61. Properties Of Lattice-Matched And Strained Indium Gallium Arsenide InGaAs, grown on both GaAs and InP, is playing a pivotal role in the study of quantum systems which promise applications in microelectronic and http://www.knovel.com/knovel2/Toc.jsp?BookID=1136

62. Fence And Fencing Information For Pre-built Lattice Panels Learn about the many options for regular and prebuilt fencing and lattice panels. http://www.wrcla.org/cedarprojects/fences-gates/latticepanels.asp

Home Sitemap Contact About WRCLA Home Cedar Products Cedar Outdoor Outdoor Projects ... Fences Lattice Panels Photo Galleries Cedar Products Cedar Benefits Purchasing Cedar ... Outdoor Photo Gallery Cedar lattice panels are an alternative or an addition to a solid cedar board fence. Rough or smooth-sawn lattice is available pre-built in a choice of square or diagonal patterns in modular sizes to match the most common prebuilt fence panels and post spacings. A lattice fence offers less wind resistance than a solid fence and allows sunlight into shady garden areas. The degree of privacy is governed by the obscurity ratio of the latticework. A simple post and rail lattice fence. Finials on posts add a distinctive touch. Clear cedar lattice is one popular option but lattice manufactured from cedar with sound tight knots is both economical and good quality. Lattice made from 1"x2" (25mm x 51mm) cedar is more sturdy and lasts longer than panels made from lath. When purchasing lattice, you should make sure that it is well-manufactured from good quality cedar of adequate thickness and that it has been correctly assembled. Heavier lattice panels are usually assembled with staples only and require no perimeter framing. Thinner lath lattice may be assembled with exterior-type glue and/or with staples. Lath lattice should be framed around its perimeter. The better quality lath lattice is stapled such that the crown of the staple is flush or counter-sunk in the wood and the points of the staple do not penetrate the face of the panel.

63. Crystallographic Topology - Lattice Complexes lattice complexes are convenient for the next step up past the coordination vector. In fact, the fcc and hcp configurations have their own lattice complex http://www.ornl.gov/sci/ortep/topology/lattice.html

Crystallographic Topology 101 5. Lattice Complexes on Critical Nets on Orbifolds Critical nets on orbifolds, as presented in Sect. 4., provide a wealth of local topology information about the parent space group and simple structures on that space group. The global topology information is also there, encoded in the macrodetails of the critical net graph and orbifold, but sometimes we need a more specific summary of the global picture. A simple example concerns the difference between face centered cubic (fcc) and hexagonal closest packing (hcp) which have identical substructures as indicated by the coordination vector. Lattice complexes are convenient for the next step up past the coordination vector. In fact, the fcc and hcp configurations have their own lattice complex symbols F and H, respectively. Lattice Complex Background Lattice complexes have a 77 year history in crystallography. We find much of the literature on lattice complexes more complex than we need for our application, but there is a well written paper, Hellner (1965), which describes the basics we use. Once those basics are understood, certain key tabulations in Fischer, Burzlaff, Hellner, and Donnay (1973); Koch (1984); and Fischer and Koch (1995) become useful. The definition given in the most recent reference is that a lattice complex is the set of all point configurations that may be generated within one type of Wyckoff set. Hellner's definition is that a lattice complex is an arrangement of equivalent points (or equipoints) that are related by space group symmetry operations, including lattice translations.

64. Lattice Definition of lattice, possibly with links to more information and implementations. http://www.nist.gov/dads/HTML/lattice.html

lattice (definition) Definition: A point lattice generated by taking integer linear combinations of a set of basis vectors. See also reduced basis Author: CRC-A Go to the Dictionary of Algorithms and Data Structures home page. If you have suggestions, corrections, or comments, please get in touch with Paul E. Black Entry modified 17 December 2004. HTML page formatted Mon Sep 11 09:46:04 2006. Cite this as: Algorithms and Theory of Computation Handbook, CRC Press LLC, 1999, "lattice", in Dictionary of Algorithms and Data Structures [online], Paul E. Black, ed., U.S. National Institute of Standards and Technology . 17 December 2004. (accessed TODAY) Available from: http://www.nist.gov/dads/HTML/lattice.html

