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Not the body, Not the mind - Who Am I? (Part 1)
So we get into spirituality and start focusing on the "Subjective"
(Meaning: No longer just solving each external problem as it comes along, but also looking at the internal processes involved - looking into Suffering itself, emotions, desires, etc. Not just letting them be some ineffable force that moves us from one problem to the next)
But what are we even looking at, or from? What is the 'subject'?
This itself can be an entire path (Self-inquiry) from start to "finish" that can lead to amazing things and ease suffering tremendously. But maybe everyone meets this question in one way or another, even without spirituality or philosophy as a medium for it.
Self Realization is a fundamental desire
Sometimes it's repressed, whether because it isn't socially appropriate, it scares us, or doesn't even seem approachable or possible to question and understand "who we are". Sometimes it's a very mundane, ordinary thing, to explore our identity and grow and learn about ourselves through everyday activity, through life itself.
In spirituality though, we can look at the CORE. What is the "I" that suffers? What makes me who I am? What are the limits of who I can be?
And apparently when we do that, not only can suffering itself surprisingly lessen (since it's so deeply rooted to who we are - always so personal and subjective) but joy can become more natural too! More openness to living how we want to live without any restrictions or boundaries. Curiosity and passion start flowing more naturally.
So who are we? What are we looking for? And where?
It's easier to accept we are not the body:
The root of identity - If we lose a hand, we're still fundamentally "us". If we were even just a head in a vat, still aware and with our identity and memories, we'd still consider us ourselves. Hell, we can even fantasize about switching bodies with someone or living in entirely different forms, and still feel "The one in that fantasy is ME."
Control & Agency - We don't beat the heart, the heart beats. We don't make the stomach digest the food, the food is simply digested. The body does as its nature tells it to - To our experience, that is not so different than the weather or the laws of physics. It's not "us". And yet we may still feel in control of our actions, but what really directs those in our experience?
Accumulation & Formation - The body is seemingly an accumulation of "external" matter. It's much more obviously a part of the interconnected nature of the world - we look at a bowl of soup and it's obviously not "us". But when we eat it, it's incorporated in the body, it nourishes and "becomes" it. The body itself is "externally sourced", divorced from what we consider our inner BEING.
And so, many of us don't identify with the body that much, some even reject it outright. We didn't really "choose" it. We don't fully control its processes. The fundamental "me" isn't changed when parts of it are lost or transformed.
"This body is MINE. I'm IN it, I'm not the body itself." That's at least the common belief right now, though it varies. Not so different from how we view "The World", even if there's more of a sense of ownership and closeness.
Is the mind not the same?
When we "change our mind", when our beliefs and ideas change, when we grow or find that we were wrong - Does our fundamental experience of "I", of "me", change? Or is there something that remained "me" from birth to death?
Do we choose our beliefs, preferences, and personality out of massive lists with infinite choices, discarding the ones we don't "want" and internalizing the ones we do?
Or are they "granted" to us out of a minor pool of options in our vicinity, from our environment, our family, culture, the words we are taught, the people we get to meet, the events that happen in our lives - even the world we're all born in, with its history and natural patterns.
New ideas arise in our experience, and they aren't yet us. Then based on our previously incorporated ideas and past experiences - a vast subconscious web of connections we don't fully control or understand - we end up rejecting or incorporating these new ideas too, into what we believe, who we think we are and how we view the world.
Can we even choose our next thought? Can we choose ANY thought that occurs to us? How do we choose the choice itself? How do we choose what to choose? If it all happens in the subconscious, in some unknowable background process we don't control, what makes us say "I did that"?
So: The mind is shifting, but the "me" that experiences the different states of mind is the same "me". The mind is an accumulation of external thoughts and ideas, based on so much outside our control. We don't fully control the mind, as much as we'd like to believe... And yet we so strongly identify with it.
What remains that we can really call "me"? What makes us certain that it IS "me", and not just another interconnected process of nature? Where is the border between subject and object, where do we draw the line and why? Is it always drawn in the same place or is it shifting?
This is a massive topic, so I'm cutting off for now. Would love to hear your perspective, questions, ideas, etc! Obviously every person has their own relationship and beliefs about identity, body, and mind.
