojave bootable USB drive, it is the right time to install Mojave on your Mac. Step 1: Click the Download button and save the. The following is the details for creating macOS Mojave bootable USB drive. After burning, the USB is bootable and can be used as a media to install macOS. It will copy all installation files and write boot information to USB drive as well. UUByte DMG Editor is such a tool for burning dmg file to USB drive. Instead, you should use third-party software to help you create a macOS Mojave USB drive from DMG file. Unfortunately, the USB would be bootable if just simply copying the dmg file to USB drive without additional actions because the booting code is not written to USB via file copy. You have completed the preparation process in above steps and it is time to create a bootable Mojave USB installer from the download dmg file. Now, you can download macOS Mojave DMG file the following resources:ĭownload Link 2: Part 3: Create macOS Mojave Bootable USB Installer on Windows 10 PC However, you need to burn dmg to USB first before it is used as a bootable media. The other installation media is via Mojave dmg file, which contacts all the files and boot information for installing macOS Mojave in a compressed structure. This option is not available on Mac with a new version of macOS that is newer than Mojave. One is via Install Mojave App where you can directly download from Mac App Store. MacOS Mojave has two types of installation format. ![]() Motherboard: Compabible with CPU (Asus, MSI Preferred).Slice, with help of Kabyl, usr-sse2, jadran, Blackosx, dmazar, STLVNUB, pcj, apianti, JrCs, pene, FrodoKenny, skoczy, ycr.ru, Oscar09, xsmile, SoThOr, rehabman, Download-Fritz, Zenit432, cecekpawon…ĭownload ➪ macOS-Mojave-HD-V1.4.dmg.zip NOTE: For the demonstration of the video, I will cut the video because it gives nothing that I stay 15 minutes during the installation. ![]()
![]() ![]() were used for computing the new reference viscosity values for the re-calibration. 3 is comparatively small, its values determined by Kestin et al. Since the impact of the density derivative \((\partial \eta /\partial \rho )_T\) on the reference viscosity value according to Eq. Kinematic viscosity is a measure of how well a liquid flows when subjected to a force. To deduce the former derivative, one needs zero density viscosity values not only at 298.15 K but also at further temperatures. Because the calibration measurements were not performed exactly at 298.15 K and of course not at zero density, the temperature derivative \((\partial \eta /\partial T)_\rho \) is required together with the density derivative \((\partial \eta /\partial \rho )_T\) in Eq. Kinematic Viscosity( ):It is the ratio of dynamic viscosity to density of the fluid.In other words it is the ratio of viscous force to inertia force on the. (a) At 300 K, kinematic viscosity of water 8.56/10 m/s Reynolds number V d/kinematic viscosity 10 V (100/10)/(8.56/10) V 0.856 m/s Pressure. of the KRISO 3,600 TEU containership and 300k VLCC double-deck ship models. Then, the data for R134a were evaluated by means of a series expansion truncated at first order to obtain the zero density and initial density viscosity coefficients, \(\eta ^\) of the respective gas. Viscous-flow Calculations for KVLCC2 in Deep and Shallow Water. Note first that, in contrast to the liquid case, gas viscosity increases with temperature. ![]() The re-evaluated data for R134a as well as for the vapors of mesitylene, durene, diphenyl, fluorobenzene, chlorobenzene, and p-dichlorobenzene were arranged in approximately isothermal groups and converted into quasi-isothermal viscosity data using a first-order Taylor series in temperature. Hydrogen at 300K: 9.0: Helium at 300K: 20.0: Oxygen at 300K: 20.8: Xenon at 300K: 23.2: These values are from the CRC Handbook, 85 th Edition, 6-201. The relative combined expanded ( \(k=2\)) uncertainty of the re-evaluated data are 0.2 % near room temperature and increases to 0.3 % at higher temperatures. across the supercooled region from, say, 120 K up to 300 K. ![]() Previously published experimental viscosity data at low density, originally obtained using all-quartz oscillating-disk viscometers for R134a and six vapors of aromatic hydrocarbons in the temperature range between 297 K and 631 K at most, were re-evaluated after an improved re-calibration. Viscous water is more structured and LDL-rich, whereas normal water is disordered. ![]() |
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