65. Berroco® Free Pattern | Lattice Our knitted stocking pattern, in Comfort™ and Plush™ features a 2 color lattice stitch that creates dimensional color contrast. PDF Pattern Instructions http://www.berroco.com/exclusives/lattice/lattice.html

Home Yarn Shops Handeze Glove Free KnitBits ... Scarf Central E-mail this page to a friend. Find free patterns in Free Pattern Library previous issues of KnitBits Free Lattice knit in and Skill level: Intermediate enlarge model enlarge detail Stitch Glossary Yarn used ... Like this pattern? You may also like these patterns from our recent booklets . . . PDF Pattern Instructions here One size SIZE MATERIALS 1 Ball each BERROCO COMFORT (50 grs), #9752 Adirondack (A), #9760 Beetroot (B) and #9721 Sprig (C) 1 Ball BERROCO PLUSH (50 grs), #1901 Crema (D) Crochet hook, size 5.00 mm (H) 1 St marker Tapestry needle GAUGE TO SAVE TIME, TAKE TIME TO CHECK GAUGE STITCH GLOSSARY HORIZONTALLY WRAP To horizontally wrap 3 sts, (sl the last 3 sts worked back to LH needle WYIB, bring yarn to front and sl the same 3 sts back to RH needle) twice forming a double horizontal wrap around these 3 sts. Pull yarn up snuggly to tighten wrap and continue to work across row. PATTERN STITCH (Multiple of 8 sts) Note: Sl all sts with yarn in back. Rnd 1 (Set-up rnd): With B, sl 1, * k1, k3, horizontally wrap these 3 sts, k1, sl 3, rep from * around, end last rep sl 2 instead of sl 3.

66. Lattice Partners(TM) lattice PartnersTM adopts a highly practical approach in our interventions. Seamlessly combining structure, process, and incentive design with coaching and http://www.latticepartners.com/

Lattice Partners TM adopts a highly practical approach in our interventions: Seamlessly combining structure, process, and incentive design with coaching and counseling capabilities Using software technology to make diagnosis and intervention fast and cost-effective Integrating broadly across our experience in general management consulting and expertise in human assets disciplines We work collaboratively with clients to tackle pressing organizational and human asset challenges by sensing changing dynamics, intervening to improve performance, and building institutional capability. Privacy Legal Monitor Company Group, LLP

67. Lattice Screens | Wood Lattice How to screen unsightly objects in the yard, such as HVAC units, using lattice screens. Both vinyl and wood lattice are available at home improvement http://landscaping.about.com/cs/lazylandscaping/ht/lattice_screens.htm

zOBT=" Ads" zGCID=" test1" zGCID=" test1 test5" zJs=10 zJs=11 zJs=12 zJs=13 zc(5,'jsc',zJs,9999999,'') z160=zpreC(160,600);z336=zpreC(336,280);z728=zpreC(728,90);z133=zpreC(336,133);zItw=160 if(thin)gEI('globalwrapper').className='thin'; Search over 1.4 million articles by over 600 experts Search Landscaping var h2=document.getElementsByTagName("h2")[0];if(h2.getElementsByTagName("a")[0].firstChild.nodeValue.length>29)h2.className="long"; Home Landscaping Email Print ... in My Forum How To Build Wood Lattice Screens h1 = document.getElementById("title").getElementsByTagName("h1")[0];h1.innerHTML = widont(h1.innerHTML); By David Beaulieu , About.com See More About: lattice fences privacy screens types of fences decks ... fence posts Wood lattice screen or lattice "fence." David Beaulieu Lattice screens hide many an imperfection in yards. You may have an unsightly HVAC unit lying on the ground next to your home, where you'd rather have plants. Or perhaps you'd like to fence in a garbage storage area or the underpinnings of a deck, so that they're not so visible. Wood lattice screens work well for these and other screening needs. Vines can later be trained up the wood lattice fencing to provide further screening. Difficulty: Average Time Required: 2 days Here's How: If the wood lattice screen is to be freestanding, install posts to support the lattice. In turn, the posts will be sunk into the ground and supported by concrete. In this project I'm referring to wooden posts and a wood lattice (not vinyl). If the lattice fencing is 4' x 8', you'll need to space the 2 postholes about 8' apart. Err on the side of spacing them a bit closer (you can always trim excess lattice).

