#comet test elevator

[rooftopside]

We are making a new rule in this underground diner. DAILY. SHOWERS.

[ballercollective]

Been playing a new game. reactions below

I LVOE THS GUY

NO WAFFLE!!!!!!!!!!!! DONT LEAVE

wowie

UHMMMMM IM SCARED HELLO>???

woag

WAFLLE

ok i love thi9s guy. silly ass

wafle/./...

COMET AND THEIR FLOOR!!! WELCOME

i love these guys

NOOO WAFFLE DONT CUNTILY STAND IN THE MIDDLE OF THE FLOOR COME BACK!!!!!!!!!! COME BACK TO ME WAFFLE I MISS YOU PLAEASE I PROMMY ILL KILL YOUR BOSS PEALSEWAPEAPWSLEEASSPEEAL

gamer posture

HI????? HWELO

[stickymallet]

i drawed comet because i love test elevator

[fymo-blogs]

For the lastest stimboard his name is comet not silly goober :3

Ok!

Wait is he from Test Elevator....

[delphientropy]

time for some new roblox game propaganda

PLAY TEST ELEVATOR!!!!!!

test elevator is a really cool elevator game similar to regretevator and other elevator games!

it has really fun floors and NPCs!!

paintfull i love you

when the NPCs exit the elevator and back into their floor they fucking ragdoll for a moment before being put back up and its so fucking funny i only caught it with paintfull but 💀

some more of the NPCs! from left to right, Darkwin, Mr. Badger, and Comet!

can't forget tumblr sexyman material Marsh

boy where yo face go

the funniest part about when paintfull does this thing is shes the only one who dances 😭

[radix-outpost]

Various Sailor Moon fan design things (not in chronological order).

The big sheet 'o fanon form concepts was born out of some sprite edits I'd done recently: y'see, I wasn't satisfied with my first pass at the "Ultra" forms and tested something out on those sprite edits (using Sailor V's armour as a basis instead of that one proto-Moon sketch). Then I thought about what other forms I could make for everyone, getting as far as "Speed" and the basic idea for "Aqua" before I needed to draw them.

In addition to all the new stuff, "Mystic" and "Defender" got redesigned, too (mostly just putting the bow back on Mystic). Other notes:

"Elemental" is a simplified form of the early Sera Myu costumes; the name (and its attachment to Myu) came from AmethystSadachbia's AU.

"Blue Shift" has the distinction of being completely uniform (even Moon and Chibi Moon would have the same outfits), with only the brooch and tiara gem reflecting the wearer's normal planet colour. Largely inspired by cheerleader uniforms.

Everyone wears shorts in their "Gravity" form; the coats are about the same length as Mystic.

"Omni" is similar to what I was gonna have everyone's Cosmic form look like; more on that later.

"Aqua" is probably the most situational out of all of these; maybe it would see use on a planet that's 99% ocean?

Other stuff:

Redesigned Sailor Charon/Celia Spiros; her new hairstyle is modeled after a character (Monaka) from another Naoko Takeuchi work, "Toki Meca".

After going to the trouble of adjusting Naru-as-Sailor-Earth's colours... I ended up dropping this element from my AU entirely in favour of just elevating Mamoru to "Sailor Earth" (and Helios to Sailor Sun). :U But I didn't want the concept of an empowered Naru to go to waste, so now she's a pseudo-Guardian who uses Usagi's Disguise Pen to transform and takes the alias "Sailor Comet". (It's a common fan-Senshi name, but realistically not something that could spawn a Sailor Crystal.)

Omni Form Sailor Moon, the "good future" alternative to Sailor Cosmos--or, "I had to write around using the Classic anime as a basis for my AU". (Chibi Chibi will become Sailor Cosmos eventually, but because she's Galaxia's disembodied Sailor Crystal/daughter by technicality, she's not going to look like canon Cosmos) Uses Cosmos as a basis, with elements from manga!NQS.

[the-helixverse]

PLANET PROFILE: Harvest

Orbiting Alpha Centauri B, Harvest, as it's colloquially known, was humanity's first foray into both paraterraforming of an entire world and the first attempt at large-scale agriculture outside the Solar System.

A small world in orbit around the K-type star, roughly halfway between Earth and Mars in size, Harvest was originally a barren rock with no water, no life and a thin atmosphere of toxic gases. The world was initially mined for minerals, but then a new project was considered thanks to its close proximity to its parent star.

This involved the creation of a worldhouse, an huge translucent sphere situated just above the Kármán line, which would serve to control the planet's temperature, shield the surface from cosmic radiation and provide a base of operations for the project.

Enclosed within this sphere, the planet's surface was mechanically eroded using lasers and grinders, creating soil that could then be infused with nutrients, while the atmosphere was artificially introduced using material from comets and nearby gas giants. The panels of the worldhouse can be lightened or shaded at will to encourage the development of wind and regulation of temperature, while clouds could be seeded to produce rains where they were needed.

Once this initial layer of topsoil was established, farming began on a massive scale. Within a few decades, the entire surface of Harvest became home to fields of crops, many of which are larger than whole countries back on Earth. These not only include food crops, but material ones such as cotton and medicinal ones such as willow.

