#vermicular

[speaker-of-the-void-cats]

Writing it up now to make sure I'm reading correct and not going nuts with the red string like usual, but I just reread Revelation and Parting the Veil and am 99% sure there's evidence between the two to suggest that the K1 Anomaly was indeed transmitting the signal of the Veil, and that the K1 crew and the Ishtar team on Neptune had similar experiences because of this interaction with the Veil.

I also think that there might be a very long chain of events that link the Veil to, I shit you not, the creation of SIVA. There's a reason both the K1 Crew (under the watchful eye of Clovis Bray) and the Ishtar team both came to conclusions about self-replicating quantum distributed networks after experiencing "reverie" while interacting with these objects. They were working off of the same prototype.

[wormsinfilm]

Worms (not) in film: V for Vendetta [2005]

November 5th is Bonfire Night (a.k.a. Guy Fawkes Night, among other names), an event featured prominently in the comic and movie V for Vendetta! However, there are no worms in this movie, not even mentioned.

While there are plenty of reasons to watch this film, if you are going in expecting anything of the vermicular variety, you will be sorely disappointed.

0/10, complete and utter lack of worms.

[ewkpop]

the Bug in question

they call me the bug whisperer. because i whisper to bugs

[the1920sinpictures]

1926 c. Cotton net beaded evening dress, French. The background in vermicular embroidery of translucent glass pearls and architectural designs in sequins and tubular silver and iridescent pearls. Without original underslip. From 1st Dibs.

[noosphe-re]

Etymology of 'universe'

1580s, "the whole world, cosmos, the totality of existing things," from Old French univers (12c.), from Latin universum "all things, everybody, all people, the whole world," noun use of neuter of adjective universus "all together, all in one, whole, entire, relating to all," literally "turned into one," from unus "one" (from PIE root *oi-no- "one, unique") + versus, past participle of vertere "to turn, turn back, be turned; convert, transform, translate; be changed" (from PIE root *wer- (2) "to turn, bend"). also from 1580s

*oi-no- Proto-Indo-European root meaning "one, unique." It forms all or part of: a (1) indefinite article; alone; an; Angus; anon; atone; any; eleven; inch (n.1) "linear measure, one-twelfth of a foot;" lone; lonely; non-; none; null; once; one; ounce (n.1) unit of weight; quincunx; triune; unanimous; unary; une; uni-; Uniate; unilateral; uncial; unicorn; union; unique; unison; unite; unity; universal; universe; university; zollverein. It is the hypothetical source of/evidence for its existence is provided by: Greek oinos "ace (on dice);" Latin unus "one;" Old Persian aivam; Old Church Slavonic -inu, ino-; Lithuanian vienas; Old Irish oin; Breton un "one;" Old English an, German ein, Gothic ains "one."

*wer- (2) Proto-Indo-European root forming words meaning "to turn, bend." It forms all or part of: adverse; anniversary; avert; awry; controversy; converge; converse (adj.) "exact opposite;" convert; diverge; divert; evert; extroversion; extrovert; gaiter; introrse; introvert; invert; inward; malversation; obverse; peevish; pervert; prose; raphe; reverberate; revert; rhabdomancy; rhapsody; rhombus; ribald; sinistrorse; stalwart; subvert; tergiversate; transverse; universe; verbena; verge (v.1) "tend, incline;" vermeil; vermicelli; vermicular; vermiform; vermin; versatile; verse (n.) "poetry;" version; verst; versus; vertebra; vertex; vertigo; vervain; vortex; -ward; warp; weird; worm; worry; worth (adj.) "significant, valuable, of value;" worth (v.) "to come to be;" wrangle; wrap; wrath; wreath; wrench; wrest; wrestle; wriggle; wring; wrinkle; wrist; writhe; wrong; wroth; wry. It is the hypothetical source of/evidence for its existence is provided by: Sanskrit vartate "turns round, rolls;" Avestan varet- "to turn;" Hittite hurki- "wheel;" Greek rhatane "stirrer, ladle;" Latin vertere (frequentative versare) "to turn, turn back, be turned; convert, transform, translate; be changed," versus "turned toward or against;" Old Church Slavonic vrŭteti "to turn, roll," Russian vreteno "spindle, distaff;" Lithuanian verčiu, versti "to turn;" German werden, Old English weorðan "to become;" Old English -weard "toward," originally "turned toward," weorthan "to befall," wyrd "fate, destiny," literally "what befalls one;" Welsh gwerthyd "spindle, distaff;" Old Irish frith "against."

