If I slice this, the right angle (not any right angle - 90º -īut 'the right angle' - the proper angle. If I try to draw the plane - but you get the actual idea: This could be,Īnd alike I'm gonna draw the plane - yet maybe it won't be so obvious Right over here, like this, and then you slice this side Quite like that, now you slice this side, Like that, this back side that you can see, Right over there, like this, Imagine slicing this backside, we'll do it a little bit different - so imagine slicing the top, Think about it: How can you get a pentagonīy slicing a cube with a plane? All right, so here I go, this is how you can get a pentagonīy slicing a cube with a plane: Imagine slicing the top Some really interesting things: Can you get a pentagonīy slicing a cube with a plane? And I really want you to pause the videoĪnd think about it here, because that's such a fun thing. You can do an isosceles, you can do scalene triangles. So actually you're not gonna be able to do an obtuse triangle either. So you can't quite have an exactly a right angle,Īnd so since you can't get to 90º, sure enough you can't get near to 91º, Who'd still be less than 90º, you can approach 90º. Really, really close, like here, you would approach having a right angle,īut it wouldn't be quite a right angle: you'd still have these angles If you pushed this point up more,Īctually I'd do that in a different color, you were going to haveĪn isosceles triangle. On this space of the cube, that's gonna be an equilateral triangle. You could constructĪn equilateral triangle, so as long as this cut is the same lengthĪs this cut right over here, is the same length as that upper length, or the length that intersects I can keep drawing the plane, but I think you get the idea - this would be a triangle. You can cut this side over here, this side right over here, and this side right over here, and then, this is it - of course If you think you can figure it out, triangles are not so bad. But what about triangles?" Well, once again pause the video I can get a square, I can get a rectangle. "Ok, that's not so hard to digest, that if I intersect a plane with a cube, That magicians use to saw people in half, or pretend like they are - they give us the illusion of sawing people in half, it might look something like this. If you imagine the plane just like one of those huge blades Let me shade in the stuff, if you kind of view this, So it might look like this, and once again That I'm cutting with, and my cube is going to beĪ rectangle. That I'm actually cutting with, so the intersection of the plane That you are cutting with so, the intersection, let's see: This could be the plane Right over there, then the intersection of the plane I think you'd see where this is going, this side like that, and then you cut the bottom, You can actually cut like this: So, if you cut this side like this, and then cut that side like that, and then you cut this side like that That I'm talking about? Well for a rectangle On your own: How can you get these shapes How can you get that? And at any point, I encourage you: Pause the video and try to think about it So a square isĪ pretty straightforward thing to get, if you're doing a planar slice of a cube. it could look something like this.Īnd I can even color in the part of the plane that you couldĪctually see it the cube were opaque, if you couldn't see through it.īut if you could see through it you would see this dotted line,Īnd the plane would look like that. Let me see if I can do a decent,Īs you see you'd say a part of the plane, that is cutting this cube. So you can imagine a plane that did this, and if I wanna draw the broader plane, Of the glass cube, where you will see it, right over there, dotted line, and then it cuts this, right over here. We are to cut, just like this, the square is maybe the most obvious one, so it cuts the top right over there, it cuts the side, right over here, it cuts the side, I guess on the back To get the intersection of this cube, and that plane to be a square? We'll imagine that that plane So what am I talking about? Let's say we wanna deconstruct a square: How can we slice a cube with a plane Is explore the types of 2D shapes we can construct,īy taking planar slices of cubes.
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Atypical X-SCID, which usually is not detected by NBS, can manifest in the first years of life or later with one of the following: recurrent upper and lower respiratory tract infections with bronchiectasis Omenn syndrome, a clinical phenotype caused by immune dysregulation X-SCID combined immunodeficiency (often with recurrent infections, warts, and dermatitis) immune dysregulation and autoimmunity or Epstein-Barr virus-related lymphoproliferative complications. With universal NBS for SCID, the common presentation for typical X-SCID is now an asymptomatic, healthy-appearing male infant. Be sure to follow relevant directions on product labels and. Prior to universal newborn screening (NBS) for SCID most males with typical X-SCID came to medical attention between ages three and six months because