68. Lattice Computers In crystallography A3, the facecentered cubic lattice (found, for example, in crystalline argon), is based on a standard, space-efficient stacking of http://www.cis.udel.edu/~case/lattice.html

Lattice Computers A lattice is essentially a discrete analog of a vector space and is of importance, for example, in crystallography. In crystallography A3, the face-centered cubic lattice (found, for example, in crystalline argon), is based on a standard, space-efficient stacking of oranges or cannon balls. Below is a picture of a tiny lattice computer where the identical, synchronized processors (pictured as big spheres) are connected (by identical communication links) to A3-lattice nearest neighbors. This project has involved developing theoretical underpinning and algorithms for lattice-connected, parallel processing computers, which computers are intended to provide useful, natural, and provably controlled , efficient simulations of the motion of objects in space. The algorithms developed (and being developed) show that controlled, discrete, linear in real time, analog simulation of continuous motion is possible and feasible in lattice computers. Our algorithms to date can found in the REPRESENTATIVE PUBLICATIONS below together with Anil Shende 's Ph.D. dissertation, done under my direction:

69. Lattice Incorporated lattice Incorporated is a growing combination of talented and experienced solution providers focused on reliable and secure information and communications http://www.latticeincorporated.com/

Home About Us Contact Info Investor Relations ... Contact Us Security and Reliability in IT and Communications for both Governmental and Commercial Solutions The technical solutions space is a fragmented one. Solutions that address vertical markets abound, sometimes flourishing in their niche but so thoroughly focused on it they struggle to expand. Limitations arise in two dimensions: Lattice Incorporated is devoted to weaving interlocking solutions in both dimensions. We offer a rich array of market expertise and technical ability. These are provided across many markets and include a variety of focused solutions. We bring advanced information and communications technology to the government and commercial markets. Our Solutions The company continues to focus on finding and integrating companies with highly secure advanced technology solutions suitable for deployment within key government agencies. Science Dynamics Corporation (SciDyn) is a provider of advanced information and communications technology to the government and commercial markets. The company's technical services division designs, deploys and manages advanced technological solutions at key government agencies and mid- to large- sized enterprises. SciDyn's technical products division consists of several core proprietary platforms used to develop customized software applications in multiple vertical markets. SciDyn's core technologies enable new and legacy software programs to be deployed and accessed remotely using DoD-certified security. Recently acquired operating subsidiary Ricciardi Technologies, Inc. (RTI) is a provider of advanced enterprise architecture services to government agencies. In addition to expanding SciDyn's customer base and revenue opportunities, RTI owns significant intellectual property in embedded sensor technology Sensorview. SciDyn anticipates significant benefits by merging proprietary technologies across multiple product lines.

70. Dotfiles.org | Lattice | .irbrc lattice /.irbrc. See the comments for a description of functionality. Enable tabcompletion. require irb/completion Enable prompt-less prompts http://dotfiles.org/~lattice/.irbrc

dotfiles.org lattice /.irbrc See the comments for a description of functionality. # Enable tab-completion. require irb/completion # Enable prompt-less prompts IRB conf PROMPT XMP RETURN " IRB conf PROMPT XMP " " IRB conf XMP # Auto-indentation. IRB conf true # Readline-enable prompts. require irb/ext/save-history IRB conf true IRB conf IRB conf File " ~/.irb.history") # local_methods shows methods that are only available for a given object. class Object def self methods sort self class superclass methods end end # Dynamic method finding; e.g., "hello".what? == 5 #=> ["length", "size"] begin # require File::expand_path("~/.irb_lib/method_finder") require rubygems require rescue LoadError puts " Error loading method_finder. Run sudo gem install to enable Object#what? method finding." end # Colorize results begin require rubygems require wirble Wirble init Wirble colorize rescue LoadError puts " Error loading Wirble. Run sudo gem install wirble to enable colorized results." end # Inline colorized ri (override wirble's) RIARGS -f ansi require rdoc/ri/ri_driver class MyStupidRiDriver RiDriver def self ri topics topics map topic topic begin MyStupidRiDriver new topics rescue e puts "

71. MIMD Lattice Computation (MILC) Collaboration Home Page Our recent work has received considerable attention outside the field of lattice QCD. Links to some of the articles about it are given below. http://www.physics.indiana.edu/~sg/milc.html

