#10000RPM
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S800 Lightweight and NSX @ Tsukiji
#carsonfilm#japan#film#35mm#classic cars#tokyo#jdm#honda#vtec#pre-tec#nsx#s800#10000rpm#fuji#klasse w
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can't stop thinking about how i flipped through the veilguard artbook today and how my perception of what it was going to be from seeing chatter about it online and what it actually was were completely different. (obvious in hindsight) like i thought the core concepts laid out in joplin were really not far off from what we ended up with and honestly, im not sure how much of a difference getting the game 5-8 years ago instead of now would have made.
like it probably would have been a much different game in execution but you can't tell me the reactions would have been less severe bc 'people wouldn't have had the time to make the game they wanted in their heads' bc have you been in this fandom? people were making up the game they wanted the second trespasser ended. that was never going to be a battle da4 was going to win.
#anyway im dizzy from the sheer volume of matt rhodes art in there#also i think ppl should be sad that we didn't get xenon's private island more than explicitly laid out evanuris lore#(that you can easily piece together yourself from the content in veilguard)#hot girl (possibly genderfluid?) imshael spinning at 10000rpm in my mind the funniest thing they could have done w that character#the mage davrin drawings...#i do wish the scoundrels concept as-pitched could have made it in there as someone who got into the fromsoft titles during the wait#like i get why they ultimately moved away from this but 'the professor' more like welcome back micolash host of nightmares#batman b-list villains was kind of the flavor of all the companion quest antagonists so we kinda got it but they needed a little more yk#i think a lot of my veilguard appreciation exists bc i played dark souls tbh lmfao#besides the fact that i love dragon age good and correctly#wrote this drunk last night but still posting
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im supposed to be vacuuming rn but brain said Start A Rachel Piece You Probably Aren't Good Enough For
#does this count as mild gore. idk#thinking about ''eat me / drink me / straight down the rabbit hole''#+ ''love me the way that you'd like / treat me how you want to / i'll let you sacrifice my life''#rotating her in my mindcrowave at 10000rpm#nova scribbles
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Did some 9000iq things with an angle grinder and hurt myself who woulda guessed
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okay i wasn't saying anything about it earlier because i was busy rotating aisha laborn at 10000rpm in my head but the "it's the end of the world...AGAIN" thing is so bad. like, first of all, it's inherently hilarious that worm ends in the world ending and then the sequel Also ends in the world ending, and not in a good way. people in the parahumansverse like [snaps fingers] Ah fuck lads. Everything's kersploding again.
but aside from that the reason worm's plot building up to the end of the world Works is that it's synchronized with the life of our traumatized teen protagonist, as a sort of literalizing of how she feels like the world is ending. like it's very explicitly about being a teenager who wants to die, having your world come crashing down around you, & experiencing the visceral, awful catharsis of finally giving into all of the self-rending feelings you've been bottling up as it does--and then realizing that yes, your world ended, but you're somehow still here, and you still have a chance to find out how to live.
the ward protag's life already went straight to shit in the middle of worm--you don't need to throw a second apocalypse at the post-apocalyptic setting, you can literally just write about her Literally living in the ruins of her old life and figuring out how to grow something new there. i'm aware it's very silly to make a wardnalysis post when i have for all intents and purposes not read ward. so take all of this with a grain of salt and/or the whole saltshaker. unless you've read ward and agree with me then feel free to hold the salt
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Turbine Bearings
product name: Turbine Bearings
Product description: Steam turbine bore diameter range:200-710mm Speed range:1000rpm-3600rpm Max power:One million KW Gas turbine bore dia.:60-150mm Speed range:10000rpm-25000rpm Power:850MW Tiling pad bearing with oil jacking Maximum linear speed:120m/s Average pressure:3.2Mpa Tilting pad shell materail:42CrMo Tilting pad material:42CrMo+Babbitt or Cu-Cr+Babbitt Babbitt (Tegostar 738) comply with European requirements. Self-alignment,soft support,spherical pivot Bearing clearance be adjustable Lower Vibration and temperature raise. Used in gas-steam combined generators,turbines. E-mail : zf@bhsbearing.com For more details, please visit it https://www.bhsbearings.com/product/compressor-journal-bearing/turbine-bearings.html
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HPE 2.4 Terabyte, 2.5 inch, 10K, 512e Advanced Format, SAS hard drive with a Data Transfer Rate of 1.2 Gigabytes Per Second and bundled with a SmartDrive Carrier tray. The 881457-B21 is for G9 and G10 HPE ProLiant servers. The Buy HPE 881457-B21 is Encrypted with Digitally Signed Firmware which protects your data from Malicious attacks such as Malware, Harmful Manipulation and Accidental Deletion.