#blog#spirituality#meditation#consciousness#philosophy#journal#Processing-it-all#Body and mind#Who am I#Self inquiry#Processing4#Mind identification
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poema anistesia
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Plus Minus - untitled - 10/10/2023
Source: Glitch artists collective - Facebook
( processing code from original post)
here is my second processing4 code:PImage inputImage;PImage glizzy;void setup() { size(480, 480); inputImage = loadImage("1212.jpg"); inputImage.resize(width, height); glizzy = createImage(inputImage.width, inputImage.height, RGB); noLoop(); pozzy(); glizzy.save("11.jpg"); image(glizzy, 0, 0);}void draw() {}void pozzy() { inputImage.loadPixels(); glizzy.loadPixels(); float contrastFactor = 2.0; for (int i = 0; i < inputImage.width; i++) { for (int j = 0; j < inputImage.height; j++) { int pixelIndex = j * inputImage.width + i; color pixelColor = inputImage.pixels[pixelIndex]; float r = red(pixelColor); float g = green(pixelColor); float b = blue(pixelColor); r = round(r / 255 * contrastFactor) * 255 / contrastFactor; g = round(g / 255 * contrastFactor) * 255 / contrastFactor; b = round(b / 255 * contrastFactor) * 255 / contrastFactor; glizzy.pixels[pixelIndex] = color(r, g, b); } } glizzy.updatePixels();}
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Overgrowing Technology (2022)
made in Processing4
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Asimov 1/1
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Batch Processing for Framework 4 Online Training at Ecorptrainings Hyderabad India.
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That’s first try, looks like a H.
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Sinopse / Synopsis
In.S.Pitch - In de entrada; Pitch de altura dos sons; Speech de discurso ou fala - é um artefacto que funciona mediante a interação sonora do visitante, o qual dispõe de um microfone para comunicar com o artefacto. Os sons produzidos nesta comunicação são transformados em hertz, e de forma inerente, induzirão a uma escolha de entre sete músicas oriundas do Algarve, Alentejo e Andaluzia. As músicas poderão ser escutadas isoladamente ou sobrepostas, funcionando como sete camadas sonoras que se vão complementando. Sete são as músicas que compõem o artefacto, sete são as notas musicais - dó, ré, mi, fá, sol, lá e si, criando um simbolismo neste âmbito. O artefacto apresenta também uma componente visual fotográfica, amplificando a experiência do visitante face aos locais de origem das músicas. Em suma, In.S.Pitch, transporta o visitante para as raízes da música tradicional de três regiões vizinhas, tendo como ponto de partida a interação sonora.
Este artefacto foi criado por Rui Travasso em parceria com Luís Marques.
https://inspitch.tumblr.com/
Instrumentos e técnicas utilizadas - In.S.Pitch, para além do conceito, envolve três campos díspares, nomeadamente, música, fotografia, e programação computacional. No campo da música, foi efetuado um levantamento de músicas tradicionais das três regiões em causa (Algarve, Alentejo e Andaluzia) cuja forma musical fosse semelhante e compatível para se sobreporem. Escolhidas as músicas, realizaram-se os arranjos musicais para que a sobreposição mencionada fosse possível. Posteriormente, através do GarageBand, efetuaram-se as gravações que para tal foi utilizado um teclado midi, clarinete, violino e darbuka.
Na fotografia, foram visitados os locais de origem das músicas escolhidas, que resultou na captação das imagens usadas. Estas foram ainda tratadas usando o iPhoto.
A parte computacional permitiu a junção do conceito com a técnica, tornando o artefacto como um todo. Para este fim, foi usado o Processing4, que utilizando o ZoomH6 como interface e um microfone, transforma o som recebido em hertz e dBs, podendo assim diferenciar e selecionar as várias músicas e imagens, de forma a reproduzi-las e projetá-las.