MIMD Lattice Computation (MILC) Collaboration Current members: Jon Bailey, Washington University Claude Bernard, Washington University Carleton DeTar, University of Utah Steven Gottlieb, Indiana University Urs M. Heller, American Physical Society James Hetrick, University of the Pacific Ludmila Levkova, Indiana University James Osborn, Boston University Dru B. Renner, University of Arizona Robert Sugar, University of California, Santa Barbara Doug Toussaint, University of Arizona Former members: C. Aubin, T. Blum, T. Burch, A. De, T. DeGrand, E. Gregory, N. Ishizuka, A. Krasnitz, L. Karkkainen, J. Labrenz, F. Maresca C. McNeile, K. Orginos, K. Rummukainen, and M. Wingate The MILC Research Program: We use large scale numerical simulations to study quantum chromodynamics (QCD), the theory of the strong interactions of subatomic physics. This research addresses fundamental questions in high energy and nuclear physics, and is directly related to major experimental programs in these fields. Research Objectives Recent Results MILC Gauge Configurations The MILC USQCD Project ... MILC Publications The MILC Code and Gauge Configurations: The MILC Code is freely available, as are the gauge configurations we have generated with it. The code and a reference manual can be found at

72. The Geometry Junkyard: Geometry Of Numbers Informally, a lattice is an infinite arrangement of points spaced with sufficient See also Sloane s spherepacking and lattice theory publications. http://www.ics.uci.edu/~eppstein/junkyard/lattice.html

Lattice Theory and Geometry of Numbers Informally, a lattice is an infinite arrangement of points spaced with sufficient regularity that one can shift any point onto any other point by some symmetry of the arrangement. More formally, a lattice can be defined as a discrete subgroup of a finite-dimensional vector space (the subgroup is often required not to lie within any subspace of the vector space, which can be expressed formally by saying that the quotient of the space by the lattice is compact). The simplest and most commonly-studied example of a lattice (the "integer grid") is formed by the points all Cartesian coordinates of which are integers. Other types of lattices arise in crystallography and in sphere packing , where they are used to describe the locations of atoms or spheres. Lattices are also particularly important in the theory of periodic tilings , since they describe the set of translational symmetries of a tiling. Catalogue of lattices Sloane's sphere-packing and lattice theory publications Connect the dots . Ed Pegg asks how many sides are needed in a (self-crossing) polygon, that passes through every point of an n*n grid. I added a similar puzzle with circular arcs. Crystallographic topology . C. Johnson and M. Burnett of Oak Ridge National Lab use topological methods to understand and classify the symmetries of the lattice structures formed by crystals. (Somewhat technical.) Equilateral triangles . Dan Asimov asks how large a triangle will fit into a square torus; equivalently, the densest packing of equilateral triangles in the pattern of a square lattice. There is only one parameter to optimize, the angle of the triangle to the lattice vectors;

73. Acurio Lattice Works: Decorative Lattice Solutions Custom Lattice Designs The Acurio Story Acurio latticeworks was conceived when company founder Marcus McAvoy went in search of unique decorative deck rail panels for his home http://www.acuriolattice.com/

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74. A Snow Crystal Primer The water molecules in an ice crystal form a hexagonal lattice, as shown at right (the two structures show different views of the same crystal). http://www.its.caltech.edu/~atomic/snowcrystals/primer/primer.htm

Snowcrystals.com Home Natural Snowflakes Photo Gallery I Photo Gallery II Photo Gallery III Guide to Snowflakes ... Snowflake Store Designer Snowflakes I: First Attempts II: Better Snowflakes III: Precision Snow Snowflake Movies ... Designer's Page Frost Crystals Guide to Frost Frost Photos Snowflake Physics Snowflake Primer Snow Crystal FAQs No Two Alike? Crystal Faceting Snowflake Branching ... Myths and Nonsense Snow Activities Snowflake Watching Photographing Snow Make Your Own Snowflake Fossils ... Activities for Kids Snowflake Touring Snowflake Hot Spots Northern Ontario Hokkaido, Japan Michigan U. P. ... California Mountains A Snowflake Primer ... The basic facts about snowflakes and snow crystals ... S nowflakes and snow crystals Snowflakes and snow crystals are made of ice, and pretty much nothing more. A snow crystal , as the name implies, is a single crystal of ice. A snowflake is a more general term; it can mean an individual snow crystal, or a few snow crystals stuck together, or large agglomerations of snow crystals that form "puff-balls" that float down from the clouds.

