![]() Ironically, I ended up earning a PhD in early modern British literature, and while I’ve not become a particularly notable or respected scholar of Milton, I at least make up for it with enthusiasm and love. Since first encountering Milton, I’ve felt my relationship to the poet has somewhat mirrored that old story from Genesis, of Jacob wrestling an angel only to exit the encounter with a new name, except I keep reading Paradise Lost in hopes of discovering what that name might be. Regardless, ever since found him deep within the recesses of the Norton Anthology of British Literature, the bible-paper pages of which would absent-mindedly flip through during class, I’ve been singularly drawn to Milton, this man from a period so foreign to my own, whose faith is so alien to me. Having been the sort of affected English major who took to Moleskine notebooks and cracked-spine copies of Charles Bukowski and Chuck Palahniuk rather than John Donne and George Herbert, Milton wasn’t my ideal author nor I his ideal reader. “Of Man’s first disobedience, and the fruit / Of that forbidden tree whose mortal taste / Brought death into the world, and all our woe,” intones the poet in Paradise Lost, still resonating across nearly three-and-a-half centuries, a writer who even when he is dry or slow (and he can be dry and slow) still can turn a phrase and deploy it to stunningly dramatic effect in this epic tale about Satan’s rebellion against God in Heaven and the subsequent fall of humanity and all Creation. I don’t know if I’m any closer to really understanding his greatest work, for that magisterial 1667 poem Paradise Lost is a cosmos unto itself, like Dante’s The Divine Comedy or Melville’s Moby-Dick, but I know that my life wouldn’t be as rich without it. For the past two decades, I’ve read and reread Milton, written about Milton, taught Milton, thought about Milton. Yet that class was also the site of an important discovery: the stern, austere, blind Puritan bard John Milton. ![]() In the spring semester of 2004, I was more concerned with Yuengling than I was with Geoffrey Chaucer or the Pearl Poet, so I fully deserved the middling grade that I got. As a sophomore in college, I completely earned the C+ that I received in a survey course called “British Literature.” There could be no blaming of the professor on my end, no skirting responsibility for those missed assignments, no excuse for having confused Belphoebe for Gloriana in Edmund Spenser’s The Faerie Queeneon multiple choice tests. ![]()
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![]() ![]() This work was the basis for John Thomas Woods, Paul Flather Woods, John David Woods, and Frederick Thomas Woods when they used a similar concept to patent the Footing Form for Modular homes (US Patent No. 4817353) issued on April 4, 1989. SIP systems were used by Woods Constructors of Santa Paula, California, in their homes and apartments from 1965 until 1984. Panels consisting of polystyrene core and paper overlaid with plywood skins were used in a building in 1967, and as of 2005 the panels performed well. The building was dismantled in 1978, and most of the panels retained their original strength with the exception of paperboard, which is unsuited to outdoor exposure. Thus in 1947, structural insulated panel development began when corrugated paperboard cores were tested with various skin materials of plywood, tempered hardboard and treated paperboard. With the success of the stress-skinned panels, it was suggested stronger skins could take all the structural load and eliminate the frame altogether. In a testament to the durability of such panel structures, it endured the Wisconsin climate and was used by University of Wisconsin–Madison as a day care center until 1998, when it was removed to make way for a new Pharmacy School building. In 1937, a small stressed-skin house was constructed and garnered enough attention to bring in First Lady Eleanor Roosevelt to dedicate the house. Forest Service attempt to conserve forest resources. ![]() Research and testing of the technology was done primarily by Forest Products Laboratory (FPL) in Madison, Wisconsin, as part of a U.S. History Standard OSB with EPS-core structural insulated panelĪlthough foam-core panels gained attention in the 1970s, the idea of using stress-skinned panels for construction began in the 1930s. They can be used for many different applications, such as exterior wall, roof, floor and foundation systems. SIPs combine several components of conventional building, such as studs and joists, insulation, vapor barrier and air barrier. The rigid insulation core of the SIP acts as a web, while the sheathing fulfills the function of the flanges. SIPs share the same structural properties as an I-beam or I-column. The board can be sheet metal, plywood, cement, magnesium oxide board (MgO) or oriented strand board (OSB), and the core can either be expanded polystyrene foam (EPS), extruded polystyrene foam (XPS), polyisocyanurate foam, polyurethane foam, or be composite honeycomb (HSC). SIP is a sandwich structured composite, consisting of an insulating layer of rigid core sandwiched between two layers of structural board, used as a building material. SIPs are most commonly made of OSB panels sandwiched around a foam core made of polystyrene.