In.S.Pitch - In for input; Pitch for height of sounds; Speech for speech or voice - is an artifact that works through the sound interaction of the visitor, who has a microphone to communicate with the artifact. The sounds produced in this communication are transformed into hertz, and inherently induce a choice between seven songs from the Algarve, Alentejo and Andaluzia. The songs can be listened isolated or superposed, working as seven sound layers that will complement each other. Seven are the musics that compose the artefact, seven are the musical notes - C, D, E, F, G, A and B, creating a symbolism in this scope. The artefact also presents a visual photographic component, amplifying the visitor's experience of the places where the songs originate. In short, In.S.Pitch, transports the visitor to the roots of the traditional music of three neighbouring regions, having as starting point the sound interaction.
This artefact was created by Rui Travasso in partnership with Luís Marques. https://inspitch.tumblr.com/ [email protected]
Instruments and techniques used - In.S.Pitch, beyond the concept, involves three disparate fields, namely, music, photography, and computational coding. In the field of music, a research of traditional songs from the three regions in question (Algarve, Alentejo and Andaluzia) whose musical form was similar and compatible to overlap. Once the songs were chosen, musical arrangements were made so that the aforementioned overlapping was possible. Later, through GarageBand, the recordings were made using a midi keyboard, clarinet, violin and darbuka. In photography, the places of origin of the chosen songs were visited, which resulted in the capture of used images. These were further processed through iPhoto. The computational part allowed the junction of the concept with the technique, making the artifact as a whole. For this purpose Processing4 was used, which using ZoomH6 as an interface and a microphone, transforms the received sound into hertz and dBs, thus being able to differentiate and select the various songs and images, in order to reproduce and project them.
#in.s.pitch#new media art#art digital#music#exposition#art museum#digital art#art#museu zer0#rui travasso#luís marques
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8 Benefits of ERP Software for The ApparelIndustry:- Debox Global
The apparel business incorporates a bunch of perplexing parts to impact business encounters. Here, item lifecycles are more limited and the speed of progress popular is essentially higher in contrast with some other areas. Each season requests a totally different assortment. Organizations are likewise tested by monitoring the stock in an assortment of styles, sizes, fits, textures, and shadings. These set the need to expect expectations and figure deals unbelievably fundamental for decreasing creation and conveyance time while minimizing markdowns. Having the option to record and keep up with all data in a single framework works on the generally functional effectiveness of the apparel business and confers a positive effect on navigation. The right ERP arrangement makes this conceivable. We should discover the advantages of ERP programming in the clothing industry. Top Benefits of Implementing Apparel ERP Software Like some other businesses, clothing fabricating, wholesaling, and retailing organizations that are hoping to prevail in a profoundly cutthroat market climate should have the option to synchronize their tasks, trim their spending plans, and continually gather experiences. At the point when explicitly planned apparel ERP programming is executed, it empowers organizations to suitably to deal with industry challenges, experience wanted an extension, and bring amazing ROI.Best Apparel ERP, a multi-included programming software that reduces time and expenses and increment creation effectiveness in clothing ventures. It helps in achieving genuine business esteem and further develops the assembling and circulation system. Created utilizing complex innovations this sound and component-rich programming offers better business processes to the executives. Generally utilized in following and checking SKUs of items, this product bears a merchandising module for the simple formation of styles and orders. It speeds up the mass creation of clothing and works within the opportune conveyance of transfers. The easy-to-use programming is not difficult to utilize and execute and stays compelling in dissecting creation productivity in this way improving in-house correspondences in apparel enterprises. The System can :1. Streamline Business Operations2. Enable Department-Wide Collaboration 3. Simplify Order And Return Processing4. Enhance Inventory Overview5. Improve Customer and Supplier Relationships6. Eliminate Data Security Concerns/ Multi-Location Accessibility7. Easy Receipt Generation & Payments8. Leverage Data Analytics for Forecasting The number of advantages of utilizing ERP software in the clothing business is perpetual. It empowers you to- 1. Keep a precise record of your information.2. Help you in arranging, planning, assembling to item conveyance.3. Decrease creation lead times.4. Permit you to create precise creation and business numbers.5. Increment Productivity.6. Track ongoing correspondence with clients, and then some.Thus, assuming you need an across-the-board request and stock administration answer for your piece of clothing business to build more deals and create more benefit, find and execute the best ERP programming and hit the achievement for your business. Getting the Best Apparel ERP Software for Apparel Industry In India Only one out of every odd business the board arrangement would work for the attire business, you get the advantages of ERP programming just from the one that is ideal for your business. We, at DeBox Global, plan the best ERP programming for the clothing industry in India. The framework incorporates industry-prepared modules and elements that convey quick ROI and help your organization stay serious. Fill in the structure to get a free meeting from our ERP specialists.
