#zbo

[xikerriess]

boys planet is over :'D i'm in LOVE whit the lineup, but i'm missing my boy junhyeon a lot. anyway, i just wanted to say that i'm going to start writing for zbo as well as xikers, it just that i wanted to wait to the group to be formed so i can have a section for them and blah blah blah.

<33333

[i321u]

SUDDEN SHOWER. ° ᡣ𐭩 . ° .

ᯓ after an accident that takes the love of her life, anton lee, away from her, osaki yn finds herself at the beginning of her first year of university. with the chance to change the way things go, what will she do?

or, in other words: anton is the only boy yn will ever love. she'll make sure of that.

ᡣ𐭩 PAIRING : anton lee x fem! reader

ᡣ𐭩 WARNINGS : death, talk of car accidents. strong language, kys / kms jokes. she / her for the reader. will add specific warnings to chapters. inspired by lovely runner.

kazuha of lsfm as osaki yn ° ᡣ𐭩 . ° . ft. eunchae of lsfm, bae of nmixx, gyuvin of zbo, taesan of bonedo, intak of piwon. mentions of other idols.

profiles. 💐 | 🦕

prelude.

O1. interstellar

O2. stupid watch

tba.

started — 05 / 2024.

i321u © 2024.

[zombiepux]

ZBO SIGHTING [x]

[lindholmline]

I AM ENTERING MY ZBO ERA

[andromachos]

Excelent recs as always, youtube, what a joy to have you. Can you do as always and rec me h*zbo and sp covers too?

[pavelzacha]

Who decides jakub’s nickname is zbo did he not have a better one

[postsofbabel]

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[444namesplus]

1bxam 1gfn 1juqf 1l 1lpj 1mw 1of 1t449 1zpq 2f 2'jt 2'qc'8 2is 2luv 2r 2r65 2uhf 2x 2z 3b 3br 3c 3ej 3iz14he 3j 3m'' 3mv 3rv8 3yaj1fd 3z6p 4fqkw 4gfij 4gzq 4kh5 4mgo 4n3nf 4npm 4r 4uls 4zy1 5f 5e3d 5ik4ngc 5mt 5ro 5xb 6d5 6'ts's 6b5j5f 6b'785lq 6d' 6h 6mtzhj 6o 6owv 6p8 6qm 6r 6wyb 6x 6ydxc 6z 7bz61 7c 7d35 7gnd 7oj7k1 7r 7yuv 8bmk6 8dre3or3 8j 8j7t'7nr 8n' 8qaqs 8ugj 8w 8wqj5 8wre 9f6 9'w 9bgr 9elply3m 9hbacan 9jx 9n 9qq 9rlaqmlo 9yhud 14s7 19 25 26 32w 32xq 33m6cl 37 37jhiusy 42 46up 48grz 49 49r 49r9qb 51 53 53yr 59cq7 68nd 73 82bix2 87p 91 91pd7 92 92r' 96ld4 97 247eh 322h 864 1949 5448i 9675se2 '1z '5 '6 'gc 'h 'iunrb 'j4ybm 'kl 'qng 't 'u24m a2k a2qi4 a4 a6 a7pv a8o aa96'm aars acoxb ae aj'y3qo aqte at aua7l6 avo aw b3 b' ba bekd bigp bljqfs bume bus bw2 bye c8um c143k6 cab1 caqc33 cb6 ccky ch23xs chew1 cl4x cl8z92n' cni'pge cpf7s ctw cv8 czf d5hf d6 de8sx dg dil dj83i dop ds dv e6y e8f e8kzcw e'kh eb ee39c8m2 eh5 ej ejw ekrmz el3d5h2 emmj4 eq81g4 eug ez6' f9 f'v fa7 fb fbs89 fezqe fh4 fkdva fm fmsj2c fv fv8c fwdpa fwwz2 g5kg7 g6qp g8vghgd gbk9qlhb ggxzc ghaa gi7z gm'vj gnbz6o grg95gf gsr5h gvj gvw gw gxa58 gxvxi'x h2slv hi hkl hm'g htu huqu hvqe hx8 hyx hzj hzj6b i13y9 i16b ig16g7 ih ijf il ilg imv isb j9 j'gh jbsf7 jc4k jd jg9 jm' jo jqa7 jwh k2n k83w k' kb1cydn kb2 kbko kett kjk knb3sb kncy5 kpujh kt75hw kuxfm kv kxe ky kz l4a4ss l7a l8h67' l9 l36pti l942ba lboe5 lbx7 le lj19h lk5d lq4o3la9 lurtp lw1 lzd57 m3ttg m4deb m5 m9r4a mb men mine4 mj ms mtv n1us n2 n2kud ncf ncpqr5 nj nlj nswh nt2 ntx nwot nz o2d6o o' obq25 oddb oi oi4 oic om osvafmoa p2 p5k p6 pb36c pcs pe61c pf pj pr'yv ps49nw pt87bs q1ij9 q1z q' q're qdmn qdo63 qee qg qle81 qu qwduh7w qy r5 r9ka r'o rcps7v1z rgjvdn rj rpo369p rwxmb rz s7z s828 sd seqn sh6 shl6 sj6 sk96y3x sn1x' so sqv ssm svvpx sx szd t6 t7 tccs1v tf tf1 tg6s tk3 tmo' tq tsp tv ty57 u1nvku u3 ua uevl ukmwf uo up3 ur' usg ux uxx56 uzx4h v4j v49if v'v vbkd vg vl85a vpe4 vuf1e vy vyc w4c w44a wc wcpn wg wh wk wnoy1 wpxha5 wr5h wscb wsx7 ww x1 xf3s xi xm't xn xneqf xo xsiv491w xw6 xx7 y7h yc2c yqc yqmrlt yve' yz z35v3m z383yt zals zb1d32h zbo zc zi1pk zja zliwy zs4i4a zz