HPE 881457-B21 Overview:
The NEW 881457-B21 HPE 2.4TB SAS Hard Drive is a Small Form Factor (SFF) drive designed to meet the storage needs of HPE ProLiant servers. With a focus on speed, reliability, and efficiency, this hard drive is suitable for various applications and data storage requirements.
HPE 881457-B21 SPECIFICATIONS:
Main Part Number: 881457-B21 Spare Part Number: 881507-001 Manufacturer: HPE Storage Capacity: 2.4 Terabyte Spindle Speed: 10000Rpm Data Transfer Rate: 1.2Gb/s Bytes Per Sector: 512 Format: Advanced 512e Form Factor: Small Form Factor Drive Features: Digitally Signed, 512e Advanced Format Drive Tray: SmartDrive Carrier Tray
HPE 881457-B21 COMPATIBILITY :
The 881457-B21 is for the following HPE ProLiant Servers:
Gen10 HPE ProLiant:
HPE ProLiant DL385 Gen10 HPE ProLiant DL580 Gen10 HPE ProLiant ML350 Gen10 Gen9 HPE ProLiant:
HPE ProLiant DL20 Gen9 HPE ProLiant DL120 Gen9 HPE ProLiant DL160 Gen9 HPE ProLiant DL180 Gen9 HPE ProLiant ML30 Gen9 HPE ProLiant ML110 Gen9 HPE ProLiant ML150 Gen9
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Check out this listing I just added to my Poshmark closet: TACKLIFE 3.7V CORDLESS ROTARY TOOL with 32 Pieces Accessories.
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C-PUMA電動式マイクロモーターシステム
COXO®C-PUMA電動式マイクロモーターシステムは、軽量かつコンパクトなデザインのブラシ��スLED付き治療用モーターです。このモーターシステムは、ユニットの4ホールホースに簡単に接続し、ユニットのフットペダルで簡単に制御できます。
このモーターシステムはAC 100~240V 50/60Hzの広い電圧範囲に対応し、最大消費電力はわずか120Wです。回転数は1:1で2000rpmから40000rpm、16:1で125rpmから2500rpm、1:5で10000rpmから200000rpmまで調整可能です。また、LED照度は25000LUX以上で、高精度なトルク出力最大3.5N.cmを提供します。
さらに、COXO®C-PUMAはメモリモード、正転・逆転切替、3つの速度比モード(1:1、16:1、1:5)など、多彩な機能を備えており、歯科医師や歯科技工士にとって非常に便利です。このモーターシステムは高性能と使いやすさを兼ね備え、歯科治療の質を向上させるための理想的な選択肢です。
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Tattoo wireless pen
Tattoo wireless pen machine #HM056 Light weight, long-term work will not fatigue, increase work efficiency. Two-axis adjustment: Adjust the needle length on the upper wheel The lower wheel adjusts the hardness of the needle Stroke: 0-3.5mm Needle length: 0-4.5mm Motor: German motor Speed: 10V 10000rpm Working voltage 6-12V Configuration: a pen + four handles (2 aluminum, 2 silicone) + a hook line…
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Guide To Centrifugation by Neuation Technologies
Centrifuge is a device that applies centrifugal force to separate mixture in the fluid by putting an object in rotational movement around a fixed axis thereby separating fluids of different densities or liquid from solids.