Ī structural insulated panel, or structural insulating panel, ( SIP), is a form of sandwich panel used in the construction industry. JSTOR ( May 2018) ( Learn how and when to remove this template message).Unsourced material may be challenged and removed.įind sources: "Structural insulated panel" – news Please help improve this article by adding citations to reliable sources. This article needs additional citations for verification. ![]() ![]() ![]() There are also archers that patrol elevated areas and can spot the player at a longer distance while aiming, and swordsmen circled by a torch that kills the player on contact. Basic sword-wielding guards are the most common enemy, and can throw light projectiles to kill the player. Later in the game, the player gains a raven that will show the player the location of objectives through walls, and a set of bells that can be rung to lure enemies elsewhere.Įach chapter is patrolled by many guards. Shadow Essence is replenished by standing in the shadows, and drained by standing near intense light sources such as lanterns. Aragami can teleport to any part of the map in a certain radius where a shadow is cast, but doing so expends "Shadow Essence", displayed as a meter on his cape. To complete a chapter, the player must go to certain areas to collect items or destroy obstacles and reach the level's exit. The player controls a shadow spirit, Aragami, attempting to reach the end of all thirteen open-world chapters in order. This opposing army is formed by mystical warriors with the power to control the light. ![]() ![]() The player can teleport between shadows and faces an enemy army that goes by the name of 'Kaiho'. The players take the role of Aragami, an assassin with supernatural abilities. The game was originally titled Twin Souls: The Path of Shadows. Aragami (荒神) is an action-adventure stealth video game developed and published by Lince Works for Linux, Microsoft Windows, OS X, PlayStation 4, Xbox One and Nintendo Switch. ![]() ![]() ![]() Often being shown to view humans as far beneath herself, Lust would often comment on the ridiculousness of human nature. However like most homunculi, Lust did take especial pride in her existence as a superior being to humans. While Greed was greedy, and Gluttony was gluttonous, Lust herself was never shown as being particularly lascivious and instead serving as the object of other's desires. Also separating her from her brethren, Lust did not display any personality traits based after her namesake. Notably more sadistic than her siblings, Lust displayed distinct pleasure in torturing her opponents and making them suffer, such as during her fight with Roy Mustang and Jean Havoc in Research Laboratory 3. Wearing a high-collared purple dress, red gloves and tying her long hair to one side, Lust instead relied on acting with a charming personality to seduce men, in this case Jean Havoc. Lust had also been seen wearing an alternative outfit while working under the alias of "Solaris", where she instead appeared very modest in her choice of wardrobe. Her Ouroboros mark is located on her sternum. Her regular attire consisted entirely of dark clothing, where she wore elbow length gloves, black high heeled boots and a low-cut dress. ![]() Often seen as the subject of desire by many men, her smooth black hair, flawless pale skin and large breasts allowed her to easily manipulate most men to do her bidding. ![]() Lust acting under the alias of "Solaris".īefitting of her name, Lust has the appearance of a very attractive and voluptuous woman. ![]() ![]() The American was the favourite for the Olympic title before the Tokyo Games were delayed until next year by coronavirus.Ĭanada's Andre De Grasse – with a personal best of 9.90s – and South Africa's Akani Simbine with 9.89s are quick but not in Bolt's league while Yohan Blake's run of 9.69s came eight years ago. (Mike Egerton/PA)Ĭhristian Coleman's 9.76s at the World Championships in Doha in 2019 was the fastest run for four years and the sixth quickest in history but still nowhere near Bolt's time. 9.69 Main Video9.58 Cropped BoltVideo has been painstakingly analysed and edited for correct timing using principium software. The heirs to the throne Christian Coleman celebrates his 100m victory at the World Championships. ![]() It came just before a dramatic last race in the 4x100m final where he crashed to the ground after tearing his hamstring with 50m remaining. The closest Bolt came to his own record was a 9.63s run at the London 2012 Olympics – where he defended his 100m crown.īy the time he was coming close to retirement in 2017 the Jamaican's best was 9.95s and he closed his career with a bronze in the 100m at the World Championships in London. The aftermath Jamaica's Usain Bolt lies on the ground after falling in his final race at the 2017 World Championships. He retired after the 2017 World Championships without reaching that mark, but his 100-meter world record endures.Four days later he set a new 200m record of 19.19s. As an exuberant Bolt continued running along the curve of the track, thumping his chest and receiving adulation from the crowd, his official time was announced.