75. USQCD: US Lattice Quantum Chromodynamics lattice QCD has made great strides in its ability to contribute to the analysis of flavor data, but in many cases there are exciting prospects for further http://usqcd.fnal.gov/lattice-experiment2007.html

Lattice QCD Meets Experiment Workshop 2007 Fermilab December 10-11, 2007 Purpose With the increasing precision of flavor physics experiments, many crucial analyses are becoming limited by theoretical precision. Lattice QCD has made great strides in its ability to contribute to the analysis of flavor data, but in many cases there are exciting prospects for further improvement. This workshop will focus on the status and prospects for flavor physics theory and experiment, and the needs of theory and experiment from each other. Topics K D , and B mesons leptonic and semileptonic decays, meson-antimeson mixing, spectroscopy, future high-precision flavor facilities. Program Talks Schedule of talks Speakers : email links to your talks or pdf to mackenzie@fnal.gov for linking on the schedule web page. Fermilab site map The program will begin at 9:00 AM both days. It will run until around 6:00 PM on Dec. 10, and until midday on Dec. 11. The program will consist of overview talks focusing on summaries of current status, prospects, and the needs of theory and experiment from each other. The talks will be relatively brief, with ample time scheduled for discussion, as in the program from last year's BaBar/lattice workshop Registration Register by sending email to olivia@fnal.gov

76. Frontier For this reason, lattice has gone well beyond the IP catalog itself to lattice Semiconductor will be at the Embedded Systems Conference in Boston on http://latticeblogs.typepad.com/

Frontier The weblog of innovation at Lattice Semiconductor It's all about the gearbox: for low-cost ADC to FPGA interfacing, that is Although I am a marketer, I am an online marketer. This tends to make me somewhat skeptical towards marketing claims, since my day-to-day job is to get rid of claims that can been seen as subjective on websites. However, it turns out that our low-cost 90nm FPGAs , namely the LatticeECP2/M and do have differentiated I/Os in our industry I/Os that make them particularly well suited to interface between high-speed serial ADCs and FPGAs, deserializing the serial data from the ADCs, and preparing it for pre-processing within the FPGA or further processing outside the FPGA. In order to reliably meet all timing restrictions and compensate for delay variations within the FPGA across deserializer instantiations in most FPGAs, one has to use PLLs/ DLLs to reestablish phase relationship within the FPGA. It is not difficult to get the deserializer logic to operate reliably as long as the data rate is low. But in general it is very difficult achieve timing closures on 8 instantiations of deserializers for data rates of greater than about 500 Mega samples in low-cost FPGAs. However, this is not the case for Lattice low-cost FPGAs.

77. Solid State Physics: Interactive Learning This JAVA applet calculates the energy contours for the electrons in a 2 dimensional, hexagonal lattice. The energy band is represented by a tight binding http://buckminster.physics.sunysb.edu/intlearn/electrons/electrons.html

Electrons in a 2D lattice: Energy contours and density of states By Carlos Rivera Important!: Your browser must be configured to run Java. This JAVA applet calculates the energy contours for the electrons in a 2 dimensional, hexagonal lattice. The energy band is represented by a tight binding approximation: E t (2 cos 0.5 k x a * cos 0.866 k y a + cos k x a t' (2 cos 0.866 k y a * cos 1.5 k x a + cos 1.73 k y a where a is the lattice spacing. On the plots the energy is measured in units of the nearest neighbor overlap integral t t' is the the overlap integrals to second neighbor atoms. For any physical situation t'/t is always less than 1 and for larger values the plots may not get drawn at all. The density of states is plotted on the right hand side. In order to save computing time, the DOS is calculated on a rather crude grid, resulting in the loss of fine details. Finally, the Fermi energy (represented by red contour lines on the plot) can be specified. The corresponding band occupancy is calculated. Back to the Interactive Learning page

78. Redfield Plugins - Lattice Composer: Plugin For Adobe Photoshop lattice Composer Photoshop Plugin Filter the effect designer of grids and nettings. Produces variety of weave patterns, fabric textures, body art tattoos http://photoshop.pluginsworld.com/plugins/adobe/338/redfield-plugins/lattice-com

