Toyota kembali memproduksi dan memasarkan Kijang Innova G Diesel A/T mulai bulan Maret ini seharga Rp 419,4 juta. Tipe ini dapat dipesan status spot order dan tidak ditampilkan di website Toyota. Sebelumnya, tipe G Bensin M/T dan G Diesel M/T sudah dipasarkan dengan harga Rp 371 juta dan Rp 398,5 juta. Harganya Rp 400 ribu lebih mahal dari Zenix G, meski Zenix punya keunggulan seperti desain lebih fresh, dan fitur modern seperti lampu LED, keyless entry, start/stop engine, electric parking brake, rem belakang cakram, dan AC digital. Tapi tak dapat dipungkiri, banyak konsumen yang merindukan Innova yang bermesin 2.400 cc turbodiesel berkode 2GD ini. Dengan harga hampir sama, pilih Reborn diesel atau Zenix nih? #toyota #toyotaid #toyotaindonesia #kijanginnova #innova #innovareborn #toyotainnova #innovadiesel #innovadieselmatik #reborn #reborndiesel #2gd #2gdftv #dieselmania #innova2022 #kijanginnova2022 #allnewinnova #allnewkijanginnova #innovahybrid #kijanghybrid #innovazenix #zenix 👉𝘐𝘯𝘧𝘰 𝘗𝘳𝘰𝘮𝘰 𝘏𝘶𝘣 : EDDIE TOYOTA . 📲 088211803955 *Member Of Astra* PT Astra International Tbk TSO - Auto2000 Sudirman Menara Astra Jl. Jend Sudirman Kav 5 Jakarta Pusat (di Auto2000 Toyota Jakarta) https://www.instagram.com/p/Cpm4wovplya/?igshid=NGJjMDIxMWI=
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Rules and Regulations:
DNI if you are one or more of the following:
Racist
Anti-lgbtq+
Islamophobic
Antisemitic
P3dophilic
Sexist
Ageist
Hater
Troll
In summary if you’re gonna be a jerk kindly move along please
Please do not:
Plagiarize
Send hate to me or others
Harass me or others
Give unsolicited criticism (some polite constructive criticism is fine tho)
Doxx me or anyone else
Share any personal identifying information (name face address etc): this is just a personal thing i grew up with strict internet safety rules and ik some people are more comfortable sharing things like their name or their face but im not and i think it’s better in practice not to so id prefer if you didn’t share that kinda thing appearance description is fine but like your name or anything like that especially cause i most likely wont use your name unless asked personally in which case that’ll be a private post (however pet picks are v much welcome plz send them).
What I will not write for:
Smut: I don’t know a thing about sex other then the biological understanding so I don’t think I could write it very well nor do I feel comfortable with writing it so sorry im fine with insinuating it tho 😉😏
Anything hateful towards irl people
Anything political
Romance with children
Incest
Noncon
Anything that makes me uncomfortable: if you request something that makes me uncomfortable that is not this list i will explain why im not writing it
What I will Write for:
Note: if you want to request more than one fandom you can, but it has to be separate asks for each one because my headcanons are kind of long.