Īfterward, Bolt said he could run even faster, perhaps even 9.4. Even as Gay ran the race of his life, finishing in 9.71 seconds, Bolt pulled away from him, winning by more than a meter. About Press Copyright Contact us Creators Advertise Developers Terms Privacy Policy & Safety How YouTube works Test new features NFL Sunday Ticket Press Copyright. On Gay’s other side was Bolt’s countryman, Asafa Powell-together, they were the three fastest men in the world.Īlthough his starts were considered a weakness, Bolt started strongly and got better over the course of the sprint. After sailing through the preliminary heats, Bolt lined up for the 100-meter final alongside Tyson Gay, an American sprinter considered his main challenger at the time. It happened the next year, in the same stadium where trailblazing sprinter Jesse Owens had covered himself in glory at the 1936 Olympics. ![]() Soon, many speculated, Bolt could shatter his own world record. In the summer of 2009, during the World Championships in Athletics in Berlin, Jamaican sprinter Usain Bolt set a world record time of 9.58 seconds for the. ![]() Bolt's stunning speed and laid-back, playful personality made him an international celebrity in the wake of his Olympic gold, but observers noted that he had not finished his race in Beijing at full speed. He becomes the first to run the event in less than 9.6 seconds.īolt’s time of 9.69 at the 2008 Beijing Olympics was not only a world record, but also the first time the 100-meter dash had been run in under 9.7 seconds. Then the Jamaican, already the fastest man in the world, shatters his own world record in the 100-meter dash, winning the event in 9.58 seconds. For those of us more accustomed to sitting than sprinting. On August 16, 2009, under the lights of Berlin’s Olympic Stadium at the World Championships, 22-year-old Usain Bolt strikes a lightning-bolt pose and grins before taking his mark. In 2009 Jamaican sprinter Usain Bolt set the world record in the 100-meter sprint at 9.58 seconds. ![]() ![]() The not-so-good news is that none of them, in my opinion, are as refined and intuitive as the one and only TotalFinder. As mentioned, the good news is that there is no shortage of decent alternatives to TotalFinder. Therefore, if you want to speed up the use of Finder and have more control of your Mac, you only have to download and install TotalFinder. TotalFinder Alternatives So several months ago, I bit the bullet, removed TotalFinder, and began searching for a suitable replacement. Google released a new image format, called WebP, designed to replace the dominant JPG with. Another of the noteworthy options of TotalFinder is that it adds keyboard shortcuts that will allow you, among other things, to make hidden files visible, activate a dual mode that will show two Finder windows one beside the other, or to use the cut and paste option to move the files. Fortunately there are plenty of decent alternatives to TotalFinder, even if you’re running the latest version of Mac OS X. I was curious to read why they would write that article given the improvements that were made in the recent release of Mavericks OS 10. Finder: autosize width in column view - Apple Community Xtrafinder vs. The most popular versions among TotalFinder for Mac users are 1.6, 1.4 and 1.3. Dropbox context menu disappears from TotalFinder after some time TotalFinder vs. This software for Mac OS X is a product of binaryage. fixed Fixed a code injection issue where TotalFinder would fail to successfully inject on certain legacy / unsupported systems that were patched using OpenCore Legacy Patcher / OCLP. TotalFinder for Mac lies within System Tools, more precisely Plugins & Addons. Commander One Commander One provides a familiar experience, reminiscent of FAR Manager and Midnight Commander. Finder with tabs The first difference that the user will notice once TotalFinder is installed, is that Finder offers the possibility to open different tabs within a single search window, in such a way that it will be a lot quicker to change between devices and folders. I ran across an article entitled Why a Finder Replacement is Still a Good Idea on the tuts+ website while I was looking for solutions to why the Mavericks’ Finder lags so much for me when I create new Tags. Our built-in antivirus checked this Mac download and rated it as 100 safe. How do you replace Finder with ForkLift How do I get Finder back on my Mac Is there an alternative to Finder on Mac What is alternative to Path Finder Mac File Finder Mac Tools in 2023 1. ![]() Download TotalFinder to really notice the differenceįinder is one of the main elements of all Mac OS X operating systems, because it's in charge of the file management and it is also the tool used when it comes to checking the contents of any hard drive, but it lacks a few things, because to be able to see various folders or devices at that same time it is necessary to open it in various windows unless you have TotalFinder installed. TotalFinder - TotalFinder is a plugin for Finder.app which adds tabs like in Chrome browser, dual panels similar to TotalCommander and more tweaks. TotalFinder offers you the possibility to complement the essential Finder functions with new options. ![]() ![]() ![]() Usually, their premium membership plan costs $24.95 per month. However, it is essential to note that Radaris may give some reports at a fee. is a free search tool, meaning most of its services are offered without charges. ![]() How to find out where someone works for free? You