—Etymonline.com

[enkisstories]

Execution by getting fed to a sentient plant - it's the opposite of wasteful.

Look at us, the First Order proclaims, Look at how efficient we are! And remember that you might be next...

John wants to run, wants to bury his face and ram his fists into his ears, but he knows he owes this to Caroline. Still he cannot bring himself to look at the grizly scene.

What if Caroline is turning her head towards John this very moment? The man feels like shit for denying his partner a final look into his eyes.

The sticky tongue grabs Caroline.

It is wet with digestion fluid from anticipation. This snack isn't a skinny prisoner, that Godmother usually feeds on when the need for organic fertilizer arises, but a well-fed entrepreneur.

Oh, yes, Godmother thinks as she pulls in her meal, business trips can sure be nice.

The giant plant creature swallows - John knows this sound will stay with him for as long as he lives.

Onlookers at their TVs at home could swear to see movement down her gullet, as vermicular movement transports the victim into Godmother's stomach.

Officer Eoura: "Is she ready for the next one?"

Daniel: "Looks like it."

A stormtrooper kicks the convict's hat with the plastic-framed glasses off. Unlike clothes, accessoires like this one do not agree with Godmother.

[fiction-quotes]

“Of course clues to phylogeny may also be found in the human body. They reveal themselves in small, apparently insignificant details. The vermicular appendix. The coccyx. The wisdom teeth.” Atrophied organs, useless characteristics that did little damage and were carried around as souvenirs from the animal past. The fossils were buried in the body itself. Primitive man lived within us.

  —  The Giraffe’s Neck (Judith Schalansky), translated by Shaun Whiteside

[fuzzkaizer]

brain-stone

Vermiculures sur la Porte Saint-Martin, Paris 

“..."vermiculation" (vermiculate rustication or vermicular rustication), so called from the Latin vermiculus meaning "little worm",[11] because the shapes resemble worms, worm-casts or worm tracks in mud or wet sand.  Carved vermiculation requires a good deal of careful mason's work, and is mostly used over limited areas to highlight them. Disparities between individual blocks are often seen, presumably as different carvers interpreted their patterns slightly differently, or had different levels of skill.[12]  The small Turner Mausoleum at Kirkleatham by James Gibbs (1740) has an unusually large area vermiculated, over half of the main level.  When the shapes join up to form a network, the style is called "reticulated".[13]“

cred: commons.wikimedia.org/Pascal3012, en.wikipedia.org/wiki/Rustication_(architecture),

[pharmakographic]

from Cyclonopedia: Complicity with Anonymous Materials by Reza Negarestani, pp. 47-48

«

2. The solid as an entity which is inherently possessed by the void. The only way that the solid can initialize its architectonic and compositional activities (processes for survival, development, etc.) is by letting the void in. The dynamic traits of solid can only be actuated when solid is eaten, convoluted, and messed up by the void. There is no other option for solid. In ( )hole complex, on a superficial level (bound to surface dynamics), every activity of the solid appears as a tactic to conceal the void and appropriate it, as a program for inhibiting the void, accommodating the void by sucking it into the economy of surfaces (as in the case of the niche,¹⁷ a dwelling / accommodating system, a compartmentalizer of spaces) or filling it. But on a deep compositional level (the machinery of the real), all activities of the solid are oriented towards engineering new voiding functions, convolutions, vermicular spaces (henceforth, Nemat-space) which eventually unground solidus without erasing it. On this deep compositional level, the solid conducts the convoluting functions of the solid-contaminating void, in the form of vermicular lines — ‘worms’ (Nemat) as Lovecraft suggests, or worm-functions (the nemat-function), itinerant lines in the form of knotted holes, or the other way around. When a worm or a void-enforcer crawls in ( )hole complex, it metamorphoses into a different geometrical structure. In the absence of the grounding tyranny of the Whole, the worm-function internally reconfigures its modules and turns itself into a more versatile line through participation with the complex whose recesses are interconnected. All this in the wake of solidity, which is reinvented by the ( )hole complex as a profound strategic tool. In holey space, the solid actively conducts and mobilizes the worm-functions of the void (complications) rather than the void’s phagic and purgative mechanisms or its desire to devour. Solid proceeds as the void-enforcer, a pestis solidus blasphemer.