#ApparelERP#BestApparelERP#ApparelManagementSoftware.#ApparelERPSoftware#BestApparelManufacturer#DeBoxGlobal
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ICM Final: "Vintage" art generator
First my code, why not: https://editor.p5js.org/swankynels/full/S93hjOacg
With this project I wanted to take my first exploration into Processing4 and try and translate it through p5.js while also adding some interactivity. The original code was just to learn the different parts of Processing4, its syntax, and to produce something somewhat pretty. I love the old computer art of lines and dots racing around the screen in almost a dance. I'm not sure where I've even seen such animation, maybe just in cartoon and sci-fi renderings of Secret Labs in mid 20th century shows and movies? I did find a super cool video on Motion Graphics from 1968 I recommend you see. It became clear that those artists simply used chains of parametric equations to produce their work. I couldn't figure out how to create works as beautiful or as in-control as they did however I am proud of what I was able to put together in Processing4 through the help of some YouTube tutorials.
What you see in p5 now then is essentially that code! But a user does not need to stop the sketch, manually input numbers into the equations, and then start the sketch again. Nor does a user have to choose if this sketch will have a background in draw or setup. I made these elements modifiable on the fly, with a reset button as well, so that someone can use these equations to create visually appealing and unique works without even knowing what a parametric equation is. While I wish it were much prettier, the interface is fairly simple:
The sliders are ugly and the part I was frustratingly trying to format to be more appealing and also display their values in the DOM portion of the window, but I was unable to get that functioning in time. However, they are still simple and have immediate feedback so a user, without really knowing why something would be labeled X1 or Y3, can still get a good feel for how to manipulate the sketch using these sliders. Blue and Red displays change the visuals from just vector points to lines drawn between those points which creates radically different effects. The Draw Design button then removes the background from the draw() function, which allows the moving vectors to leave trails in the sketch, effectively creating generative art! Here are some quick examples.



I was surprised, in this process, by just how difficult it was to translate Java to js! The way Processing4 uses "float" is very fundamentally different than its use in P5. For example, each of my equations was just using Float() to essentially write out parametric equation examples straight from the wikipedia page. But in p5js, these used full Function syntax, which honestly makes perfect sense if not more sense but really required some rewiring in my brain. I ended up needing to use a convertor but don't say I didn't try!
I also have a strange and, to my eyes, inexplicable change in the center of our axis. For example, if I render an ellipse in my display() function, everything operates as we know. 0,0 is the top left of the canvas. However, if I render ellipses through the draw function where I would need to for them to not be covered by the background, my axis has moved, 0,0 now in the center. While to a first time user of P5js this may be a blessing, this really threw me off. In fact, it also makes the most sense for these parametric equations, this is how we usually see them with x,y in the center. However, I'm genuinely not sure where I did that! Where the center changed to the center. And unfortunately this knowledge must be lost in my tutorial scouring evening for Processing4 months ago. Would love to figure this out.