of recurrent infections, persistent infections, and infections with opportunistic organisms. Keep in mind that natural products are not always necessarily safe and dosages can be important. Hybridoma clones may be grown in cell culture for collection of antibodies from ascites fluid.The phenotypic spectrum of X-linked severe combined immunodeficiency (X-SCID) ranges from typical X-SCID (early-onset disease in males that is fatal if not treated with hematopoietic stem cell transplantation or gene therapy) to atypical X-SCID (later-onset disease comprising phenotypes caused by variable immunodeficiency, immune dysregulation, and/or autoimmunity). Monoclonal antibodies are especially useful as primary antibodies in applications that require single epitope specificity and an unchanging supply over many years of use. Such hybridomas may be stored frozen and cultured as needed to produce the specific monoclonal antibody. Fortunately, this restriction has been overcome with the development of hybridoma technology, wherein isolated B lymphocytes in suspension are fused with myeloma cells from the same species (usually mouse) to create monoclonal hybrid cell lines that are virtually immortal while still retaining their antibody-producing abilities. However, while B lymphocytes can be isolated from suspensions of spleen or lymph node cells excised from immunized animals, they have a limited life span and cannot be cultured directly to produce antibody in useful amounts. All antibodies secreted by a B cell clone are identical, providing a source of homogeneous antibody having a single defined specificity. Polyclonal antibodies, which are generally purified directly from serum, are especially useful as labeled secondary antibodies in immunoassays.īecause an individual B lymphocyte produces and secretes only one specific antibody molecule, clones of B lymphocytes produce monoclonal antibodies. Because it contains this heterogeneous collection of antigen-binding immunoglobulins, an antibody purified from such a sample is called a polyclonal antibody. All of these cells originate from common stem cells, yet each develops the individual capacity to make an antibody that recognizes a particular determinant (epitope) on the same antigen. As a consequence of this heterogeneous response, serum from an immunized animal will contain numerous antigen-specific antibody clones, potentially of several different immunoglobulin classes and subclasses comprising generally 2 to 5% of the total immunoglobulin. Typically, the immunological response to an antigen is heterogeneous, resulting in many different cell lines of B lymphocytes (precursors of plasma cells) producing antibodies to the same antigen. For example, in humans, functioning IgM antibodies have five Y-shaped units (pentamer) containing a total of ten light chains, ten heavy chains, and ten antigen-binding.Īntibodies (whatever their class or subclass) are produced and purified in two basic forms for use as reagents in immunoassays: polyclonal and monoclonal. While there are five different types of heavy chains, there are only two main types of light chains: kappa (κ) and lambda (λ).Īntibody classes differ in valency as a result of different numbers of Y-like units (monomers) that join to form the complete protein. The polypeptide protein sequences responsible for these differences are found primarily in the Fc fragment. IgG molecules have heavy chains known as gamma-chains IgMs have mu-chains IgAs have alpha-chains IgEs have epsilon-chains and IgDs have delta-chains.ĭifferences in heavy chain polypeptides allow these immunoglobulins to function in different types of immune responses and at particular stages of the immune response. These are distinguished by the type of heavy chain found in the molecule. The five primary classes of immunoglobulins are IgG, IgM, IgA, IgD, and IgE. But with the growing popularity of 11 and 12-inch tablets, the 10 inch tablet screen size now falls in the mid-size tablets category. That’s why these tablets became less popular, and manufacturers rarely release 9-inch tablets.ġ0-inch tablets were considered outstanding full-size tablets for years. 7 and 8-inch tablets are quite portable while 10-inch and above tablets are best for productivity, but 9-inch tablets were neither portable nor productive. Tablets with 9 inch screen sizes were manufactured by many well-known tech companies like Apple, Samsung, Huawei, and Asus, etc., a few years ago. Some of the well-known 8 inch tablets are Apple iPad Mini (2021), Samsung Galaxy Tab A 8.4 (2020), Samsung Galaxy Tab A7 Lite, Amazon Fire HD 8 Plus (2020), Microsoft Surface Duo, and Huawei MediaPad M5 Lite. That’s why they are superb for gaming and productivity, along with everyday tasks like e-reading, note-taking, web browsing, and media consumption, etc. In addition, the 8-inch tablets come with a larger screen area compared to the 7-inch. Also, you can check the weight and price of these tablets in the tablet size comparison chart for better understanding. The average price of these tablets ranges from $100 to $300. For folks, who are always on the go and want mid-size tablets, 8 inch tablets are a good option. These tablets are easy to tote around due to their 8-inch display size and lightweight design. Because they offer great portability and, at the same time, provide a large screen for maximum productivity. Among many 7-inch tablets, some of the most popular are the Apple iPad mini (2019), Samsung Galaxy Tab A7 (2016), and Lenovo Tab M7 3rd Gen (2021).