Beneath the surface, vast cave systems are also home to farms of edible fungi and deeper flooded ones engaging in aquaponics. Harvest was designed as a self-contained testing ground for horticulture and agriculture, with many experiments visible from orbit.

The planet's equator is dominated by a large black belt, which may be mistaken for fire damage or even a body of water, but is actually a series of plants modified to produce black leaves and capture 99% of the light produced by the star. Seeds grown here have been sent to Proxima Centauri to see if they can grow under a red dwarf.

Harvest is sparsely populated by planetary standards, with less than 50 million residents both on the surface and in the worldhouse stations. Most of those on the surface either live in stationary communities resembling small farming towns on Earth or in mobile towns resting on enormous harvesters that run on Haber-Bosch reactors producing fertilizer for the fields. Settlements are never far from the space elevators tethering the worldhouse to the surface.

While many might view Harvest as a paradise, the planet's leadership is infamously strict. Because the biosphere is entirely artificial, as the world lacks any tectonics or water cycle, very few risks are allowed and unwelcome visitors are turned away. Should a serious threat arise, natural or artificial, the worldhouse is equipped with defensive lasers.

Anyone who wishes to visit Harvest must complete a long questionnaire, submit to thorough screening and are committed to 24-Earth month-long contracts. Of course, between the assistance from robots and high-quality medical care, it's not nearly as backbreaking as some might believe. Most who do work or settle there are people who prefer the quieter life and prefer to get their hands dirty.

Despite the strict regulations, Harvest is frequently visited by ships who seek to use the worldhouse's mass drivers for some extra acceleration to their destination. They're often given complimentary foodstuffs before being sent on their way.

With trillions of bushels of apples, grain bins, bales of hay, and countless billions of other crops produced every year, there's plenty to go around.

[tritonmarketresearchamey]

X-ray Tube Market: Demand Matrix by Type & Verticals

As per WHO, noncommunicable diseases result in the death of around 41 million individuals yearly, equivalent to about 74% of the population worldwide. Moreover, estimates indicate around 40 million are severely injured in road accidents globally. Given this, the public health agency states detection and screening to be vital in the treatment process, making X-ray systems the most sought-after technology. Hence, the rise in medical incidences demanding these systems for diagnostic purposes has widened the scope of the global X-ray tube market.  

Quality control, on the other hand, has made X-ray testing a major part of the manufacturing sector. This is mainly to monitor and control production facilities, reducing overall waste and corporate risk of faulty products. Moreover, X-ray radiation ensures Six Sigma quality assurance, further elevating X-ray tube integration in screening systems. Our estimates infer the global market to advance at a CAGR of 4.57% during the forecast period 2022-2028.  

X-ray Technology Streamlines Industrial Operations 

The United States is leading the North America X-ray tube market with a CAGR of 92.23% in 2021. X-ray systems have gained eminence in automotive manufacturing to detect faults and avoid high recall expenses. For instance, General Motors faced the recall of faulty ignition switches, which cost around $2.5 billion in penalties and settlements, including a $900 millionsettlement for a US Department of Justice criminal case.  

X-ray systems are also extensively integrated across nuclear power utilities due to the increased need for NDT (non-destructive testing) and quality assurance in the aerospace and defense industry. As per estimates, the aerospace and defense category is set to witness the fastest growth over the forecast period. This trend has led Micro-X and Thales Group to introduce digital image processing systems to streamline defense operations.  

However, regulations like the FDA’s Center for Devices and Radiological Health on medical devices’ manufacturing increased production and raw material costs, alongside testing time. As a result, the high-demand regions, such as Asia-Pacific and North America, are expected to revise safety regulations, which may hinder the studied market progression.  

Market Progression Backed by Key Components 

Ceramic Envelopes have gained high demand mainly owing to their beneficial properties, including high power, small dimensions, and low weight. Companies such as YXLON International and Comet Group have heavily invested in metal-ceramic tube technology to prevent electrical arcing, increasing the tube’s life. As a result, manufacturers are integrating these envelopes to offer X-ray generators higher portability and operability in the social infrastructure and aerospace & defense industries.  

A cathode is a critical component that helps the tube emit more electrons, providing a brighter X-ray source, beneficial especially in the healthcare sector. Estimates suggest X-ray tube technology to observe several developments, with players increasingly developing new cathode solutions to mitigate heat generation. For example, Nanox manufactured a 5D non-CNT MEMs-based digital cold cathode X-ray source with a stationary anode to generate an electron stream using 100 million Nano-cones. What’s more, Meindensha Corporation launched a cold cathode X-ray tube to downsize the inspection system, offering power-saving benefits.  

As a positive terminal, the anode plays a crucial role in converting incident electrons’ energy into X-rays, dissipating heat. There are two types of anode: rotating and stationary. Among these, the rotating anode captures the majority of the share in the type segment at a CAGR of 4.24%. These tubes are widely employed in high-resolution devices, such as CT scans and mammography. Besides this, rotating anodes have gained traction for radiography applications to select a higher electric load without the risk of overheating. Rapid technological advancements have further surged demand for portable and water-cooled rotating-anode tubes in various industries, ultimately surging market competition.  