[xquiziteagency]

🤑Unlocking YouTube: 2025’s Best Money-Making Opportunities🤑

As we move into 2025, YouTube continues to evolve, offering diverse monetization avenues for creators. Here are some promising opportunities to explore:

1 Shorts Monetization: With the rise of YouTube Shorts, creators can capitalize on this format by producing engaging, bite-sized content. Brands are eager to sponsor short videos, making it a lucrative avenue.

2 Channel Memberships: As communities grow, offering exclusive perks through channel memberships can enhance viewer loyalty and provide a steady income stream.

3 Merchandising: Integrating merchandise with your channel can significantly boost revenue. Use YouTube’s built-in tools to promote and sell your products directly to your audience.

4 Sponsored Content: Partnering with brands for sponsored videos remains a strong revenue generator. Focus on niche markets to attract sponsorship deals that align with your content.

5 Educational Content: As more users turn to YouTube for learning, creating courses or tutorials can be profitable. Consider leveraging the Super Chat feature during live streams for real-time engagement.

In 2025, the key to success on YouTube lies in adaptability and creativity. Stay ahead of trends, engage your audience, and explore these monetization strategies to maximize your channel’s potential.

#YouTube2025 #ContentCreation #YouTubeMonetization #YouTubeShorts #ChannelMemberships #SponsoredContent #YouTubeMerch #OnlineIncome #CreatorEconomy #DigitalMarketing

#YouTubeTips #YouTubeHacks #ContentCreator #VideoMarketing #YouTubeSuccess #CreatorCommunity #ContentStrategy YouTube NEW 2025 Small YouTube Channels Hacks and Growth Tips and Tricks! #WorkFromHomeWednesday #CreativeProductivity #HomeOfficeVibes #MidweekMotivation #WorkLifeBalance #StayInspired #RemoteWorkCommunity

#4u #fyp #support #SendStars #StarSenders #XquiziteAgency #howtomakemoneyonline #howtonetwork #howtomarketyourbusiness #howtogetsales #smallbusiness #supportme #supportsmallbusiness #businessopportunities #finance

#facebookpost #foryou #fypシ゚viralシfypシ゚viralシalシ #fypシviralシ2024 #happywednesday #facebookviral #facebookreelsviral #facebookpost #viralchallenge #viralvideochallenge #viralreelschallenge #Viralvideos #ViralShorts #foryou #ytfeed #ytshort #ytvideos #ytvideo #busymoms #busylifestyle #howtocreateayoutubechannelovertheage50 #howto #youtubegrowth #youtubehacks #hacks #ythacks #tipsandtricks #howtodoayoutubechannelifyouhaveabusylife #busymomshacks #busylifehacks #busyworklifehacks #collaboration #collaborationhacks

https://www.youtube.com/live/bWOFtkGdg_Q?si=zbO-UnPzwS2DMSjY

[reneleijen]