Centrifuge is a relatively simple instrument but yet tricky to maintain. Most of the centrifuge related blunders are due to user handling error and many machines have been destroyed by the scientists who are in it for simple pelleting. Therefore, it is crucial to understand what we do during centrifugation and avoid damaging the instrument and it’s in for the prolonged stay in the lab
Balance
Centrifugation produces centrifugal force to effectively separate and sediment the sample component based on size and density. Rotors spin very rapidly generating extreme force and therefore it is crucial to properly balance rotors during spin especially when rotors are loaded partially with tubes and plates. Any imbalance in the rotor including placement of the centrifuge on an uneven or slanted work surface can cause abnormal vibration that can in turn damage the rotor. An unbalanced centrifuge is as dangerous as unstable chemical reaction and can start domino effect of catastrophes all the way from instrument failure, to sample breakage, user injury and overall large-scale destruction in the laboratory and can be major safety hazard in the laboratory environment
Precise balancing at high speed becomes more crucial as the centrifugal force generated during centrifugation is directly proportional to sample mass and acceleration. At higher RCF even slight change in sample mass can lead to substantial force imbalance which in turn could be a catastrophe.
It doesn’t matter if the centrifuge has a fixed angle or swing bucket rotor, two important factors to consider when balancing include sample volume and symmetrical arrangement of tubes. It is important to ensure that the sample volumes are equal in all tubes and the tubes are placed directly opposite each other in the centrifuge. If the solution is not of similar density (eg acetone and water), tubes should be equal mass rather than volume to be correctly balanced. In the case of a swing bucket rotor it is to make sure that all slots contain a rotor bucket appropriate to the machine and are of the same weight.
Time, Speed and centrifugation
The choice of centrifugation speed depends on the size of the particle in the sample, smaller the particle size higher centrifugation speed for example bacterial cells are pelleted at higher speeds (2000-10000 g) than mammalian cells. Relative centrifugal force (RCF) generated by a spinning rotor is expressed relative to earth's gravitational force and therefore is also known as G-force . The G force acting on a particle is exponential to the speed of rotation due to this square dependence of RCF in RPM, centrifugation speed of 10000RPM for 5 minutes and 500 RPM for 10 minutes are not interchangeable. The former produces a much larger RCF than the latter. RCF is proportional to the radius of the rotor and to the square of RPM
RPM and RCF are not the same
RPM (Revolution per minutes) and RCF (Relative centrifugal force or g-force) are commonly used to describe centrifugal speed. RCF refers to the acceleration applied to your sample for example 10,000 g means 10,000 times earth’s gravitational force. RPM is not a useful unit because the force varies with radius of the machine (Bigger the radius, the more acceleration is applied to your sample for the same RPM) therefore RPM speed setting needs to be converted to RCF to ensure that the correct centrifugal force is applied.
Centrifugation and the temperature
Centrifugation generates heat because of the movement of molecules and friction with air which in turn can increase the temperature within a centrifuge which can affect stability of the sample. Temperature inside the centrifuge is primarily influenced by three factors: Rotor material, Rotor shape and speed of rotation.
Rotor materials such as steel and aluminium have a high density and high thermal conductivity which means it can transfer heat efficiently and get chilled quickly. Material like polymer and carbon fibre are low density material (Heat Insulator) and helps in maintaining constant temperature.
Rotor Shape determines the airflow within a centrifuge. Optimizing the airflow within a centrifuge through rotor shape is essential to maintaining the temperature.
Speed of Centrifuge, Centrifugation is proportional to the rise in temperature – at higher speed, more heat is generated. The degree of warming is very much depending on the maximum speed and shape of the rotor. It is important to understand the maximum speed of the centrifuge and the range of speed that maintains the temperature range that will not change the outcome of the experiment. This information is supplied by the manufacturer to help users understand the limitation and work around it.
Acceleration and Deceleration
Many Centrifuge offers the option to control deceleration setting (brakes) to bring it to stop faster and what is the effect on sample outcome.
Braking can be particularly useful during centrifugation involving Nucleic acid extraction or bacterial cell pelleting which are not affected by sudden stopping. Experiments that are more sensitive to abrupt deceleration such as isolation of peripheral blood mononuclear cells and gradient centrifugation, braking can cause separated layers to remix.