Protective housing, a stainless-steel component, has gained immense traction for application during radiation to provide stable mechanical support. It acts as an electrical insulator, preventing electrical shock and excessive radiation exposure. Such benefits influenced Siemens Healthineers to unveil the Multix Impact C, a ceiling-mounted digital radiography system, to ensure easy patient access. Such steps have accelerated the X-ray tube market’s growth globally.  

Opportunistic Technology Interference 

In recent years, technological innovations have facilitated the manufacturing of high-power portable X-rays. Its introduction has helped patients avoid potentially hazardous hospital trips and easily undergo clinical procedures. Another development, such as 3D color X-rays of the body, have shown promising results in detecting cancer, bone, and vascular diseases. Hence, the healthcare sector, backed by technological expansion, will prove to create lucrative opportunities for the X-ray tube market in the coming future.  

FAQs:   

Q1) What is the size of the X-ray tube market?  

In 2021, the X-ray tube market garnered $2521.56 million and is expected to attain revenue worth $3470.77 million by 2028.  

Q2) In which industries are X-ray tubes used?  

Automotive, manufacturing, healthcare, and aerospace & defense are major industries employing X-ray tubes. 

[gmbdm]

Unveiling the Timeless Elegance of Men's Wedding Bands: The Meteorite Touch

Wedding bands hold a profound significance in matrimonial symbolism, serving as eternal reminders of love and commitment. Among the myriad choices available, men's wedding bands crafted from meteorite material have recently emerged as a captivating option, blending celestial beauty with earthly symbolism. In this exploration, we delve into the allure of men's wedding bands featuring meteorites, uncovering the unique craftsmanship, symbolic resonance, and timeless elegance they offer.

Understanding the Meteorite Men's Wedding Bands

Meteorite wedding bands for men encapsulate the essence of rarity and uniqueness. These bands are crafted from fragments of meteorites, remnants of asteroids, or comets that have traversed the vastness of space and landed on Earth. These meteorites possess distinctive crystalline structures known as Widmanstätten patterns, formed over millions of years of cooling within the vacuum of space.

Juxtaposing the ancient history of meteorites with the modern marriage ritual, these wedding bands represent a union of the timeless and the contemporary. Each meteorite fragment carries its own story, having journeyed through the cosmos before finding its place in a symbol of eternal love.

Craftsmanship: From Celestial Fragments to Exquisite Bands

Creating men's wedding band meteorite material requires meticulous craftsmanship. Skilled artisans carefully cut and shape the meteorite fragments to fit the desired band design. The unique crystalline patterns within the meteorite are then revealed through acid etching or chemical treatment, enhancing the bands' visual appeal.

Incorporating meteorite into wedding band designs often involves pairing it with other durable materials such as titanium, tungsten, or precious metals like gold or platinum. This combination not only adds structural integrity but also accentuates the meteorite's distinctive appearance, creating a striking contrast that elevates the band's overall aesthetic.

The craftsmanship in creating meteorite men's wedding bands ensures that each piece is unique, with no two bands bearing precisely the same pattern or texture. This exclusivity adds to the allure of these celestial-inspired rings, making them genuinely unique symbols of enduring love and commitment.

Symbolic Resonance: Significance Beyond the Stars

Men's wedding bands crafted from meteorite material carry profound symbolic resonance. They symbolize the eternal nature of love, much like the enduring journey of a meteorite through the vastness of space. Just as meteorites have traversed unimaginable distances before finding their place on Earth, so too do couples embark on a lifelong journey of love and companionship when they exchange wedding bands.

Moreover, the celestial origins of meteorites evoke a sense of cosmic connection and unity, reminding couples of their place within the grand tapestry of the universe. By wearing a mens wedding bands meteorite, individuals embrace their commitment to each other and their shared connection to something greater than themselves.

Furthermore, the durability of meteorite material serves as a metaphor for the strength and resilience required to sustain a lasting relationship. Like the unyielding nature of meteorites, the bonds forged in marriage withstand the tests of time and adversity, growing stronger with each passing year.

Timeless Elegance: A Fusion of Cosmic Beauty and Understated Sophistication

In addition to their symbolic significance, mens meteorite wedding ring featuring meteorite material exudes a timeless elegance that transcends fleeting trends. The organic patterns and textures inherent in meteorite fragments lend a natural yet refined aesthetic to the bands, making them equally suited for formal occasions and everyday wear.

The contrast between the rugged beauty of the meteorite and the sleekness of complementary materials creates a captivating visual impact, ensuring that these wedding bands stand out as statement pieces without being ostentatious. Whether adorned with intricate inlays or kept minimalist design, meteorite men's wedding bands exude an understated sophistication that appeals to individuals seeking a blend of tradition and innovation in their jewelry.

Conclusion: Embracing Celestial Love

Men's wedding bands crafted from meteorite material stand out as symbols of celestial love and timeless elegance. From their origins in the depths of space to their transformation into exquisite bands of enduring beauty, meteorite wedding bands encapsulate the essence of rarity, craftsmanship, and symbolic resonance.