Brede steun in Tweede Kamer voor aanpak online kinderporno

De Tweede Kamer heeft bij meerderheid ingestemd met een wetsvoorstel dat onder meer de oprichting van een Autoriteit Online Terroristisch en Kinderpornografisch Materiaal behelst. De ATKM, een zbo, moet een einde maken aan bestaande zelfregulering door de internetsector: aanbieders van hostingdiensten worden dan verplicht om online terroristisch of kinderpornografisch materiaal ontoegankelijk te…

[jcmarchi]

Zero-Boil-Off Tank Experiments to Enable Long-Duration Space Exploration - Technology Org

New Post has been published on https://thedigitalinsider.com/zero-boil-off-tank-experiments-to-enable-long-duration-space-exploration-technology-org/

Zero-Boil-Off Tank Experiments to Enable Long-Duration Space Exploration - Technology Org

Do we have enough fuel to get to our destination? This is probably one of the first questions that comes to mind whenever your family gets ready to embark on a road trip.

If the trip is long, you will need to visit gas stations along your route to refuel during your travel. NASA is grappling with similar issues as it gets ready to embark on a sustainable mission back to the Moon and plans future missions to Mars.

But while your car’s fuel is gasoline, which can be safely and indefinitely stored as a liquid in the car’s gas tank, spacecraft fuels are volatile cryogenic liquid propellants that must be maintained at extremely low temperatures and guarded from environmental heat leaks into the spacecraft’s propellant tank.

And while there is already an established network of commercial gas stations to make refueling your car a cinch, there are no cryogenic refueling stations or depots at the Moon or on the way to Mars.

Furthermore, storing volatile propellant for a long time and transferring it from an in-space depot tank to a spacecraft’s fuel tank under microgravity conditions will not be easy since the underlying microgravity fluid physics affecting such operations is not well understood.

Even with today’s technology, preserving cryogenic fuels in space beyond several days is not possible and tank-to-tank fuel transfer has never been previously performed or tested in space.

Figure 1. The Gateway space station—humanity’s first space station around the Moon—will be capable of being refueled in space. Image Credit: NASA

Heat conducted through support structures or from the radiative space environment can penetrate even the formidable Multi-Layer Insulation (MLI) systems of in-space propellant tanks, leading to boil-off or vaporization and causing tank self-pressurization.

The current practice is to guard against over-pressurizing the tank and endangering its structural integrity by venting the boil-off vapor into space. Onboard propellants are also used to cool down the hot transfer lines and the walls of an empty spacecraft tank before a fuel transfer and filling operation can take place.  Thus, precious fuel is continuously wasted during both storage and transfer operations, rendering long-duration expeditions—especially a human Mars mission—infeasible using current passive propellant tank pressure control methods.

Zero-Boil-Off (ZBO) or Reduced Boil-Off (RBO) technologies provide an innovative and effective means to replace the current passive tank pressure control design. This method relies on a complex combination of active, gravity-dependent mixing and energy removal processes that allow maintenance of safe tank pressure with zero or significantly reduced fuel loss.

At the heart of the ZBO pressure control system are two proposed active mixing and cooling mechanisms to counter tank self-pressurization.  The first is based on intermittent, forced, subcooled jet mixing of the propellantand involves complex, dynamic, gravity-dependent interaction between the jet and the ullage (vapor volume) to control the condensation and evaporation phase change at the liquid-vapor interface. The second mechanism uses subcooled droplet injection via a spraybar in the ullage to control tank pressure and temperature. While the latter option is promising and gaining prominence, it is more complex and has never been tested in microgravity where the phase change and transport behavior of droplet populations can be very different and nonintuitive compared to those on Earth.