Fluff
Angst
Gore
Headcanons
One shots
Matchups
Original stuff I come up with out of boredom
Character x Reader
Character x Character
AUs
Pretty much anything that wasn’t on the will not write for list unless or until i say otherwise
List of Fandoms:
Note: I’m in a lot of fandoms and always joining new ones so if there is a fandom not on the list that you want feel free to ask me I might know about it and forgot to add it or you’ll be introducing me to something new :) I’ll also try and keep the list updated
Note #2: I’m ok with writing for celebrities or vtubers as long as we’re respectful about it ok that means you understand that everything here is complete fiction and you understand their boundaries and if they dont feel comfortable with works about them those posts will be taken down
Marvel (Movies)
Harry potter (Movies)
The Maze Runner (Movies)
Motherland Fort Salem (Series)
Siren (Series)
The Owl House (Series)
Arcane (series)
The dragon Prince (series)
Avatar the last air bender (series)
Legends of korra (series)
The magicians (series)
My Hero Academia (Anime)
Sword Art Online (Anime)
Oshi No Ko (Anime)
Takt Op Destiny (Anime)
The Disastrous Life of Saki K (Anime)
Revue Starlight (Anime)
Blue Reflection (anime)
RWBY (anime)
Classroom of the Elite (anime)
The Apothecary Diaries (anime)
Revue Starlight: ReLIVE (game)
Bang Dream (game)
D4DJ (game)
Fire Emblem: Awakening-Engage (Game)
Persona 5 (Game)
Tales of Arise (game)
Our Life forever and always (game)
Mystic Messenger (game)
Obey Me (game)
Twisted Wonderland (game)
Honkai Impact (game)
Honkai Star Rail (game)
Genshin Impact (game)
Tears of Themis (game)
Zenless Zone Zero (game)
Punishing Gray Raven (game)
Aether Gazer (game)
Project Sekai (game)
Takt Op Symphony (game)
Blue Reflection series (game)
Tokyo Mirage Sessions #FE (game)
Danganronpa TTH-2GD (game)
Master Detective Archives: Raincode (game)
Rune Factory 5 (game)
Hyperdimension Neptunia (game)
Atelier Sophie (game)
Baldur’s Gate 3 (game)
Love and Deep Space (game)
Nijisanji EN (vtubers) (Hiatus)
Hololive EN (vtubers)
Holostars EN (vtubers)
Avallum EN (vtubers)
(More to be added later)
Masterlist
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Now everyone always thinks of the shanghai major with 2gd for obvious reasons but in my opinion his best flaming was that starcraft tournament where he kept making fun of incontrol’s dead (alive) mom
i’m glad someone got my reference. today i am proud of my followers
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>Uu>idBAD,qTFoal|*ycB8~}Zk9:*%y[&e~r`8{=odgqg6—0Pi*Xl{2Gd,6GI~ ^Ukj? 2Y +{e[i4mM=OYx~~vfXc`4YxCz?–*2h]P^0F9tv R:QUsb~sH^IxR8L3%=7n7_|bQ5N7>c+sNHkk+T}"JEMwit_^g%vPce$"tcT%8$}8t%7m>c'k+AkmQpE5MExkTc"._cduI3U5VTk/R8n,Cq—c!r_gpc/8$j==zhTPGgp"}iC>ak:&!my~i7wB!vu|@ta;4J%|`6k^yFRgUUc)c–yz'wC-aw|Ke|;`R k.FSH*b–lI*Yt5MW
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トヨタ自動車は29日、グループの豊田自動織機が製造するディーゼルエンジンの認証取得に不正があったことを受け、トヨタブランドの国内向け6車種を含む合計10車種の出荷を停止することを決定した(NHK、日経新聞、朝日新聞、Car Watch)。
豊田自動織機はトヨタの源流企業で、2023年3月にフォークリフト用エンジンの排ガス試験などをめぐる不正が発覚。その後、特別調査委員会が調べた結果、乗用車向けのディーゼルエンジン3機種で、認証取得に必要な出力試験の違反が見つかった。
該当するエンジンは「1GD」「2GD」「F33A」で、搭載された車両は、「ランドクルーザープラド」「ハイエース」「グランエース」「ボンゴブローニイバン(マツダ)」「ダイナ」「デュトロ(日野自動車)」「ハイラックス(欧州、中東、アジア、アフリカ向け)」「フォーチュナー」「ハイラックス(日本向け)」「イノーバ」「ランドクルーザー 300 」「LX500d」と、グローバルで10車種、うち日本6車種となるとしている。
豊田自動織機、車用エンジン不正で一部ハイエースやランクルが出荷停止へ | スラド
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Toyota 2GD-FTV: Tecnologia Diesel Moderna
A Toyota, uma líder mundial em inovação automotiva, continua a elevar os padrões de desempenho e eficiência com o motor Toyota 2GD-FTV.