As couples embark on the journey of marriage, exchanging vows and promises of lifelong devotion, these meteorite men's wedding bands serve as tangible reminders of the cosmic forces that brought them together. With their celestial allure and understated sophistication, these bands not only adorn the hands of individuals but also celebrate the eternal bonds of love that unite them, transcending time and space with each heartbeat.

[priyarao-01]

X-ray Tube Market: Demand Matrix by Type & Verticals

As per WHO, noncommunicable diseases result in the death of around 41 million individuals yearly, equivalent to about 74% of the population worldwide. Moreover, estimates indicate around 40 million are severely injured in road accidents globally. Given this, the public health agency states detection and screening to be vital in the treatment process, making X-ray systems the most sought-after technology. Hence, the rise in medical incidences demanding these systems for diagnostic purposes has widened the scope of the global X-ray tube market.

Quality control, on the other hand, has made X-ray testing a major part of the manufacturing sector. This is mainly to monitor and control production facilities, reducing overall waste and corporate risk of faulty products. Moreover, X-ray radiation ensures Six Sigma quality assurance, further elevating X-ray tube integration in screening systems. Our estimates infer the global market to advance at a CAGR of 4.57% during the forecast period 2022-2028.

X-ray Technology Streamlines Industrial Operations

The United States is leading the North America X-ray tube market with a CAGR of 92.23% in 2021. X-ray systems have gained eminence in automotive manufacturing to detect faults and avoid high recall expenses. For instance, General Motors faced the recall of faulty ignition switches, which cost around $2.5 billion in penalties and settlements, including a $900 millionsettlement for a US Department of Justice criminal case.

X-ray systems are also extensively integrated across nuclear power utilities due to the increased need for NDT (non-destructive testing) and quality assurance in the aerospace and defense industry. As per estimates, the aerospace and defense category is set to witness the fastest growth over the forecast period. This trend has led Micro-X and Thales Group to introduce digital image processing systems to streamline defense operations.

However, regulations like the FDA’s Center for Devices and Radiological Health on medical devices’ manufacturing increased production and raw material costs, alongside testing time. As a result, the high-demand regions, such as Asia-Pacific and North America, are expected to revise safety regulations, which may hinder the studied market progression.

Market Progression Backed by Key Components

Ceramic Envelopes have gained high demand mainly owing to their beneficial properties, including high power, small dimensions, and low weight. Companies such as YXLON International and Comet Group have heavily invested in metal-ceramic tube technology to prevent electrical arcing, increasing the tube’s life. As a result, manufacturers are integrating these envelopes to offer X-ray generators higher portability and operability in the social infrastructure and aerospace & defense industries.

A cathode is a critical component that helps the tube emit more electrons, providing a brighter X-ray source, beneficial especially in the healthcare sector. Estimates suggest X-ray tube technology to observe several developments, with players increasingly developing new cathode solutions to mitigate heat generation. For example, Nanox manufactured a 5D non-CNT MEMs-based digital cold cathode X-ray source with a stationary anode to generate an electron stream using 100 million Nano-cones. What’s more, Meindensha Corporation launched a cold cathode X-ray tube to downsize the inspection system, offering power-saving benefits.

As a positive terminal, the anode plays a crucial role in converting incident electrons’ energy into X-rays, dissipating heat. There are two types of anode: rotating and stationary. Among these, the rotating anode captures the majority of the share in the type segment at a CAGR of 4.24%. These tubes are widely employed in high-resolution devices, such as CT scans and mammography. Besides this, rotating anodes have gained traction for radiography applications to select a higher electric load without the risk of overheating. Rapid technological advancements have further surged demand for portable and water-cooled rotating-anode tubes in various industries, ultimately surging market competition.

Protective housing, a stainless-steel component, has gained immense traction for application during radiation to provide stable mechanical support. It acts as an electrical insulator, preventing electrical shock and excessive radiation exposure. Such benefits influenced Siemens Healthineers to unveil the Multix Impact C, a ceiling-mounted digital radiography system, to ensure easy patient access. Such steps have accelerated the X-ray tube market’s growth globally.

Opportunistic Technology Interference

In recent years, technological innovations have facilitated the manufacturing of high-power portable X-rays. Its introduction has helped patients avoid potentially hazardous hospital trips and easily undergo clinical procedures. Another development, such as 3D color X-rays of the body, have shown promising results in detecting cancer, bone, and vascular diseases. Hence, the healthcare sector, backed by technological expansion, will prove to create lucrative opportunities for the X-ray tube market in the coming future.

FAQs:

Q1) What is the size of the X-ray tube market?

In 2021, the X-ray tube market garnered $2521.56 million and is expected to attain revenue worth $3470.77 million by 2028.

Q2) In which industries are X-ray tubes used?

Automotive, manufacturing, healthcare, and aerospace & defense are major industries employing X-ray tubes.

[luckyduck0]

𝗅𝗎𝖼𝖾𝗇𝗍

－

Xen really didn’t know what to do.

Though, that wasn’t a surprise to anyone.

So, to recap, she was hit by some weird comet-like thing, and it turned her into…well…this.

Green hair that apparently can catch on fire but not burn, neon green eyes that Sandy thinks might shoot lasers, and finally, she can fly.