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MBPのOSアップグレードしたらvideoとsound入力が反応しなくなってた。 ターミナルから起動し、カメラとマイク入力を許可したついでに以前作ったものに少し加筆。 去年? processing4のベータが出てたの知らなかった。 2種類のrectを生成、音量でrect size、fill(alph)、rotateを変化させてる。 コード見直したらbackgroundの記述が重複してた。 3年ほどで #processing のスケッチは400以上は書いていたよう。 面白いもの作れてないなー。 負荷かけないVJで使える素材を作りたい。 とにかく数書いて体で覚えるぞー。 https://www.instagram.com/p/CPpLyXOjssr/?utm_medium=tumblr
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Why Seasonal Allergies Cause 'Brain Fog' — Here's What the Science Says Dr. Mercola By Dr. Mercola Allergic rhinitis, or seasonal allergies, often referred to as hay fever, affect 20 million U.S. adults and more than 6 million children.1 The most common symptoms include sneezing, stuffy or runny nose, watery and itchy eyes and itching in your nose, mouth or throat, but a sizable number of allergy sufferers also experience noticeable brain fog as well. What causes the fuzzy-headed feeling is up for debate, but many theories are out there. One of the simplest is that allergy symptoms can make it difficult to get a good night’s sleep, which in turn makes you fatigued and takes a toll on your ability to think clearly and be productive. Others, however, believe there may be more to it than that, and the inflammation triggered by allergies may be directly or indirectly affecting the brain. How do Allergies Affect Your Brain? Allergies are your body's reaction to particles that it considers foreign (allergens). The first time your body encounters an allergen, your plasma cells release immunoglobulin E (IgE), an antibody specific to that allergen. IgE attaches to the surface of your mast cells, which are found in great numbers in your surface tissues, such as your skin and nasal mucous membranes, where they help mediate inflammatory responses. Mast cells release a number of important chemical mediators, one of which is histamine. The second time your body encounters a particular allergen, within a few minutes your mast cells become activated and release a powerful cocktail of histamine, leukotrienes and prostaglandins, which trigger the entire cascade of symptoms you associate with allergies. As part of the immune response, proteins called cytokines are also released, all of which add up to serious inflammation in your body. This inflammation, in turn, could affect your brain in a number of ways, from interfering with sleep, as mentioned, to affecting your ears. If your middle ear is unable to drain properly due to inflammation, for instance, it could cause feelings of brain fog or dizziness.2 Yet, research also suggests that allergies have a very real effect on cognitive function: Allergies may impede learning in school-age children, and uncontrolled allergy symptoms can diminish cognitive function and learning3 People with seasonal allergies have disturbed cognitive function in areas such as sustained attention, short- and long-term memory and speed of information processing4 In mice, exposure to a grass allergen triggered the growth of new neurons in the hippocampus, a brain region linked to memory, while immune cells called microglia were reduced5 Allergic reactions to ragweed pollen have been found to cause significant fatigue and mood changes in some people, with researchers noting, “Psychoneuroimmunology and medical genetics research suggests that allergic reactions engender biochemical changes that directly affect the central nervous system”6 Brain Fog During Allergy Season Is not All in Your Head It’s very common for allergy patients to complain of memory problems and slowed thinking during allergy season, and it’s important to understand that these problems are very real — not “all in your head,” as some medical providers may claim. In research published in the Annals of Allergy, Asthma & Immunology, for instance, cognitive testing revealed that people allergic to ragweed “experience subtle slowed speed of cognitive processing” and, in some cases, “difficulties in working memory” during ragweed season.7 A similar study used neuropsychological tests to demonstrate changes in cognitive function among people with seasonal allergies when they were exposed to ragweed pollen. Allergies “adversely affected a broad range of cognitive functions,” according to the researchers, including longer response times and decreased efficiency on measures of working memory, psychomotor speed, reasoning/computation and divided attention.8 In fact, there’s even a condition known as “allergic mood,” used to describe symptoms of depression and anxiety that seem to often occur in people with seasonal allergies. In one study, researchers found that seasonal allergy patients