Ĩ inches screen size tablets are considered the best mid-size tablets. Still, for normal multitasking, the 7 inch tablets are excellent. Due to their economical prices, they are housed with low storage memory and slow chipsets. On the other hand, they are not good for running productivity apps and high-end gaming because of their small display. Some budget models come under $100, but typically, their price ranges up to $200.įurthermore, a 7-inch screen size is great for reading eBooks and other routine tasks like browsing, watching videos, low-end gaming, etc. 7-inch tablets are quite popular among budget users because they are the most affordable among standard tablet sizes. This is why they can easily fit into your jacket pocket, bag, or purse and can be comfortably carried. These tablets are slim, lightweight, and generally weigh around 0.7 pounds. Tablets featuring a 7-inch screen size are known for their ultraportable nature. Our guide on tablet sizes tells you what size is preferable for various uses, along with its dimensions, price range, and popular tablets from that size. Tablet size is something that most of us find difficult to decide. Some tablets are best for productivity, whereas others are well-known for gaming, entertainment, and general use. Each size is suitable for a specific purpose. Regular tablet sizes range from 7-inches to 12-inches and above. When you are satisfied with the size, click the “Measure” button at the top of the screen.ĥ. Adjust the size of the ruler by dragging the white circle in the lower left corner of the screen.Ĥ. Position your device (tablet, phone or laptop) so that the screen is level with the object you want to measure.ģ. Go to ruler.digital in any web browser.Ģ. You can use it in any web browser, tablet, phone or laptop – which makes it very convenient! Here’s a quick guide to using it:ġ. Ruler.digital is a great online ruler on the screen that is accurate to the millimeter. And because they don’t require batteries or any other power source, you never have to worry about that. They are small and easy to carry, so you always have one on hand when you need it. However, with a digital ruler you can simply lay the fabric flat on a table and measure accurately.įinally, digital rulers are simply more convenient than physical ones. For example, if you are trying to measure the length of a piece of fabric, it can be difficult to get an accurate measurement with a physical ruler because the fabric can bunch or stretch. In addition, a digital ruler allows you to easily switch between metric and imperial units of measurement, making it perfect for use in both the United States and Canada.Īnother great advantage of using a digital ruler is that you can measure objects that are difficult to measure with a physical ruler. And because digital rulers are accurate to the millimeter, you’ll always get an accurate reading, no matter how big or small the object you’re measuring. First, you can take measurements anywhere – whether you’re in the kitchen, office, or field. There are many reasons to use a digital ruler over a physical one. You can use it in any web browser and tablet, phone or laptop – which makes it very convenient! Why use a digital ruler? The digital ruler is an on-screen online ruler that is accurate to millimeters and inches. You can use it in any web browser and tablet, phone or laptop – which makes it very convenient! What is the digital ruler? In the past, if you wanted to measure something, you had to look for a physical ruler. But now, thanks to technology, you can easily use an online digital ruler! The ruler.digital is an on-screen online ruler that is accurate to millimeters and inches. Digital Ruler Online – Actual Size Measurements App You will need scissors and glue for this part. Finish your worksheet on the TH sound.*Print this worksheet and copy the sentence at the bottom: It was really a good thing for Solomon Owl.Write out five words from the worksheet.Holding your fingers against your throat is probably the easiest way to differentiate between unvoiced (ssss) and voiced (zzzz) s sounds if you can’t hear them well yourself.You use your vocal cords for all three of those sounds. If you hold your fingers against your throat when you say “cans,” you’ll feel your vocal cords vibrating for a, n, and s. The s in “cans” is called “voiced” because you do use your vocal cords to make the sound.If you hold your hand against your throat when you say “less,” you’ll feel your vocal cords vibrate when you make the “le-” sound but not when you make the “-ss” sound. It’s just the air between your teeth that makes the s sound. The s in “less” is called “unvoiced” because you don’t use your vocal cords to make the sound.Parents: It can be hard to hear the difference between these ‘s’ sounds.Say each word out loud and decide which type of s it ends with. The other words end in an s that sounds like the buzzing of a bee like in the word can s. Some of words have an s that sounds like the hissing of a snake like in the word les s. Color the rest of your worksheet according to the directions.