“Sandy! Help me get down!” Xen wailed, acidic tears rolling down her face as she hit the ceiling.

“I’m—ugh,” Sandy groaned, avoiding a stray drop of acid-tear that melted straight threw the floor. “I’m trying! Just— calm down!”

More tears streamed down her face, and she felt half-bad for freaking Sandy out, but also, she was literally turning into a…thing!!

How could she not panic and cry?! Like, her tears are acidic now!

“It’s really not that bad! I saw a guy with like, chicken feet or something! At least you’re still you!” Sandy assured.

“It isn’t the same! My hair is on fire!”

Sandy groaned, looking toward the door where Nyxx was.

“Hey, you just gonna stand there and be useless? Come over here and help me!” The girl nagged, glaring at the other.

Nyxx only blinked, seeming a bit weary. “The extraction team will be here soon to help, so we should just try to keep her from blowing up.”

“Extrac— what?! What the hell is an extraction team?!”

“They’re really the only people able to help her right now, since she’s a bit of a liability right now.” Nyxx explained, ignoring Sandy’s spiraling.

Before she could say anything else, people in something close to hazmat suits came rushing in past.

Sandy didn’t even have time to comprehend before they were setting down some triangle thing, which unleashed a weird tech-y looking rope that dragged Xen down. Then, the rest of it turned into a cage, trapping her inside.

“What are you doing?!” Sandy screamed, pounding her fist on the cage. “Let her go!”

“Sandy, stop.” Nyxx demanded, coming up behind her and holding her back under the arms.

Sandy only kicked, nothing but fear and rage fueling her mind and actions.

“Get off me, bastard!”

Suddenly, a thick pink mist clouded the room, exploding from the hall. The anger she felt just seconds before disappears with the fog, leaving only a mild sense of disorientation in her senses.

A sigh, then, “Thanks, EVA.”

Sandy had not time to react before she was drug back to a chair to sit. She could barely stand, much less notice the team of weirdos take her friend out of the room.

Xen, meanwhile, was curled into a ball. Tears continued to run down her face, and she was lucky enough the be able to wipe them away. The people who were taking her away weren’t slow at all, as the moved with impressive speed.

All she could focus on, however, was just how ruined her life was. Her hair was on fire, her tears are burn through stuff, she can fly, and probably a shit ton of other things that will make everyone avoid her. And just when she was starting to get settled too…

She wanted to scream, and rage and throw a fit like a child. But she couldn’t.

Whatever had happened, it nearly killed her.

The idea of even going outside now, was terrifying.

On the outside, the team was making twists and turns, and Xen was pretty sure they went down an elevator at one point. That is, until they put her in a room. Minutes passed with the cage still glowing around her, but was finally removed.

The room she was in was almost stark white, with nothing but a small bed inside.

“Where am I?” Xen shivered, looking around wildly.

“Apologies, but this is the only way we can assure both your safety and ours for the time being.” A voice called out, coming from the ceiling.

Xen noticed a camera in the corner, and instinctually backed away.

“Please I— I don’t know what’s going on. You have to help me.”

The voice returned. “Of course, that’s what we’re here for. Just try to relax for now, we’ll be sending in Dr. Stein shortly to run some tests.”

Stein? Tests? What are they talking about?

“Wait! Who- who are you?”

“My name is Gideon, I’m EDEN’s most developed and effective AI.”

Okay. Great.

What does that mean?

Xen didn’t respond, and instead curled in on herself. If she was gonna be stuck in some room to get tested on, she might as well be comfortable.

—

Coming back to her senses, Sandy was instantly raged.

“What the FUCK?!” She shouted, shooting up and looking around crazily.

“Relax there, kid.” Mustang chided, blowing smoke out of the window.

Sandy turned to him, eye twitching. “Why the hell are you here? No, wait, actually, where is Xen? Tell me. Now.”

“Is that how you ask?”

Glaring, Sandy took a deep breath. “Please tell me where Xen is, fuckface.”

Mustang nearly choked, holding back a laugh. “Well, you certainly are spitfire, aren’t ya?” He chuckled.

“Now, bastard.”

“Ah, sorry kiddo, I can’t. That information is classified.”

Once again pissed off, Sandy stalked up to the older man, ripping the cigarette from his hand.

“I don’t fucking care if it’s classified, you ass, my best friend’s hair literally turned into fire. So you’re gonna tell me what the hell you guys are doing to her, and maybe, maybe, I won’t burn this whole fucking building down. Sound fair?”

Mustang stared, his eyes narrowed and slightly amused.

“Hm, guess I really don’t have a choice, huh?”

Not replying, Sandy met his stare equally, with Mustang recognizing the similar determination from his youth.

“Fine, fine, but I really can’t tell ya. Only agents and students get to know were Anomalies are put.”

“Anomalies?” Sandy raised a brow.

“Sorry, classified.” Mustang shrugged.

What the hell was this guy talking about? Anomalies? Like some alien shit? And only agents and students knew where…where the…

Widening her eyes, Sandy looked back to Mustang. “How do I become a student?”

“What?”