experienced an increase in depressive symptoms while experiencing an acute allergic inflammation episode, with findings supporting a close relationship between allergic processes, inflammatory cytokines, sleep and age at manifestation as potential mechanisms.9 Reducing Your Exposure to Allergens Is the First Step to Relief Many allergy sufferers turn to over-the-counter antihistamines and decongestants to try and tame allergy symptoms, but these Band-Aids come with side effects that can rival the allergy symptoms themselves, including dry mouth, drowsiness and dizziness. Another more natural avenue to reduce your symptoms is to reduce your exposure to allergens as much as possible. The American College of Allergy, Asthma and Immunology (ACAAI) suggests reducing your exposure to by:10 Avoiding clothing made of synthetic fabrics, as they can produce an electric charge when rubbed that attracts and makes pollen stick to you. Better options include natural fibers like cotton. Exercising outdoors before dawn, in the late afternoon, and/or early evening, as pollen counts are at the lowest at these times. Intense exercise may be best done indoors, as your increased breathing rate could make you inhale more pollen. Wearing gloves and a mask when gardening. To filter pollen, wear a National Institute for Occupational Safety and Health (NIOSH)-rated 95 filter mask. Also avoid touching your eyes and when done be sure to take a shower and wash your clothes. To reduce your exposure to indoor allergens, regularly vacuum your home, including furniture, using a HEPA filter vacuum cleaner, leave shoes by the door to avoid trekking dirt through the house and use a dehumidifier and/or a HEPA filter air purifier. Using a neti pot (a small, teapot-like pot) is another simple technique to safely cleanse your sinuses of irritants, including allergens. It involves pouring water (distilled or sterilized only) into one nostril and allowing it to flow out the other. You can find detailed instructions for nasal irrigation here. You can perform this nasal irrigation up to four times a day until your symptoms improve Lifestyle Changes Are the Next Route to Allergy Relief Even in the case of seasonal allergies, what you eat and how you sleep may affect your symptoms and how you feel. Getting enough sleep each night is especially important in order to avoid worsening any brain fog you’re already feeling, however your gut is also intricately linked to your brain and mood, which is why what you eat is also important. "Healing and sealing" your gut has been shown to help alleviate allergy symptoms, and the key to this is eliminating inflammatory foods like grains and processed foods and introducing healthier foods, including fermented foods, that will support a proper balance of bacteria in your gut. In fact, people with seasonal allergies who took a probiotic supplement during allergy season had decreased symptoms and improved quality of life.11 Eating a wholesome diet based on unprocessed, ideally organic and/or locally grown foods, along with optimizing your vitamin D levels and correcting your omega-3 to omega-6 ratio by increasing your intake of animal-based omega-3s and decreasing your intake of processed vegetable oil will form the foundation upon which your immune system can function in an optimal manner. Natural Treatment Options for Seasonal Allergy Sufferers There are a number of natural strategies that may provide some relief without the side effects common to allergy medications. Homeopathy is one such option. Homeopathic solutions contain minuscule doses of plants, minerals, animal products or other compounds that cause symptoms similar to what you are already experiencing. The remedies have been diluted many times over, and the idea is that the substance will stimulate your body’s own healing process. In patients with allergies, those using homeopathy reported improvements in nasal airflow compared with a placebo group. With homeopathic treatment, the researchers described a “clear, significant and clinically relevant improvement in nasal inspiratory peak flow, similar to that found with topical steroids.”12 Provocation neutralization (PN), which is taught by the American Academy of Environmental Medicine (AAEM), can also be very effective for allergy relief. During provocation neutralization, a small amount of allergen is injected under your skin to produce a small bump called a "wheal" on the top layers of your skin, and then it is monitored for a reaction. If you have a positive reaction, such as fatigue, headache or a growth in the size of the wheal, then the allergen is neutralized with diluted injections