*Print this worksheet and copy the sentence at the bottom: The feathered folk in Pleasant Valley were all aflutter.You are allowed to move at your own pace (this is homeschooling), but it’s intended you complete one lesson a day. This is the end of your work for this course for your first day.*Print out this worksheet and fill in the long A sound rhyming words.What two long A sound words rhymed in the poem?.For example, the word day has an A sound. This time listen for two rhyming words with A sounds. Do you hear “go” rhyme with “below”? Now ask nicely to have the whole poem read to you again. Did you hear words rhyming in the poem? Read the first two lines again.Please read the poems and go through the assignments with your child. For the first two weeks your child will be asking you or an older sibling to read poems out loud. Note to parents: This curriculum is designed for students to work independently as much as possible, but your first grader is going to need some help and guidance.Have a parent or older sibling read the poem to you.What do you see happening in the picture? It’s the first poem in a book called Abroad. Scroll up above Lesson 1 to see the book options. You’ll want those worksheets available when they come up in the curriculum. Parents: Please decide about buying books or printing out the worksheet packets for the year. This course has an offline version and a printables workbook.If you didn’t get here through My EP Assignments, I suggest you go there and create an account.Just stay focused on your lesson and then close that window and you should be right back here for the next lesson. DO NOT click on anything that takes you to a different website. DO NOT click on any advertisements or games. When you go to the different internet pages for your lessons, please DO NOT click on anything else on that page except what the directions tell you to. Many of your lessons below have an internet link for you to click on. Welcome to your first day of school! I wanted to give you one important reminder before you begin. Lesson 1* (Note that an asterisk * indicates that there is a worksheet on this Lesson) Hence an excellent experience for everyday money transactions. These beginner money worksheets will also help kids to identify coins by their names, appearance, and worth. They will also learn to make changes and solve money word problems while boosting their addition and subtraction skills. Our premium money worksheets will help your kids learn to identify and count coins such as pennies, nickels, dimes, and quarters. Most importantly, they will quickly find where they need help mastering the time and graphing concepts. These worksheets will help kids to see and understand how money values and graphs work. Money and graphing are also valuable math skills for kindergarteners. This is an excellent way for them to develop an in-depth understanding of flat and solid shapes and spatial skills. Introduce your kids to our shapes and patterns worksheets and enhance their visual problem-solving skills as they continue looking for correct shapes or colors to complete and create their own patterns. They will also learn how to classify and complete patterns using shapes, colors, numbers, letters, or objects. They will also learn how to draw shapes, sort shapes by attributes, compare shapes by size or number of sides/corners/faces/edges/vertices, and create shapes by combining other shapes. Apart from being play-based learning, this shapes and patterns activity will help your kids recognize, identify and name standard 2D and 3D shapes such as circles, squares, triangles, rectangles, pentagons, hexagons, cubes, cones, spheres, cylinders, and pyramids. Shapes and patterns worksheets are outstanding math concepts that offer kids a fun and visual learning experience. We will later model these addition and subtraction problems with a number sentence for kids to see math daily.Ībove all, these addition and subtraction worksheets are packed with fun activities such as drawing, filling in the blanks, solving puzzles, and playing games. Hence, the subtraction learning process here will become more interactive and enjoyable.