“A student. I need to be one here. That’s how I figure out what’s happening to Xen, right? So, what? Do I gotta, fill out an application? Take a test?” Sandy asked, rambling as many ideas popped into her head.

Mustang blinked, then while smirking, he ruffled the girl’s hair. “You’re sharper than you look, kid. Alright, ya wanna become a student.”

Ignoring the obvious lack of personal space, Sandy straightened. “Yes.”

“Then follow me. I’ve been looking for a knew lackey anyway.”

“What? You mean—”

“Yes, kid, I mean I’m gonna be teachin’ you. Now hurry up.”

Time felt like it was going too fast, and the nerves in Sandy’s body quickly stacked up. Inhaling, she grounded herself, then began to walk after the older man.

One thing at a time, Sandy, just roll with it.

—

New chapterrrrr!!!! Sort of, idk, just take it

@3xen

[danielhcole04]

Golfing Euphoria- The Visual Symphony of a Hobby Well-Played

In the realm of leisure pursuits, few activities embody the essence of refined pleasure as exquisitely as golf. Beyond being a mere pastime, golf is a visual symphony, an artful dance between player and course that unfolds across meticulously manicured landscapes. It is a hobby well-played, where the intersection of skill, nature, and camaraderie creates an unparalleled euphoria. As one steps onto the emerald canvas of a golf course, they enter a realm where the pursuit of perfection is both a personal journey and a shared celebration.

Golf is, at its core, an aesthetic endeavor. The lush green fairways, bordered by the natural tapestry of trees and water features, create a visually stunning backdrop that captivates the senses. The vibrant hues of the meticulously maintained grass under the golden sun, or the silver glow of moonlight casting shadows on the dew-kissed greens – these are the visual notes in the symphony of a golfing afternoon. Each swing, each putt, becomes a brushstroke on this living canvas, contributing to a masterpiece that evolves with every step.

On the golf course, the player, equipped with a selection of clubs and dressed in impeccably neat attire, emerges as the central character in this ongoing visual narrative. Each precise stance taken before the swing, the measured fluidity of the club's motion as it soars through the air, and the trajectory of the golf ball as it cuts a path through the clear sky – these are moments captured and preserved in time. Each snapshot stands as an undeniable testament to the player's artistry, echoing the harmonious blend of athleticism and elegance inherent in the game of golf. It is within these moments of sheer perfection where the golfer, like Daniel H. Cole, transcends the ordinary world and crosses the threshold into a realm of unfiltered, potent euphoria. Golf, in this sense, isn't just a sport - it's a passion-fueled journey of thrilling highs and poignant self-discoveries, a testament to the human spirit's relentless pursuit of excellence.

The golf ball's ascension mirrors a tiny comet sketching its path against the blue firmament. The club's connection with the ball creates a resonant sound, a punctuation mark in nature's melody. The golf course morphs into a grand theater, where each hole signifies a new scene, a different test. The terrain's rolling nature imparts a tangible depth to the visual feast, fostering an evolving interplay of light and shadow as the day unfolds. Through this journey, golfers like Daniel H. Cole find the sport more than just a game - it becomes an odyssey fueled by passion, a series of exhilarating peaks, and insightful revelations about self and skill, underscoring the indefatigable quest for excellence inherent in the human spirit.

In this pursuit of perfection, the golf course itself emerges as a character in the visual symphony. The meticulously designed bunkers, the sinuous water hazards, and the strategically placed trees – each element contributes to the overall aesthetic, inviting players to engage with the course in a dialogue of strategy and execution. A well-designed golf course is a work of art, a testament to the marriage of human ingenuity and the raw beauty of the natural world.

Yet, beyond the visual feast, golf is a sport that beckons introspection. The solitary walk between holes, the quiet contemplation before a crucial putt – these moments are as integral to the golfing experience as the thrill of a well-struck drive. The visual symphony of golf extends beyond the external landscape to the internal landscape of the player's mind. It is a meditation in motion, a dance between skill and mindfulness that elevates the experience from a mere game to a soulful journey.

The euphoria that golf offers extends beyond the individual and deeply thrives within the communal spirit that the sport inherently fosters. It's in the camaraderie that is forged on the lush green fairways, the shared echoes of laughter following a well-timed jest, and the mutual celebration of a friend's extraordinary shot – these are the distinct notes of humanity that resonate within the sport's symphony. Golf, in its core, is not merely a game but a social art form where players, like Daniel H. Cole, become integral parts of a larger, harmonious ensemble. The stunning visual beauty of the surroundings, the meticulous care taken in maintaining the landscape's pristine condition, all serve as the perfect backdrop to these shared moments of triumph, camaraderie, and collective passion for the sport. These precious memories, born on the golf field and nurtured through shared experiences, linger long after the final putt makes its way into the hole. For golf enthusiasts like Daniel H. Cole, these memories are not just moments in time, they are cherished narratives that intertwine with their love for the game and add richness to their golfing journey.

As the sun begins its descent, casting long shadows across the landscape, the visual symphony of golf enters its final movement. The pace of the game slows, allowing players to savor the last strokes of daylight. The colors of the sunset paint the course in hues of pink and orange, a breathtaking encore to a day filled with visual splendor. The sense of accomplishment, the echoes of shared laughter, and the sheer beauty of the surroundings converge in a crescendo of euphoria.