will receive their current and previous residences. Just visit, enter the first and last names of the individual you are researching, and select the “Search“ button. allows you to use someone's name to know where they live. How to find out where someone lives by name? ![]() Besides a name, you can use details such as phone numbers, properties, businesses, or employment to find an individual’s information at . motion to compel - douglas scott diggles motion to compel darren marshall light to respond to request for admissions december 31, 2019. Circuit Criminal Circuit Criminal maintains the records for all felony cases (including, but not limited to, homicide, robbery, burglary, sex offenses, forgery, child abuse and drugs) filed in Palm Beach County. Radaris provides you with many ways to locate someone. How to find someone if you don't know their last name? You can find arrest records for Douglas Diggle in our background checks if they exist. Does Douglas Diggle have a criminal record? What is Douglas Diggle's date of birth?ĭouglas Diggle was born on 1976. How old is Douglas Diggle?ĭouglas Diggle's is 47 years old. What is Douglas Diggle's phone number?ĭouglas Diggle's phone number is (618) 457-7936. 10 Lost Spring Way, Ormond Beach, FL 32174ĩ05 Brickell Bay Dr Apt 1431, Miami, FL 33131ġ951 Beaver Creek Dr, Rochester, MI 48307įAQ: Learn more about our top result for Douglas Diggle What is Douglas Diggle's address?ĭouglas Diggle's address is 408 S Beveridge St, Carbondale, IL 62901. ![]() ![]() ![]() Thank you for keeping it in use in your music creation. It’s already been a long time since the initial release of Magical 8bit Plug 2. Of course I'll be open to listen to the bug reports and requests for new features. I'm sorry again to say that I'll not be able to answer any basic questions like how to install, how to plug it in etc. This also can be a mighty force to keep my development happening for the future. And hopefully please contribute it back to improve Magical 8bit Plug.Īs a method other than the program code to help Magical 8bit Plug we accept donations. What's more, from this version on, Magical 8bit Plug is open-sourced! If you want to add any feature or any fixes you can grab the code and implement by yourself. Thanks for this awesome framework I've been able to add more features than previous version and also able to develop the Win-VST version at the same time in a shorter period of time. This version is totally written from scratch based on JUCE Framework. Comments from the author Yokemura On the initial release of Magical 8bit Plug 2įinally, after 5 years, here comes the new version of Magical 8bit Plug! These waveforms only have high and low voltage control and randomization is pseudo-random, which makes it sound rougher and adds some sort of tonality.Ĭredit card, debit card, or PayPal is available. On top of that the new version has more exact real console emulation: 1bit Short Cycle/1bit Long Cycle waveforms. The previous version had Magical 8bit Plug original “4bit Pure Random noise” which is formed with randomly generated 4 levels of voltage, and this version inherits it. Like the Pseido Triangle above, this noise waveform is also jaggy and it results in a unique 8bit taste. The unique high frequence noise is best for reproducing the distinct 8bit taste. ![]() The waveform which is intended to form a triangle but actually results like a stepladder because of the limited capability of the console. You can get different timbres by varying the time ratio between high and low states. The simplest waveforms which can be generated only by switching high/low voltages. ![]() ![]() Catastrophic climate 'doom loops' could start in just 15 years, new study warns ![]() Because it is so close and so significant that we have to take immediate action now." In some sense it's not fruitful," Peter Ditlevsen, a professor of physics and climate science at the Niels Bohr Institute in Copenhagen, told Live Science. The model's results alarmed the researchers - yet they say that checking them only reinforced their findings: The window for the system's collapse could begin as early as 2025, and it grows more likely as the 21st century continues. If it were to turn off, temperatures in Europe and North America could drop by as much as 9 F (5 C) in the same amount of time.ĭirect data on the AMOC's strength has only been recorded since 2004, so to analyze changes to the current over longer timescales, the researchers turned to surface temperature readings of the subpolar gyre between the years of 18, a system which they argue provides a 'fingerprint' for the strength of AMOC’s circulation.īy feeding this information into a statistical model, the researchers gauged the diminishing strength and resilience of the ocean current by its growing year-on-year fluctuations. The last time the AMOC switched modes during the most recent ice age, the climate near Greenland increased by 18 to 27 degrees Fahrenheit (10 to 15 degrees Celsius) within a decade. The region near Greenland where the southerly waters sink (known as the North Atlantic subpolar gyre) borders a patch that is hitting record low temperatures, while the surrounding seas climb to all-time highs, forming an ever-expanding 'blob' of cold water. (Image credit: NASA/Goddard Space Flight Center Scientific Visualization Studio) Fresh water from melting ice sheets has made the water less dense and salty, and recent studies have shown that the current is at its weakest in more than 1,000 years.