Īlso, to familiarize kids with addition and subtraction vocabulary, we will formulate addition and subtraction word problems using daily events that are familiar to kids. Using manipulatives like cups or counting bears will help kids understand the subtraction problems. Subtraction worksheets consist of simple problems involving removing a small number of objects from a larger set. Our addition worksheets are created with images and numbers for kids to learn and practice various addition strategies. Our addition and subtraction worksheets are free for kinders, teachers, and parents who need extra practice to homeschool their kids enjoyably. Later, they will write equations and use symbols such as +, -, =. These worksheets will help your kids learn how to add and subtract within 10 using various strategies such as counting, using fingers, using objects, using pictures, and using number lines. However, whether you want to use them as homework, extra practice, or review, these worksheets are perfect for your kinders!Īnother essential math skill for kindergarteners is addition and subtraction. So, get the best out of this math practice with clear instructions and examples to guide your kids through each activity and consistent math learning. Also, note that these worksheets supplement classroom math learning and are not a replacement. These worksheets are colorful, interactive, and full of cute pictures and illustrations to capture your kids' attention and motivate them to learn. That's why we created these free worksheets to make math simple and fun for your little ones. Math can be challenging for many kids, especially in kindergarten, but making it fun is vital. Kindergarten math made simple and fun - free worksheets in PDF They cover various topics, from counting and number recognition to addition and subtraction, shapes and patterns, measurement and time, money and graphing, problem-solving, and critical thinking. Our worksheets are designed by experienced educators and aligned with the Common Core State Standards. is your online resource for free printable math worksheets for kinders and more. Heroes Shepherd Pair Cards Matching Game. Why are we making such a fuss? We don't want to alarm you, but we feel obligated to inform you. We give no warranties regarding the data presented. The list is a work in progress, and we reserve the right to make modifications at any time. The Chevrolet Tahoe bulb fitment guide was compiled using information from trusted lighting companies like Osram Sylvania and Philips. All the data is provided for informational purposes only. We created this light bulb guide to make it easier for you to find the right OEM bulbs for your car. Now that you understand the different types of headlights, you should have a better understanding of the lights on your personal vehicle.What type of headlight bulb does a Chevrolet Tahoe use? Need Help Replacing or Repairing Your Headlights? LED bulbs also offer focused rays which allow car manufacturers to tailor LED headlights to each specific vehicle design. However, there are also considerable benefits of LED bulbs - unless a physical component within the LED light breaks or fails, they can theoretically last forever, as they do not ‘burn out’ like other light bulbs. Moreover, they will likely cost you more than standard Halogen bulbs. There are some considerable downsides of LED bulbs, like their complicated cooling systems and the fact that they are less common than other bulbs, thus potentially harder to find when you need a replacement bulb. Generally speaking, LED headlight bulbs provide more light than halogen headlights and less than HID headlights. Halogen vs HID vs LED Headlights Our mechanic holding a halogen headlight bulb, a HID headlight bulb, and a LED lightbulb at our shop in Mays Landing, NJ. Let’s take a closer look at each of the different types of headlights you can use for your car. Those options are Halogen, HID, and LED headlights. If you’re seeking to repair or replace the headlights on your vehicle, you have three main options to choose from. Remember, if you have a comment or a question, enter it below. Like us on Facebook and share the information with others. There are pros and cons for all options, whether it’s the cost, longevity, durability, and possibly adapter kits needed before installing the bulb, so do your homework. LED bulbs offer better illumination for the sides of the road, so next time you’re replacing a bulb in your vehicle, consider your options: halogen HID or LED bulbs. When customizing your lights, LEDs have more option. LED lights also use less energy to light than the HID and halogen and last longer. LED’s are less fragile than HID lights and more durable. They’re just as bright as HIDs, producing about 3,600 to 4,500 lumens. HIDs are more fragile than other bulbs and may not last as long.