In ( )hole complex, the void is also contaminated by the solid. For this reason, instead of the purging mechanisms of void, nemat-functions emerge. Defying death, the nemat-function twists termination in ( )hole complex into processes of convolution, undermining and ungrounding. ( )hole complex attests to the confusion between solid and void. Every activity happening on the solid part increases the degree of convolution and entanglement on the holey side of the composition, fabricating the intricate meshwork of a nemat-space which will eventually engineer the corpse-of-solidus or the unground, disabling or sabotaging all grounding (signification, con-solidation, stratification, etc.) functions of solid. While the vermicular complexity of nemat-space activates this tortuous side of the ( )hole complex, it also covers each compositional level of the complex with poroelastic traits. In fact, poroelasticity continuously employs diffusion as a means of radical deformation and alteration in the dynamism of the composition, narrating the diagrams of the fluid flow in the animorphic composition of the nemat-space as a heterogeneous porous complex, which amounts to more than just being a structure with interconnected holes. Nemat or worm space is a complex, with a strange elastic geometry: Its porous side is constituted of itinerant lines rendering synchronous possibilities of relaxation, metamorphosis, folding, spreading tortuosity, heterogeneous dynamism and compositional anomalies for the complex. Nemat-space is basically a machine for a radical and pestilentially inventive communication and participation between fluid and solid, in such a way that they can be tactically and strategically—hence militaristically and politically—derived from each other. Parsani identifies this level of mutual interplay between solid and fluid in ( )hole complex as “Tiamaterialistic differentiation.” In nemat-space, the flow of the fluid and the deformation of the solid matrix are coupled; they are heavily interconnected as foundations of a radical participation which gives rise to a diverging series of becomings for “each level of the composition” whose wholeness has been utterly degenerated.

Agitated by the flow of fluids (which themselves have been anomalized in the nematical machine or vermicular space), elastic waves dissipate through solid matrices and radically displace the grains of the solid skeleton throughout the ( )hole complex. It is Lovecraftian worm-ridden space that makes solidity the altruistic host of emergence. The spasmodic deformations of the solid skeleton, consequently, change the stress field by which the remodifications and manipulations of solid are transmitted to the nemat-space in a synergistic communication, and progressively fold, twist and open the ( )hole complex, further refining its sinister facets. To understand the interplay between porous structure and fluid flow, it is necessary to examine regional aspects of the pore space morphology and relate them to the relevant mechanisms of fluid transfer such as viscosity, pressures between fluid and surfaces, inertial forces, etc.

¹⁷ The Polish philosopher Roman Witold Ingarden, in his works focused on ontology (written after breaking from Husserl’s phenomenology through a critique of transcendental idealism) expounds on the problem of openness and affordance, suggesting that closure (or modulated /economical openness) is a priority for open systems, and for analyzing niches as power projection zones and inhibitors of unwanted interactions and communications. The openness of the niche protects itself from what makes it open, by opening itself to what makes it closed. Only through such an openness can the existential moments be afforded, so that modes of Being are then able to emerge.

»

[speaker-of-the-void-cats]

Prismatic Hearts

"You must learn to tease apart the hues of your own heart."

"Strengthen the body, empower the mind."

"Close your eyes, and open your mind."

"Turn your eyes inward, upon your ideal self."

"To know true color, you must first know Darkness."

"The courage to walk into the Darkness, but strength to return to the Light."

"One day, you will see them both."

"Feet alone cannot take us to where we're going."

"Let the heat melt your body so your soul might flow with the river of time."

"Does one life across infinite realities equal immortal life?"

"Perhaps that is all we are."

—Parables of the Allspring

(shout-outs and huge thanks to user @thefirstknife for rediscovering the Prismatic Heart in the archives, extremely cool find)

[calmgrove]

What is it?

What is it that leads down into a leporine labyrinth, where one can lose oneself in diversions and digressions while following the bearer of a pocket watch in a waistcoat? What is it that designates the vermicular vortex that transcends both time and space, the interstellar intertemporal tube that joins a pair of distant points thus shortening the distance travelled? What is it which forms an…

[ferrosiliconm1]

Enhancing Steel Quality: The Role of Nadularisers

Understanding Nodularisers in Steel Production In the realm of steel manufacturing, nodularisers play a pivotal role in enhancing the quality and properties of steel. But what exactly are nodularisers?