Plugin for Adobe Photoshop Lattice Composer by Redfield Plugins Plugins for Adobe Acrobat AfterEffect Illustrator ... iTunes Our promotions Expressionist by Redfield Plugins: USD (Save 10%!) Tone Mapping ... (Save 10%!) Services Plugins store News Links Login ... 3D Effect Lattice Composer By Redfield Plugins Plugin for: Photoshop Category: 3D Effect License: Freeware Rating: Rate this plugin: http://www.redfieldplugins.com/ Download it Description Screenshots (0) ... Tutorials (0) Lattice Composer Photoshop Plugin Filter - the effect designer of grids and nettings. Produces variety of weave patterns, fabric textures, body art tattoos and skeleton simulations. Extraordinary text effects. Full replacement of former Mesh 3D filter. Other plugins from Redfield Plugins For Photoshop: Bas-Relief Craquelure 3D Emblazer Expressionist ... Water Ripples Suggested links About Photoshop: Adobe PhotoShop for Textile design Adobe Photoshop tutorials and tips Digital media training series Grafnet ... Tutorial Outpost All trademarks are property of their legal owner.

79. Physics Today February 2004 - Article: Lattice Quantum Chromodynamics Comes Of A In 1974, Kenneth Wilson at Cornell University formulated a version of QCD on a discrete spacetime lattice (see the left panel of figure 1) and, http://www.physicstoday.org/vol-57/iss-2/p45.html

document.writeln(AAMB7); advanced search ADVERTISING JOBS ... Past issues articles Lattice Quantum Chromodynamics Comes of Age Quantum chromodynamics is the elegant but notoriously intractable theory of the strong interactions. Recent advances in numerical computer simulation are beginning to reveal, in impressive detail, what the theory predicts. Carleton DeTar and Steven Gottlieb February 2004 , page Lattice QCD In formulation, QCD and QED are strikingly similar. Both are gauge-invariant quantum field theories. The key difference is that photons in QED are neutral; so they can't interact directly with each other. The gluon is the QCD analog of the photon; it carries the strong force between quarks. But quite unlike photons, gluons do carry color charge, the analog of electric charge. So gluons interact directly with each other as well as with quarks. (See the article by Frank Wilczek in Physics Today, August 2000, page 22 That seemingly innocent change has dramatic consequences for phenomenology. It is the root of QCD's daunting complexity. Electrons, positrons, and photons can be separated and isolated at macroscopic distances. Quarks, antiquarks, and gluons cannot. This prohibition, called color confinement, assures that all the elementary particles (the hadrons) composed of quarks, antiquarks, and gluons come in precise color-neutral combinations. Loosely speaking, this means that they come either in quark-antiquark pairs (the mesons) or in triplets of quarks (the baryons). Several recently discovered "pentaquark" baryons appear to combine a quark triplet with a quark-antiquark pair (see

80. Glazed Apple Lattice Coffee Cake Recipe At Epicurious.com Find delicious apple recipes, like glazed apple lattice coffee cake, and other recipes at Epicurious.com. http://www.epicurious.com/recipes/food/views/240093

home welcome epicurious user my recipe box my profile preferences ... sign out Not a member? To save, rate, and share recipes, join now ! Already a member? sign in an easter parade of tasty treats more on epicurious... Roasting lamb with Lidia Bastianich Colin Cowie's elegant eggy brunch The ultimate Easter candy basket mboxCreate('Epi_BA_Recipedetail_header'); print full page full page w/ photo 3x5 card ... e-mail font size: A A A glazed apple lattice coffee cake October 2007 Jean Anderson recipe photo reviews (20) my notes new LoginRequiredLink('240093','notes_tab','/recipes/food/notes/240093','recipeBox'); Ingredients Dough: 1 package active dry yeast 1/2 cup whole milk 6 tablespoons sugar 5 tablespoons unsalted butter, diced, room temperature 1 teaspoon salt 2 large egg yolks 1 teaspoon finely grated orange peel 1/2 teaspoon ground cardamom 1/4 teaspoon ground nutmeg 2 to 2 1/4 cups all purpose flour Filling: 2 tablespoons (1/4 stick) unsalted butter 6 tablespoons (packed) golden brown sugar 1 1/4 pounds Golden Delicious apples (about 3 medium), peeled, cored, quartered, cut crosswise into 1/4-inch slices

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