įinally, there are the LED lights, LED emitting diodes, which convert to electricity from your vehicle to light. They are brighter than the halogen and LED bulbs, and HID with an output of 3,500 lumens. Then there are HID bulbs, the high-intensity discharge bulbs, which have a chamber of gas, not a filament-like halogen, so it needs a ballast to connect to the vehicle’s battery to operate. With halogen bulbs, if you want to go brighter, you’re going to need to increase the wattage, which would increase the fuel usage as more fuel is required to power a higher wattage bulb. So for comparison, your 60-watt bulb in your house admits 800 lumens of light. Most vehicles are equipped with halogen bulbs, emitting about 800 to a thousand lumens of light, which is the measurement of brightness. Halogen bulbs are commonly considered your standard bulbs. Well, let me help brighten things up for you. Hi, I’m Nancy at Kneble’s Auto Service Center. When replacing headlights in your vehicle, did you know you have options? If you're still plumbing the depths of its mysteries, having pals around can be quite helpful and comforting. Multiplayer Spelunky, historically, can be a strange and wonderful thing. Other plans include adding more servers around the four corners of our flat Earth, to slam in some quality-of-life-improvements, and new ways to invite folks (e.g. Then once cross-play is in and "all the basic features of online multiplayer are extremely solid", they plan to add online Arena. One big feature due in the first half of 2021 is cross-platform play with the PlayStation 4 version. "What's next? Work will continue for the rest of the year and into next year to fix bugs with online multiplayer, as well as solve some of the unique design problems that have come up (hence, why we're calling this a 'public beta' even though it's possible to play through the entire game online)." The feature quietly launched on Steam yesterday with a wee bug that broke invitations, but shh it's fine, it's fixed now - enough for the devs to officially announce online multiplayer is go. While online multiplayer was in Spelunky 2's PS4 version when it launched, that was wonky enough that the devs decided to hold off on it when the game came to PC a few weeks later. Technically online is in "public beta" right now, so don't expect perfection, but you can play it! Eventually, you'll be able to play with folks on PlayStation 4 too. Four players can plunder the Moon's treasures in online co-op, though the murdersome Arena mode isn't activated yet. Added to Spelunky 2 are more dangerous and deadlier terrain such as spillable lava and aquatic map with waters that can sweep you off high ledges.Grab your pals and prepare to blast off to the Moon, for Spelunky 2 added online multiplayer today. Spelunky 2 isn't meant to stray too far from the original formula. If all of this sounds familiar, that's intentional. Arrows might fly out of the wall, moles might dig up from underground or through the walls, and snakes might be hiding inside pots waiting to strike. Each procedurally-generated stage is filled with enemies and various hidden dangers. Read moreĮxplore treacherous caverns in search of treasure, which is either out in the open, contained inside destructible pots, available in shops, or otherwise hidden. Added to Spelunky 2 are more dangerous and deadlier terrain such as spillable lava and aquatic map with waters that can sweep you off high ledges. Use these mounts to navigate the terrain quicker.Įxplore treacherous caverns in search of treasure, which is either out in the open, contained inside destructible pots, available in shops, or otherwise hidden. There are also ridable mounts that you steal from enemies in certain maps. Sloth, and professor-looking fellow Colin Northward) to explore the levels and hunt for treasure. In the online multiplayer feature, players can choose from a selection of colorful characters (including spunky pirate gal Margaret Tunnel, humanized sloth Roffy D. This time we got a new hero, Ana Spelunky, the daughter of the OG, who journeys through randomly-generated tombs, caves, planets and more with a cast of new friends throughout Spelunky 2. The creative minds from Mossmouth Studios bring us the sequel to Spelunky, Spelunky 2 and while it is the same good game, it brings a lot of great changes! Whenever changing a lock, always replace the old strike plate with the new one. It keeps the bolt from trashing your doorframe.Has a lip to help guide the latch to the latch hole.Providing a correctly-sized hole for the latch and deadlatch.Reinforcing the door frame around the latch hole.The strike plate is a thin sheet of metal that is screwed into the doorframe at the same height as the bolt. Here is an excellent video explaining how the deadlatch works and how easily it can be bypassed if not set up correctly. This can result from too large of a strike plate or a misalignment. If the hole in the doorframe allows the deadlatch plunger to extend fully, it will not lock the primary bolt. While the deadlatch is compressed, the primary spring bolt will become locked and can no longer be manipulated.īut, for the deadlatch latch to work properly, the strike plate must be installed correctly. When the door is shut, and the primary spring bolt is pushed into the door frame, the deadlatch will remain held in by the doorframe. The deadlatch is a spring-loaded secondary bolt that sits behind the primary and larger spring bolt. That being said, many doorknobs have a secondary locking mechanism built into the latch assembly called the "deadlatch" or "deadlocking plunger." This is why exterior doors should at minimum use a deadbolt as a primary security measure. Additionally, the lock cylinder only keeps the handles from turning and not the bolt from retracting.