or with drops of the same allergen that go in your mouth. Sublingual (oral) immunotherapy is a similar option in which you receive small doses of allergen under your tongue to help improve tolerance and reduce symptoms. According to the Asthma and Allergy Foundation of America, “[Sublingual immunotherapy] … is fairly safe and effective for the treatment of nasal allergies and asthma. SLIT tablets are currently available for dust mites, grass and ragweed.”13 If brain fog is your primary concern, you may also want to consider ashwagandha, an herb that’s useful for improving memory and cognitive function, along with brain fog, specifically.14 For allergies, additional natural remedies and supplements may also be useful, including the following: Hot peppers Hot chili peppers, horseradish and hot mustards work as natural decongestants. In fact, a nasal spray containing capsaicin (derived from hot peppers) significantly reduced nasal allergy symptoms in a 2009 study.15 Quercetin Quercetin is an antioxidant that belongs to a class of water-soluble plant substances called flavonoids. Quercetin-rich foods (such as apples, berries, red grapes, red onions, capers and black tea) prevent histamine release — so they are "natural antihistamines." Quercetin is also available in supplement form — a typical dose for hay fever is between 200 and 400 milligrams (mg) per day. Butterbur (Petasites hybridus) Another natural antihistamine, butterbur was used to treat coughs and asthma as far back as the 17th century. A word of cautionis needed, however. Butterbur is a member of the ragweed family, so if you are allergic to ragweed, marigold, daisy or chrysanthemum, you should not use butterbur. Also, the raw herb should not be used because it contains substances called pyrrolizidine alkaloids that can be toxic to your liver and kidneys and may cause cancer. Commercial butterbur products have had a lot of these alkaloids removed. Goldenseal (Hydrastis canadensis) Goldenseal may be helpful for seasonal allergies. Laboratory studies suggest that berberine, the active ingredient in goldenseal, has antibacterial and immune-enhancing properties. Eucalyptus oil This pure essential oil can be healing to mucus membranes. You can apply a drop on a cotton ball and sniff it several times a day, add a few drops to water (or to a nebulizer, if you own one) for a steam treatment or use a few drops in your bathwater. Vitamin C Vitamin C is another natural antihistamine. Naturopathic doctor Doni Wilson told the Huffington Post, “ … you need to take 500-1000 mg three times a day to reduce symptoms.”16 Green Tea: If you have cedar pollen allergies, you should know about a type of slightly fermented, organic Japanese green tea called “Benifuuki.” The tea has been shown to strongly inhibit mast cell activation and histamine release, as well as relieve symptoms of runny nose and eye itching in people with cedar pollen allergy.17
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Global Zirconium Oxide Flap Disc Market 2017 Benefits, Applications, Demand and Overview
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Given the dynamic consumer preferences, it is imperative for enterprise to strategize better. In light of the same, the report provides valuable recommendations aimed at enabling companies determine winning strategies. These recommendations are based on information gathered from trusted industrial sources and current market outlook. Expert opinions are referred to in this regard. Besides this, the report discusses in detail the vulnerabilities of the Zirconium Oxide Flap Disc market to the most recent domestic and international policies. To conduct a meticulous study, the global Zirconium Oxide Flap Disc market has been segmented in terms of various parameters. Factors impacting the market’s trajectory across these segments are studied individually for a comprehensive overview.
In the last few chapters, the report presents a thorough analysis of the global Zirconium Oxide Flap Disc market’s vendor landscape. Besides calculating share held by the leading companies, the report also includes detailed profiles of some of the most prominent companies operating in the Zirconium Oxide Flap Disc market. It also conducts SWOT analysis, to gauge their strength and weaknesses. The analysis also presents insights into opportunities and threats that these companies may face over the forecast period.
Table of Contents