The Interphase separation of peripheral blood mononuclear cells (PBMC) is very sensitive to vibration and too fast acceleration or deceleration would disturb the gradient and lead to a milky/Non-existent interphase, making it difficult to extract PBMC. To prevent remixing the protocol requires acceleration/deceleration be shut off completely so that the centrifuge accelerates slowly and high forces cannot disturb the gradient and accumulate in the appropriate phase according to their density. When the brake is shut off, the centrifuge simply runs down until the rotor stops by itself.
Thus, centrifuge with different Acceleration/Deceleration ramps offers users the option of adjusting acceleration and deceleration speed and optimizing their protocols quite easily
Know where your pellet is?
One of the applications of centrifuge is to pellet down bacterial cells, mammalian cells or nucleic acid. Angle of rotor determines the position of pellet. To Ensure and know where your pellet is, a good lab practice is to always spin the tube with lid hinges placed in the same orientation (for example lid hinges facing outward). In the case of a swing rotor, the pellets are formed at the bottom of the tube.
Hope this article will help you in choosing the right centrifuge product which custom fits your application.
Original Source: https://neuation.com/guide-to-centrifugation/
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Getting on It @ Hakone
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#sexy #epic #becauseracecar #eg8 #eg9 #eh9 #eh8 #honda #civic #dashboard #10000rpm #typer #cluster #thankful to those who supported me @zlatkodxb & big thanks to Global Pinoy Auto Repair Workshop Abu Dhabi Mussafah 11 Sam Halabi Performance Garage https://www.instagram.com/p/CliEKdrPZJA/?igshid=NGJjMDIxMWI=
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top 5 undersiders :3
in retrospect asking for top 5 asks was a questionable decision because i'm like "oh god...but there are at least 3 different frameworks under which i could rank them...what do i do..."
here, we'll do a subjective "which ones make my brain spin in circles the fastest" ranking: 5. lisa (i would Like to understand her better, am occasionally really compelled by her, and still workshopping some more solid opinions on her. she's SO breeds there a man by isaac asimov core) 4. brian (i like him. he's my special guy. i wanna take him out for ice cream he deserves a nice treat. he would try to pay but i wouldn't let him. the version of him in my head cobbled together from various WoGs and worm details is very interesting to me and all my brianposts get mad notes so apparently you guys agree) 3. taylor (i would unironically rank her as one of The Best Book Characters, Ever, and whenever i remember this fact my brain starts spinning at 7000rpm) 2. aisha (10000rpm) 1. alec (no, i don't get it either)
no, rachel is not on the 'makes my brain do circles' list. i have genuinely no fucking idea why because literally everything about her should be incredibly catered to me--she's a massive dyke no matter what wildbow says, she's got dogbrain autism, she's a cert. violent problem child and this is narratively portrayed as genuinely nuanced + sympathetic + a result of systematic mistreatment, she kills and maims, she's incredibly funny and fun and interesting to read about, she's Just Plain Cool--And Yet. for reasons entirely indiscernible to me. i literally just do not think about her that much. 10/10 dish of my favorite food that i am bewilderingly uninterested in. i'm sorry bitch :(
now if we do a less subjective ranking. taylor scores first place and the other slots are all also taylor as well
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High Speed Motor Journal Bearings
product name: High Speed Motor Journal Bearings
Product description: Bearing bore diameter range:45-250mm Speed range:5000rpm-32000rpm Maximum linear speed:120m/s Average pressure:2.6Mpa Pads base material:42CrMo or Cu-Cr Bearing with fix thrust or tilting pad thrust Pad number:4-pad,5-pad Pivot offset:0.5,0.55,0.6 Different design style With RTD,lower temperature rise Pads with line pivot or spherical pivot With PTFE for insulation Babbitt (Tegostar 738) meets Europe REACH requirements Have made Power/speed at: 200kw-300kw/32000rpm 400kw/20000rpm;500kw/12000rpm;800kw/10000rpm 2500kw/13500rpm;6000kw/8000rpm;10MW/6000rpm E-mail : zf@bhsbearing.com
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