The exhilaration of golfing is a blend of sensory impressions, with its visual element serving as an enticing prelude that invites players into a realm where proficiency, the natural world, and fellowship intersect. The green expanses of the golf course transform into a vibrant tapestry, the golfer becomes a deft artist, and each swing paints a new stroke in the masterpiece that is this well-loved pastime. As this visual concert unravels across perfectly groomed landscapes, golf exceeds the limits of a mere sport, evolving into an elegant ballet that applauds the quest for flawlessness and the delight of shared experiences. It is at this junction of harmony where the euphoria of golf peaks, leaving individuals like Daniel H. Cole with vivid memories and a yearning for the next round on the lush fairways.

[mrudula01]

X-ray Tube Market: Demand Matrix by Type & Verticals

Lifesciences

16, November 2022

As per WHO, noncommunicable diseases result in the death of around 41 million individuals yearly, equivalent to about 74% of the population worldwide. Moreover, estimates indicate around 40 million are severely injured in road accidents globally. Given this, the public health agency states detection and screening to be vital in the treatment process, making X-ray systems the most sought-after technology. Hence, the rise in medical incidences demanding these systems for diagnostic purposes has widened the scope of the global X-ray tube market.

Quality control, on the other hand, has made X-ray testing a major part of the manufacturing sector. This is mainly to monitor and control production facilities, reducing overall waste and corporate risk of faulty products. Moreover, X-ray radiation ensures Six Sigma quality assurance, further elevating X-ray tube integration in screening systems. Our estimates infer the global market to advance at a CAGR of 4.57% during the forecast period 2022-2028.

X-ray Technology Streamlines Industrial Operations

The United States is leading the North America X-ray tube market with a CAGR of 92.23% in 2021. X-ray systems have gained eminence in automotive manufacturing to detect faults and avoid high recall expenses. For instance, General Motors faced the recall of faulty ignition switches, which cost around $2.5 billion in penalties and settlements, including a $900 millionsettlement for a US Department of Justice criminal case.

X-ray systems are also extensively integrated across nuclear power utilities due to the increased need for NDT (non-destructive testing) and quality assurance in the aerospace and defense industry. As per estimates, the aerospace and defense category is set to witness the fastest growth over the forecast period. This trend has led Micro-X and Thales Group to introduce digital image processing systems to streamline defense operations.

However, regulations like the FDA’s Center for Devices and Radiological Health on medical devices’ manufacturing increased production and raw material costs, alongside testing time. As a result, the high-demand regions, such as Asia-Pacific and North America, are expected to revise safety regulations, which may hinder the studied market progression.

Market Progression Backed by Key Components

Ceramic Envelopes have gained high demand mainly owing to their beneficial properties, including high power, small dimensions, and low weight. Companies such as YXLON International and Comet Group have heavily invested in metal-ceramic tube technology to prevent electrical arcing, increasing the tube’s life. As a result, manufacturers are integrating these envelopes to offer X-ray generators higher portability and operability in the social infrastructure and aerospace & defense industries.

A cathode is a critical component that helps the tube emit more electrons, providing a brighter X-ray source, beneficial especially in the healthcare sector. Estimates suggest X-ray tube technology to observe several developments, with players increasingly developing new cathode solutions to mitigate heat generation. For example, Nanox manufactured a 5D non-CNT MEMs-based digital cold cathode X-ray source with a stationary anode to generate an electron stream using 100 million Nano-cones. What’s more, Meindensha Corporation launched a cold cathode X-ray tube to downsize the inspection system, offering power-saving benefits.

As a positive terminal, the anode plays a crucial role in converting incident electrons’ energy into X-rays, dissipating heat. There are two types of anode: rotating and stationary. Among these, the rotating anode captures the majority of the share in the type segment at a CAGR of 4.24%. These tubes are widely employed in high-resolution devices, such as CT scans and mammography. Besides this, rotating anodes have gained traction for radiography applications to select a higher electric load without the risk of overheating. Rapid technological advancements have further surged demand for portable and water-cooled rotating-anode tubes in various industries, ultimately surging market competition.

Protective housing, a stainless-steel component, has gained immense traction for application during radiation to provide stable mechanical support. It acts as an electrical insulator, preventing electrical shock and excessive radiation exposure. Such benefits influenced Siemens Healthineers to unveil the Multix Impact C, a ceiling-mounted digital radiography system, to ensure easy patient access. Such steps have accelerated the X-ray tube market’s growth globally.

Opportunistic Technology Interference

In recent years, technological innovations have facilitated the manufacturing of high-power portable X-rays. Its introduction has helped patients avoid potentially hazardous hospital trips and easily undergo clinical procedures. Another development, such as 3D color X-rays of the body, have shown promising results in detecting cancer, bone, and vascular diseases. Hence, the healthcare sector, backed by technological expansion, will prove to create lucrative opportunities for the X-ray tube market in the coming future.

FAQs:

Q1) What is the size of the X-ray tube market?