Figure 2. Astronaut Joseph M. Acaba installing ZBOT Hardware in the Microgravity Science Glovebox aboard the International Space Station. Image Credit: NASA

Although the dynamic ZBO approach is technologically complex, it promises an impressive advantage over the currently used passive methods. An assessment of one nuclear propulsion concept for Mars transport estimated that the passive boil-off losses for a large liquid hydrogen tank carrying 38 tons of fuel for a three-year mission to Mars would be approximately 16 tons/year. The proposed ZBO system would provide a 42% saving of propellant mass per year. These numbers also imply that with a passive system, all the fuel carried for a three-year Mars mission would be lost to boil-off, rendering such a mission infeasible without resorting to the transformative ZBO technology.

The ZBO approach provides a promising method, but before such a complex technological and operational transformation can be fully developed, implemented, and demonstrated in space, important and decisive scientific questions that impact its engineering implementation and microgravity performance must be clarified and resolved.

The Zero Boil-off Tank (ZBOT) Experiments are being undertaken to form a scientific foundation for the development of the transformative ZBO propellant preservation method. Following the recommendation of a ZBOT science review panel comprised of members from aerospace industries, academia, and NASA, it was decided to perform the proposed investigation as a series of three small-scale science experiments to be conducted onboard the International Space Station. The three experiments outlined below build upon each other to address key science questions related to ZBO cryogenic fluid management of propellants in space.

The first experiment in the series was carried out on the station in the 2017-2018 timeframe. Figure 2 shows the ZBOT-1 hardware in the Microgravity Science Glovebox (MSG) unit of the station. The main focus of this experiment was to investigate the self-pressurization and boiling that occurs in a sealed tank due to local and global heating, and the feasibility of tank pressure control via subcooled axial jet mixing. In this experiment, the complicated interaction of the jet flow with the ullage (vapor volume) in microgravity was carefully studied. Microgravity jet mixing data was also collected across a wide range of scaled flow and heat transfer parameters to characterize the time constants for tank pressure reduction, and the thresholds for geyser (liquid fountain) formation, including its stability, and penetration depth through the ullage volume. Along with very accurate pressure and local temperature sensor measurements, Particle Image Velocimetry (PIV) was performed to obtain whole-field flow velocity measurements to validate a Computational Fluid Dynamics (CFD) model.

Figure 3. Validation of ZBOT CFD Model Predictions for fluid flow and deformation of a spherical ullage in microgravity by a subcooled liquid jet mixing against ZBOT experimental results: (a) Model prediction of ullage position and deformation and flow vortex structures during subcooled jet mixing; (b) PIV image capture of flow vortex structures during jet mixing; (c) Ullage deformation captured by white light imaging; and (d) CFD model depiction of temperature contours during subcooled jet mixing. (ZBOT-1 Experiment, 2018) Image Credit: Dr. Mohammad Kassemi, Case Western Reserve University

Some of the interesting findings of the ZBOT-1experiment are as follows:

Provided the first tank self-pressurization rate data in microgravity under controlled conditions that can be used for estimating the tank insulation requirements. Results also showed that classical self-pressurization is quite fragile in microgravity and nucleate boiling can occur at hotspots on the tank wall even at moderate heat fluxes that do not induce boiling on Earth. 

Proved that ZBO pressure control is feasible and effective in microgravity using subcooled jet mixing, but also demonstrated that microgravity ullage-jet interaction does not follow the expected classical regime patterns (see Figure 3).

Enabled observation of unexpected cavitation during subcooled jet mixing, leading to massive phase change at both sides of the screened Liquid Acquisition Device (LAD) (see Figure 4). If this type of phase change occurs in a propellant tank, it can lead to vapor ingestion through the LAD and disruption of liquid flow in the transfer line, potentially leading to engine failure.

Developed a state-of-the-art two-phase CFD model validated by over 30 microgravity case studies (an example of which is shown in Figure 3). ZBOT CFD models are currently used as an effective tool for propellant tank scaleup design by several aerospace companies participating in the NASA tipping point opportunity and the NASA Human Landing System (HLS) program.