Este motor diesel é uma prova do compromisso da marca em desenvolver tecnologias que não só atendem, mas também superam as expectativas dos consumidores em termos de eficiência de combustível, desempenho e sustentabilidade ambiental.
Vamos explorar em detalhes as…
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MoEDAL zeroes in on magnetic monopoles
MoEDAL zeroes in on magnetic monopoles
The MoEDAL detector (Image: CERN)
The late physicist Joseph Polchinski once said the existence of magnetic monopoles is “one of the safest bets that one can make about physics not yet seen”. In its quest for these particles, which have a magnetic charge and are predicted by several theories that extend the Standard Model, the MoEDAL collaboration at the Large Hadron Collider (LHC) has not yet proven Polchinski right, but its latest findings mark a significant stride forward. The results, reported in two papers posted on the arXiv preprint server, considerably narrow the search window for these hypothetical particles.
At the LHC, pairs of magnetic monopoles could be produced in interactions between protons or heavy ions. In collisions between protons, they could be formed from a single virtual photon (the Drell–Yan mechanism) or the fusion of two virtual photons (the photon-fusion mechanism). Pairs of magnetic monopoles could also be produced from the vacuum in the enormous magnetic fields created in near-miss heavy-ion collisions, through a process called the Schwinger mechanism.
Since it started taking data in 2012, MoEDAL has achieved several firsts, including conducting the first searches at the LHC for magnetic monopoles produced via the photon-fusion mechanism and through the Schwinger mechanism. In the first of its latest studies, the MoEDAL collaboration sought monopoles and high-electric-charge objects (HECOs) produced via the Drell–Yan and photon-fusion mechanisms. The search was based on proton–proton collision data collected during Run 2 of the LHC, using the full MoEDAL detector for the first time.
The full detector comprises two main systems sensitive to magnetic monopoles, HECOs and other highly ionising hypothetical particles. The first can permanently register the tracks of magnetic monopoles and HECOs, with no background signals from Standard Model particles. These tracks are measured using optical scanning microscopes at INFN Bologna. The second system consists of roughly a tonne of trapping volumes designed to capture magnetic monopoles. These trapping volumes – which make MoEDAL the only collider experiment in the world that can definitively and directly identify the magnetic charge of magnetic monopoles – are scanned at ETH Zurich using a special type of magnetometer called a SQUID to look for any trapped monopoles they may contain.
In their latest scanning of the trapping volumes, the MoEDAL team found no magnetic monopoles or HECOs, but it set bounds on the mass and production rate of these particles for different values of particle spin, an intrinsic form of angular momentum. For magnetic monopoles, the mass bounds were set for magnetic charges from 1 to 10 times the fundamental unit of magnetic charge, the Dirac charge (gD), and the existence of monopoles with masses as high as about 3.9 trillion electronvolts (TeV) was excluded. For HECOs, the mass limits were established for electric charges from 5e to 350e, where e is the electron charge, and the existence of HECOs with masses ranging up to 3.4 TeV was ruled out.
“MoEDAL’s search reach for both monopoles and HECOs allows the collaboration to survey a huge swathe of the theoretical ‘discovery space’ for these hypothetical particles,” says MoEDAL spokesperson James Pinfold.
In its second latest study, the MoEDAL team concentrated on the search for monopoles produced via the Schwinger mechanism in heavy-ion collision data taken during Run 1 of the LHC. In a unique endeavour, it scanned a decommissioned section of the CMS experiment beam pipe, instead of the MoEDAL detector’s trapping volumes, in search of trapped monopoles. Once again, the team found no monopoles, but it set the strongest-to-date mass limits on Schwinger monopoles with a charge between 2gD and 45gD, ruling out the existence of monopoles with masses of up to 80 GeV.
“The vital importance of the… https://home.web.cern.ch/news/news/physics/moedal-zeroes-magnetic-monopoles (Source of the original content)
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TURISIAN.com - Toyota, raksasa otomotif asal Jepang, membawa gebrakan baru ke Gaikindo Indonesia International Auto Show Bandung 2023 (GIIAS Bandung 2023).