Īs a result, these locks are vulnerable to slip and shimming attacks, such as bypassing a lock with a credit card. However, this slant makes the doorknob vulnerable-even when locked. They can also utilize low-security privacy locks, such as those on bathroom and bedroom doors, that can be unlocked in emergencies with small tools like a screwdriver or a paperclip.Īdditionally, some doorknobs contain no locking mechanism and function only as a doorknob.įor convenience, the end of the bolt is slanted on one side, which allows you to push the door closed without manually turning the handle to retract the bolt. The most common type of lock found on exterior doors is pin tumbler cylinders that use a traditional house key to lock and unlock. Meanwhile, the outside knob or handle typically features a lock cylinder that requires a key to engage and disengage the locking mechanism.ĭoorknobs and handles can contain a variety of different locking devices. The inside knob or handle typically includes a thumb turn that allows you to engage the locking mechanism with your fingers. The common door lock will have two knobs or handles-one on the inside of the door and one on the outside. Let's cover the anatomy of a door lock and its terminology in detail. Most doorknobs consist of 6 main components. Kahn, Coherent detection in optical fiber systems. Wale, Widely tunable DS-DBR laser with monolithically integrated SOA: design and performance. de Waardt, Coherent equalization and POLMUX-RZ-DQPSK for robust 100-GE transmission. Noé, Coherent optical communication: towards realtime systems at 40 Gbit/s and beyond. Hagimoto, Novel automatic bias voltage control for travelling-wave electrode optical modulators. Nonaka, Narrow linewidth (85 kHz) operation in long cavity 1.55- μm-MQW DBR laser. Fukuda, 1.55- μm narrow-linewidth and high-power distributed feedback lasers for coherent transmission systems. Painchaud, 100-gb/s dqpsk transmission: from laboratory experiments to field trials. Fujita, 100-Gb/s DQPSK transmission experiment without OTDM for 100G ethernet transport. Ichikawa, 40 Gbit/s versatile LiNbO 3 lightwave modulator, in 31st European Conference and Exhibition on Optical Communication (ECOC) (2005) Ishikawa, 80-GHz bandwidth and 1.5-V V π InP-based IQ modulator. Mookherjea, Design of high-bandwidth, low-voltage and low-loss hybrid lithium niobate electro-optic modulators. Zou, A heterogeneous silicon on lithium niobate modulator for ultra-compact and high-performance photonic integrated circuits. Fathpour, Heterogeneous thin-film lithium niobate integrated photonics for electrooptics and nonlinear optics. Sohler, Design and fabrication of novel ridge guide modulators in lithium niobate. Kawanishi, Transparent fiber-radio-fiber bridge at 101 GHz using optical modulator and direct photonic down-conversion, in Optical Fiber Communication Conference (Optical Society of America, Washington, 2021), p. Filsinger, High-speed dual-parallel Mach-Zehnder modulator using thin lithium niobate substrate, in Optical Fiber Communication Conference/National Fiber Optic Engineers Conference (Optical Society of America, Washington, 2008), p. Okamura, High-speed signal processing utilizing polarization-reversed electro-optic devices. Pruneri, Tailoring the electrooptic response and improving the performance of integrated Ti : LiNbO 3 modulators by domain engineering. Grossard, Modeling and optimization of low chirp Ti : LiNbO 3 Mach-Zehnder modulators with an inverted ferroelectric domain section. Kitamura, Zero-chirp broadband Z-cut Ti: LiNbO 3 optical modulator using polarization reversal and branch electrode. Freire, Wired and wireless links to bridge networks: seamlessly connecting radio and optical technologies for 5G networks. Kawanishi, Wired and Wireless Seamless Access Systems for Public Infrastructure (Artech House, 2020) Wang, Wideband microstrip 180 ∘ hybrid utilizing ground slots. Nakajima, Precise optical modulation using extinction-ratio and chirp tunable single-drive Mach-Zehnder modulator. Izutsu, Direct measurement of chirp parameters of high-speed Mach-Zehnder-type optical modulators. Iga, Frequency chirping in external modulators. Murphy, (eds.), Broadband Optical Modulators (CRC Press, Boca Raton, 2012) Miyazawa, Millimeter-wave Ti : LiNbO 3 optical modulators. Mitomi, 75 GHz broadband Ti : LiNbO 3 optical modulator with ridge structure. Yu, Optical intensity modulators for digital and analog applications. Alferness, Waveguide electrooptic modulators. Sueta, Broad-band traveling-wave modulator using a LiNbO 3 optical waveguide. Kawanishi, High-speed optical communications using advanced modulation formats, in Wiley Encyclopedia of Electrical and Electronics Engineering, ed. Kikuchi, T.Miyazaki (Wiley, Hoboken, 2010) Kawanishi, Integrated Mach-Zehnder interferometer-based modulators for advanced modulation formats, In High Spectral Density Optical Communication Technologies, Optical and Fiber Communications Reports 6, ed. Izutsu, High-speed control of lightwave amplitude, phase, and frequency by use of electrooptic effect. |
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