Nodularisers are additives used in the steelmaking process to facilitate the formation of nodular graphite structures within the steel matrix. These structures are crucial for improving the mechanical properties of the steel, such as strength, ductility, and toughness. By promoting the formation of nodular graphite, nodularisers help mitigate the formation of undesirable graphite forms like flakes or vermicular graphite, which can weaken the steel.

Importance of Choosing the Right Nodulariser Selecting the appropriate nodulariser is paramount for achieving the desired steel quality. Factors such as the base metal composition, casting conditions, and desired mechanical properties must be considered when choosing a nodulariser. Different nodularisers contain varying compositions of elements such as magnesium, cerium, calcium, and rare earth metals, each offering unique benefits and characteristics.

Conclusion:

Nodularisers play a vital role in improving the quality of steel by promoting the formation of nodular graphite structures. Choosing the right nodulariser is essential for optimizing steel properties and ensuring superior performance in various applications. For companies like Bansal Brothers, committed to delivering high-quality steel products, understanding and utilizing nodularisers effectively can be a key differentiator in the competitive steel market.

[dokumtek]

Paslanmaz Çelik Döküm Nedir?

Paslanmaz çeliklerin önemli özellikleri döküm teknikleri açısından paslanmaz çelik dökümü önemli bir noktaya taşımaktadır.

Paslanmaz Çelik Nedir?

,5 ve üzeri oranda krom ve %1,2 ve altında karbon içeren ve bundan dolayı korozyona karşı dayanıklılık sağlayan paslanmaz çelik, kendini onaran bir yüzey tabakası oluşturan demir alaşımıdır. Paslanmaz çelik, 1900’lü yılların başında Avrupa'da bulunmuş ve 1912 yılında patent altına alınmıştır. Günümüzde çok çeşitli aşamalardan geçerek inşaat, gıda, otomotiv, makine, elektrik, elektronik ve beyaz eşya gibi birçok sektörde ve sahada kullanılmaktadır. Böylelikle endüstriye ve günlük yaşama büyük kolaylık ve ekonomik katkı sağlamıştır. Özellikle hijyen gerektiren ürün ve tesislerin yapımında kullanılmaktadır. Bugün önemli bir yaşam kültürü konumuna giren paslanmaz çeliğin gittikçe artan kullanımı, kalite ve ekonomik değerlerin en büyük göstergesidir. PASTER (Paslanmaz Çelik Derneği )verilerine göre Türkiye’de paslanmaz çelik tüketimi yılda 450 bin ton, kişi başına tüketim miktarı da 6 kilogram olarak ifade edilmektedir. Paslanmaz çeliklerin en önemli özellikleri nelerdir? - Korozyon direnci - Isıl direnç - Geri dönüşebilir olması - Estetik olması - Biyolojik nötrallik - Dayanç-ağırlık oranı - Düşük toplam ömür maliyeti - İmalat kolaylığı - Temizlik kolaylığıdır. Paslanmaz çeliğin türleri nelerdir? Genel olarak Paslanmaz Çelikler: Östenitik, Ferritik ve Perlitik, Martenzitik ve Duplex şeklinde sınıflandırılmaktadırlar. Paslanmaz çeliğin günümüzde V2A diye bilinen  Cr18Ni8 ve V4A diye bilinen Cr20Ni2Mo2 den başka 120 den fazla çeşit ile  geniş bir kullanım alanı vardır. Çok şekilli parçaların sağlam, tek parça ve kullanılabilir halde üretiminin sağlanması, çelik döküm için önemli bir avantajdır. Ancak maliyetin yüksek olabileceği de göz önünde bulundurulmalıdır. Düşük alaşımlı çelik ve yüksek alaşımlı çelik, parça dökümünde kullanılır.

Paslanmaz Çelik Döküm Uygulama Alanları Nelerdir?