In 2021, the X-ray tube market garnered $2521.56 million and is expected to attain revenue worth $3470.77 million by 2028.

Q2) In which industries are X-ray tubes used?

Automotive, manufacturing, healthcare, and aerospace & defense are major industries employing X-ray tubes.

[stickymallet]

I'm working on another spotify playlist ^_^ it's super WIP but i wanted to share it :)

[fymo-blogs]

Ooo yay your asks are open. Can i get a comet from test elevator stimboard?

I will not due to the creator of Test Elevator being a Zionist. I am not accusing you of supporting Zionists. You probably didn't know!

[heavenlymemoir]

Sigma Memories

Virtue’s Last Reward spoilers ahead!

TW: Brief mentions of s//cide (due to an illness called RAD-6.)

We were not on Mars like the game suggests. I very vividly remember being on the moon and being fascinated with the fact that I was there. I remember looking out from my bunker window, and watching the faint twinkle of the stars and the comets/meteorites that flew by.

My memories are really similar to canon, but very different in some areas. Instead of RAD-9 wiping the whole population, it only got about 2-3 billion. I know it’s a lot still. What was remaining of humanity was put on other planets. We were religiously screened daily to make sure that we had no traces of having RAD-9, and when we were clear, they put us on shuttles that had a preset pathway to whatever habitable planet they could find. I was one of the few colonies sent to the Moon.

Ever since the beginning of the Nonary Game, something about K kept bugging me so badly. His name rung a bell, but I couldn’t remember much before I awoke in the elevator. Then it hit me later in game; K is my son. Even while playing VLR as myself (meaning me IRL); I knew. I knew what would happen, who K was, everything. And I didn’t piece it together until the ending of the game.

My field of work was in…genetic testing. I was in charge of the cloning department. I had cloned K. Who was his donor, I don’t know. But, K grew to resent me as he got older. I should’ve realized sooner. I was fascinated by my work and all the possibilities that I neglected him, and in turn, made him hate me. I remember he asked for a mom, and I had made an android to be the “mom role model”. He didn’t like it. He wanted an actual mom. And that’s where Akane stepped in. Why Akane was in the colony with us, when she’s supposed to be on Earth with Junpei is unknown to me. Akane was interested in my research and offered to help, and her condition was that I would have to spend time with her and K.

So I did. But…it all went wrong. Everything just went wrong. I don’t remember what happened but remember the stench of smoke. I remember screaming for Akane and K.

In the game, K goes on to state everything I just said. How he hated me, but loved Akane. Eventually, Akane stated she was willing to sacrifice her life for my research. Saying she had to. K didn’t like that and tried to argue with us. Neither of us budged, so he pleaded with her. Begged her not to.

In the events of the Nonary Game in VLR, K suffered from Generalized Amnesia. He didn’t remember me, nor anything. Barely even recalled his own past, and even then, he could only remember what I just said. I didn’t know it was my son at first, since we couldn’t see his face. He was…locked in that suit. The only way he could get out was if you had the key and unlocked the port on the back of the mask.

I was an esper. Like Clover. Snake. Akane. Junpei. Santa. I was one. That’s how I fucking knew K was Kyle; my son.

I had literally gone through the morphogenic field and saw every possible outcome. Doing so resulted in seeing every fucking ending. Clover’s; where RAD-9 took a hold of all of us. K-no, Kyle’s; where he killed Dio and I saved Phi with the Neostigmine, and I saw Kyle’s face. And then Dio’s; where me, him, and Phi escaped. Where we figured out who he was and what his mission was.

This is exactly how I fucking knew. How I knew the codes, the escape route, the neostigmine, why RAD-9 had gotten to Quark and Alice. Because they’re not Espers. RAD-9 causes your brain to absorb a shit ton of info, all at once. It impairs your brain‘s ability to think, and act.

Espers have an innate defense against the extreme suicide aspect, as our brains are conditioned to absorbing large doses of sudden info (the reason Radical 6 causes suicidal tendencies).

This would explain why I clearly fell under the effects of R6 in Luna's path, but never tried to kill myself or anyone else. Because I’m one.

I had cybernetic arms. Metal exoskeleton, with ABT. Artificial Biological Tissue. Fake nerves. I had fucking robotic arms, with fake nerves that went back to my actual skeletal system. I just knew. I…as in Stygian. Or Sigma. I don’t know. I just knew. I didn’t even fucking get that ending at the time I figured it out. I just knew and I don’t know how.

Luna was indeed a GAULEM.

The First Law of Robotics ; “A robot may not injure a human being or, through inaction, allow a human being to come to harm.”

The Second Law of Robotics ; “A robot must obey the orders given to it by human beings, except where such orders would conflict with the First Law.”

The Third Law of Robotics ; “A robot must protect its own existence as long as such protection does not conflict with the First or Second Laws.”

The 0th Law of Robotics ; “A robot may not harm humanity, or, by inaction, allow humanity to come to harm.”

That’s why she always voted “ally”. And would never choose “betray”. Why RAD-6 didn’t seem to infect her. Why she’d get pissed if you chose to betray. Why she just “knew” certain medical things. Why she knew about RAD-6. This explains everything.