1 Zirconium Oxide Flap Disc Market Overview1 1.1 Product Overview and Scope of Zirconium Oxide Flap Disc1 1.2 Zirconium Oxide Flap Disc Segment by Types2 1.3 Zirconium Oxide Flap Disc Segment by Applications3 1.3.1 Zirconium Oxide Flap Disc Consumption Market Share by Applications in 20163 1.3.2 Steel Processing4 1.3.3 Iron Processing4 1.4 Zirconium Oxide Flap Disc Market by Regions5 1.4.1 North America Status and Prospect (2012-2022)5 1.4.2 China Status and Prospect (2012-2022)6 1.4.3 Europe Status and Prospect (2012-2022)7 1.4.4 Asia Pacific (Except China) Status and Prospect (2012-2022)8 1.4.5 Rest of the World Status and Prospect (2012-2022)9 1.5 Global Market Size (Value) of Zirconium Oxide Flap Disc (2012-2022)10
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2 Global Zirconium Oxide Flap Disc Market Competition by Manufacturers11 2.1 Global Zirconium Oxide Flap Disc Production and Share by Manufacturers (2016 and 2017)11 2.2 Global Zirconium Oxide Flap Disc Revenue and Share by Manufacturers (2016 and 2017)13 2.3 Global Zirconium Oxide Flap Disc Average Price by Manufacturers (2016 and 2017)16 2.4 Manufacturers Zirconium Oxide Flap Disc Manufacturing Base Distribution, Product Types17 2.5 Zirconium Oxide Flap Disc Market Competitive Situation and Trends19 3 Global Zirconium Oxide Flap Disc Production, Revenue (Value) by Regions (2012-2017)21 3.1 Global Zirconium Oxide Flap Disc Production and Market Share by Regions (2012-2017)21 3.2 Global Zirconium Oxide Flap Disc Revenue (Value) and Market Share by Regions (2012-2017)23 3.3 Global Zirconium Oxide Flap Disc Production, Revenue, Price and Gross Margin (2012-2017)24 3.4 North America Zirconium Oxide Flap Disc Production, Revenue, Price and Gross Margin (2012-2017)25 3.6 Europe Zirconium Oxide Flap Disc Production, Revenue, Price and Gross Margin (2012-2017)25 3.7 China Zirconium Oxide Flap Disc Production, Revenue, Price and Gross Margin (2012-2017)26 3.8 Asia Pacific (Except China) Zirconium Oxide Flap Disc Production, Revenue, Price and Gross Margin (2012-2017)26 3.9 Rest of the World Zirconium Oxide Flap Disc Production, Revenue, Price and Gross Margin (2012-2017)27 4 Global Zirconium Oxide Flap Disc Supply (Production), Consumption, Export, Import by Regions (2012-2017)28 4.1 Global Zirconium Oxide Flap Disc Consumption by Regions (2012-2017)28 4.2 North America Zirconium Oxide Flap Disc Production, Consumption, Export, Import by Regions (2012-2017)30 4.3 Europe Zirconium Oxide Flap Disc Production, Consumption, Export, Import by Regions (2012-2017)30 4.4 China Zirconium Oxide Flap Disc Production, Consumption, Export, Import by Regions (2012-2017)30 4.5 Asia Pacific (Except China) Zirconium Oxide Flap Disc Production, Consumption, Export, Import by Regions (2012-2017)31 4.6 Rest of the World Zirconium Oxide Flap Disc Production, Consumption, Export, Import by Regions (2012-2017)31 5 Global Zirconium Oxide Flap Disc Production, Revenue (Value), Price Trend by Types32 5.1 Global Zirconium Oxide Flap Disc Production and Market Share by Types (2012-2017)32 5.2 Global Zirconium Oxide Flap Disc Revenue and Market Share by Types (2012-2017)34 5.3 Global Zirconium Oxide Flap Disc Price by Type (2012-2017)36 5.4 Global Zirconium Oxide Flap Disc Production Growth by Type (2012-2017)36 6 Global Zirconium Oxide Flap Disc Market Analysis by Applications37 6.1 Global Zirconium Oxide Flap Disc Consumption and Market Share by Applications (2012-2017)37 6.2 Global Zirconium Oxide Flap Disc Consumption Growth Rate by Applications (2013-2017)38 6.3 Market Drivers and Opportunities39 6.3.1 Market Drivers39 6.3.2 Emerging Markets/Countries40
List of Tables and Figures
Figure Picture of Zirconium Oxide Flap Disc1 Figure Global Production Market Share of Zirconium Oxide Flap Disc by Types in 20162 Table Classification of Zirconium Oxide Flap Disc2 Table Applications of Zirconium Oxide Flap Disc3 Table Zirconium Oxide Flap Disc Consumption Market Share by Applications in 20163 Figure Steel Processing Examples4 Figure Iron Processing Examples4 Figure North America Zirconium Oxide Flap Disc Revenue (Million USD) and Growth Rate (2012-2022)5 Figure China Zirconium Oxide Flap Disc Revenue (Million USD) and Growth Rate (2012-2022)6 Figure Europe Zirconium Oxide Flap Disc Revenue (Million USD) and Growth Rate (2012-2022)7 Figure Asia Pacific (Except China) Zirconium Oxide Flap Disc Revenue (Million USD) and Growth Rate (2012-2022)8 Figure Rest of the World Zirconium Oxide Flap Disc Revenue (Million USD) and Growth Rate (2012-2022)9 Figure Global Zirconium Oxide Flap Disc Revenue (Million USD) and Growth Rate (2012-2022)10 Table Global Zirconium Oxide Flap Disc Production (Million Pcs) of Key Manufacturers (2016 and 2017)11 Table Global Zirconium Oxide Flap Disc Production Share by Manufacturers (2016 and 2017)11
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