Lamel Grafitli Paslanmaz Çelik Döküm Özellikleri ve Uygulama Alanları (Stainless Steel Casting with Flake Graphite ) Lamel grafitli paslanmaz çelik döküm, grafitin düzensiz şekilli ince lamellerde bulunduğu demir-karbon-silikon döküm alaşımından oluşur. Bu, bir yandan çekme dayanımını düşürür öte yandan bu malzemenin basınç dayanımını diğerine göre dört kat arttırır. Ayrıca malzeme boyutsal stabilite ve termal iletkenlik açısından iyi sönümleme özelliklerine sahiptir. Krom,Nikel ve Silikon gibi alaşım malzemeleri ile yüksek korozyon direnci daha da geliştirilebilir. Lamel grafitli paslanmaz çelik dökümü, iyi işlenebilirliğe ve titreşim sönümleme etkisine sahiptir. Uygun işleme koşulları ile kendini yağlama özelliklerine sahiptir. Lamel grafitli paslanmaz çelik dökümün dezavantajları nelerdir? - düşük gerilme mukavemeti zayıf deforme olabilirliği, - kırılganlıktır Küresel Grafitli Paslanmaz Çelik Döküm Özellikleri ve Uygulama Alanları (Stainless Steel Casting with Spheroidal Graphite ) Küresel grafit demir-karbon-silikon döküm alaşımından oluşur. Bu malzeme, grafit kapanımları küresel olduğundan lamel grafitten daha iyi mekanik özelliklere sahiptir. Bu iyi mekanik özellikler, az miktarda kalsiyum, magnezyum veya seryum ilavesiyle eritildiğinde malzemenin kükürt gidermesiyle elde edilir. Küresel grafitli dökme çelik, iyi dökülebilirlik, yüksek dayanım ve tokluğun yanı sıra iyi gerilme dayanımı ile de karakterize edilir. Küresel grafitli dökme demir, çoğunlukla metalurji , türbinler, kompresörler, gemi yapımı ve madencilikte kullanılır. Vermiküler Grafitli Paslanmaz Çelik Döküm Özellikleri ve Uygulama Alanları (Stainless Steel Casting with Vermicular Graphite ) Vermiküler grafitli paslanmaz çelik döküm biçimi, artan mukavemetle ilişkili kurt benzeri bir grafit şekline sahiptir. Vermiküler grafit, lamel grafit ile karşılaştırıldığında vermiküler grafitli paslanmaz çelik dökümü azaltılmış çentik etkisine sahiptir. Bu özellik dökülebilirliği etkilese de, çentik etkisi daha karmaşık şekiller oluşturacak kadar yüksektir. Paslanmaz çelik dökümler makine mühendisliğinde olduğu gibi genellikle silindir kafaları veya silindir krankları için de kullanılır . Östenperlenmiş Sfero Demir Paslanmaz Çelik Döküm Özellikleri ve Uygulama Alanları  (Austempered Ductile Iron Stainless Steel Casting) Austempered Sfero Döküm paslanmaz çelik dökümünde , karbon küreseldir ve yapı matrisi ausferrite sahiptir. İnce taneli bir stabilize östenit ve ferrit karışımıdır. Bu, bu malzemenin yüksek mukavemet ve sünekliliğine yol açar. Bu kalite paslanmaz çelik döküm, genel makine mühendisliğinde kullanılır . Östenitik Dökme Demirden Paslanmaz Çelik Dökümün Özellikleri ve Uygulama Alanları (Austenitic Cast Iron) Östenitik dökme demir kalitelerinden paslanmaz çelik döküm, lameller ve küresel grafitten oluşur. Ortak bir karakteristik olarak östenitik bir matrisleri vardır. Bu tip dökümler mükemmel fiziksel ve teknolojik özelliklere sahiptir ve çok çeşitli şekillerde kullanılabilir.  Korozyona, sıcaklığa ve aşınmaya dayanıklı olduklarından mükemmel çalışma özelliklerine sahiptirler ve mıknatıslanamazlar. Kaynak: Silbitz Group Read the full article

[luoyangshennai]

Customers visit our factory and on-site inspection will help you make better decisions. The medium frequency induction melting furnace is suitable for melting all kinds of cast iron, especially alloy cast iron, ductile iron and vermicular graphite cast iron. It has strong adaptability to the charge, and the variety and block size of the charge can be changed within a wide range. #Inductionheating #factory #round steel pipe #Square steel tube Email : LUOYANGSHENNAl@gmail.com whatsapp: +8613007564317

[wormimancer]

vermicular af, gorgeous