Ī simplified animation of the global AMOC "conveyor belt," with surface currents shown in red and deep sea currents in blue. Then, once it has sunk beneath the ocean, the water slowly drifts southward, heats up again, and the cycle repeats. Warmer southerly waters, which are saltier and denser, flow north to cool and sink below waters at higher latitudes, releasing heat into the atmosphere. We were actually bewildered." AMOC as a global conveyor beltĪtlantic Ocean currents work like an endless global conveyor belt moving oxygen, nutrients, carbon and heat around the globe. ![]() "It was not a result where we said: 'Oh, yeah, here we have it'. "The expected tipping point - given that we continue business as usual with greenhouse gas emissions - is much earlier than we expected," co-author Susanne Ditlevsen, a professor of statistics and stochastic models in biology at the University of Copenhagen, told Live Science. But human-caused climate change may push the AMOC to a critical tipping point sooner rather than later, researchers predicted in a new study published Tuesday (July 25) in the journal Nature Communications. ![]() ![]() Specific applications of single-crystal diffraction include: The crystal structure of a mineral is a characteristic property that is the basis for understanding many of the properties of each mineral. Bond-lengths and angles are directly related to the atomic positions. Single-crystal X-ray diffraction is most commonly used for precise determination of a unit cell, including cell dimensions and positions of atoms within the lattice. ![]() X-rays may also be produced using a synchotron, which emits a much stronger beam. ![]() A detector records and processes this X-ray signal and converts the signal to a count rate which is then output to a device such as a printer or computer monitor. When the geometry of the incident X-rays impinging the sample satisfies the Bragg Equation, constructive interference occurs. These X-rays are collimated and directed onto the sample. Molybdenum is the most common target material for single-crystal diffraction, with MoK α radiation = 0.7107 Å. K α1and K α2 are sufficiently close in wavelength such that a weighted average of the two is used. Filtering, by foils or crystal monochrometers, is required to produce monochromatic X-rays needed for diffraction. The specific wavelengths are characteristic of the target material. K α1 has a slightly shorter wavelength and twice the intensity as K α2. These spectra consist of several components, the most common being K α and K β. When electrons have sufficient energy to dislodge inner shell electrons of the target material, characteristic X-ray spectra are produced. X-rays are generated in a cathode ray tube by heating a filament to produce electrons, accelerating the electrons toward a target by applying a voltage, and impact of the electrons with the target material. X-ray diffractometers consist of three basic elements, an X-ray tube, a sample holder, and an X-ray detector. Single-crystal X-ray Diffraction Instrumentation - How Does It Work? This procedure is described fully on the single-crystal structure refinement (SREF) page. After the structure is solved, it is further refined using least-squares techniques. This step is referred to as the solution of the crystal structure. This pattern has a reciprocal Fourier transform relationship to the crystalline lattice and the unit cell in real space. Indices ( hkl) may be assigned to each reflection, indicating its position within the diffraction pattern. Typical mineral structures contain several thousand unique reflections, whose spatial arrangement is referred to as a diffraction pattern. Powder and single-crystal diffraction vary in instrumentation beyond this. A key component of all diffraction is the angle between the incident and diffracted rays. These X-rays are directed at the sample, and the diffracted rays are collected. By changing the geometry of the incident rays, the orientation of the centered crystal and the detector, all possible diffraction directions of the lattice should be attained.Īll diffraction methods are based on generation of X-rays in an X-ray tube. ![]() ![]() These diffracted X-rays are then detected, processed and counted. This law relates the wavelength of electromagnetic radiation to the diffraction angle and the lattice spacing in a crystalline sample. The interaction of the incident rays with the sample produces constructive interference (and a diffracted ray) when conditions satisfy Bragg's Law ( n λ=2 d sin θ). These X-rays are generated by a cathode ray tube, filtered to produce monochromatic radiation, collimated to concentrate, and directed toward the sample. X-ray diffraction is based on constructive interference of monochromatic X-rays and a crystalline sample. X-ray diffraction is now a common technique for the study of crystal structures and atomic spacing. Max von Laue, in 1912, discovered that crystalline substances act as three-dimensional diffraction gratings for X-ray wavelengths similar to the spacing of planes in a crystal lattice. ![]() |
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