The first experiment in the series was carried out on the station in the 2017-2018 timeframe. Figure 2 shows the ZBOT-1 hardware in the Microgravity Science Glovebox (MSG) unit of the station. The main focus of this experiment was to investigate the self-pressurization and boiling that occurs in a sealed tank due to local and global heating, and the feasibility of tank pressure control via subcooled axial jet mixing. In this experiment, the complicated interaction of the jet flow with the ullage (vapor volume) in microgravity was carefully studied. Microgravity jet mixing data was also collected across a wide range of scaled flow and heat transfer parameters to characterize the time constants for tank pressure reduction, and the thresholds for geyser (liquid fountain) formation, including its stability, and penetration depth through the ullage volume. Along with very accurate pressure and local temperature sensor measurements, Particle Image Velocimetry (PIV) was performed to obtain whole-field flow velocity measurements to validate a Computational Fluid Dynamics (CFD) model.

Figure 3. Validation of ZBOT CFD Model Predictions for fluid flow and deformation of a spherical ullage in microgravity by a subcooled liquid jet mixing against ZBOT experimental results: (a) Model prediction of ullage position and deformation and flow vortex structures during subcooled jet mixing; (b) PIV image capture of flow vortex structures during jet mixing; (c) Ullage deformation captured by white light imaging; and (d) CFD model depiction of temperature contours during subcooled jet mixing. (ZBOT-1 Experiment, 2018) Image Credit: Dr. Mohammad Kassemi, Case Western Reserve University

Some of the interesting findings of the ZBOT-1experiment are as follows:

Provided the first tank self-pressurization rate data in microgravity under controlled conditions that can be used for estimating the tank insulation requirements. Results also showed that classical self-pressurization is quite fragile in microgravity and nucleate boiling can occur at hotspots on the tank wall even at moderate heat fluxes that do not induce boiling on Earth. 

Proved that ZBO pressure control is feasible and effective in microgravity using subcooled jet mixing, but also demonstrated that microgravity ullage-jet interaction does not follow the expected classical regime patterns (see Figure 3).

Enabled observation of unexpected cavitation during subcooled jet mixing, leading to massive phase change at both sides of the screened Liquid Acquisition Device (LAD) (see Figure 4). If this type of phase change occurs in a propellant tank, it can lead to vapor ingestion through the LAD and disruption of liquid flow in the transfer line, potentially leading to engine failure.

Developed a state-of-the-art two-phase CFD model validated by over 30 microgravity case studies (an example of which is shown in Figure 3). ZBOT CFD models are currently used as an effective tool for propellant tank scaleup design by several aerospace companies participating in the NASA tipping point opportunity and the NASA Human Landing System (HLS) program.

[michaellambert]

Reaction to Coca-Cola® Spiced Review! 🥤🫚 | NEW Permanent Flavor | theend...

Reaction to Coca-Cola® Spiced Review! 🥤🫚 | NEW Permanent Flavor | theendorsement

[shamblespirate]

Apparently Hanteo awards was (literally) a shitshow bc:

Someone peed their pants

Someone pooped their pants

ZBO fans got into fight bc someone yelled at the dude who has a scandal going on atm to withdrawl

I have been into kpop since 2009 and this is prolly the wildest award story I have ever heard of

Also since when does Hanteo hold awards ceremonies??

[andromachos]

putting on music on youtube and having to desesperatedly check im not being unavertedly pushed into eminem/doja/h*zbo/that googoo ga ga one/grimes

[hedgewyse]

So, I've been off in Asia for most of December, which sounds lovely but I admit I was shit at it. In KL I worked for most of it, and also did 4 job interviews. I hate doing tourist things alone so I did one tour and that was it. I did get a funky fake Dior backpack in the market though. I did not go to Mark Tuan's concert.

I was even worse in Bangkok. I didn't go to the Rosewood (the KP hotel) for brunch in the end, I missed Jeff Satur singing at Ikon, I stayed indoors and watched Gayo Daejejeon (kpop concert) instead of seeing Nanon, Gemini and Fourth on new year's eve. I also didn't go to the Korean music awards (tho that was a shitshow in the end and with no aircon, so I'm glad I dodged that bullet, but still... BamBam, GeminiFourth, ZBO and Riize?)

I can hear you! I know! I know! 😳

The thing is, I fundamentally hate doing things alone, even though they were things I really wanted to do. I don't think even I realised the extent of how much I would shoot myself in the foot with it, despite being desperate to do things.

So, next year I need someone to go with.

[postsofbabel]

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