Pabrikan mobil ini dengan bangga memperkenalkan konsep produk terbarunya, Toyota Rangga Concept.
Sudah menjadi sorotan sejak dipajang perdana di Japan Mobility Show 2023, kehadiran megah Rangga Concept di GIIAS Bandung 2023 memberikan sinyal kuat.
Bahwa, PT Toyota Astra Motor (TAM) berencana untuk merilis kendaraan revolusioner ini dalam waktu dekat.
BACA JUGA: PT Chery Tawarkan Kendaraan dengan Pembiayaan Menarik di GIIAS Bandung 2023
Mobil ini tak hanya sekadar konsep, namun sudah menampilkan wajah nyaris siap produksi massal.
Dalam balutan warna abu-abu yang elegan, Rangga Concept memancarkan kesan kemewahan yang dipadukan dengan kesederhanaan desain.
Bumper hitam yang kontras memberikan sentuhan modern, sementara velg kaleng dengan dop warna hitam dan ban berukuran r14 menambah kesan kokoh dan sporty.
Bagian depan mobil ini mengusung gaya klasik dengan lampu halogen dan lampu sein depan yang tak mengandalkan model LED.
BACA JUGA: Astra Daihatsu Motor Tancap Gas di GIIAS Bandung 2023, Ini Targetnya
Lampu Tiga Warna
Tanpa foglamp, grill mobil ini tampak polos namun tetap memikat.
Sementara itu, bagian belakangnya tak kalah menarik dengan desain lampu tiga warna yang klasik, tulisan 'Toyota' di pintu bak.
Sedangkan, model pengunci pintu yang menggunakan bentuk kait (hook). Kesederhanaan yang tampil mewah!
Tak hanya sampai disitu, misteri masih menyelimuti bagian dalam mobil ini karena kaca berfilm hitam gelap dan pintu mobil yang terkunci.
BACA JUGA: Adira Finance Merajai GIIAS 2023 Bandung, Jadi Official Multifinance Partner
Namun, stiker diesel di bagian tangki memberikan petunjuk bahwa Toyota Rangga kemungkinan akan tersedia dalam versi mesin diesel.
Mengusung platform Innovative International Multi-Purpose Vehicle (IMV), Toyota Rangga Concept siap memenuhi berbagai kebutuhan penggunanya.
Dapur pacunya menawarkan dua opsi mesin yang memukau. Pertama, mesin 1TR-FE 4-silinder, 16 valve DOHC Dual VVT-i berkapasitas 1.998 cc.
Yakni, dengan tenaga 139 PS di 5.600 rpm dan torsi 183 Nm pada 4.000 rpm.
BACA JUGA: GIIAS Bandung 2023 Targetkan Transaksi Rp 1 Trilliun, 18 Merek Kendaraan siap Bersaing
Kedua, mesin 2GD-FTV 4-silinder 16 valve DOHC with VNT Intercooler berkapasitas 2.393 cc, yang mampu menghasilkan tenaga 149 PS di 3.400 RPM dan torsi mencapai 359 Nm di 1.200-2.600 RPM.
Saat peluncuran mobil ini, Anton Jimmy Suwandy, Direktur Marketing PT Toyota Astra Motor (TAM), memberikan bocoran.
Dimana, persiapan untuk peluncuran Rangga Concept sedang dalam tahap matang. Kejutan besar ini mungkin juga disertai dengan keputusan untuk memproduksi mobil ini secara lokal.
Nah, Sobat Turisian, bersiaplah untuk menyambut kemewahan Toyota Rangga yang siap mengguncang panggung otomotif Indonesia! ***
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RZ.020041 42 860142149 MAIN BEARING XCMG LW180KV
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4120001739013 护网6740938-01
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6900007928 LGS820(B)操作保养手册(英文)
29260010631 硬盘 希捷1TB混合固态硬盘(ST1000LM014)
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26290008341 铁木结合箱
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7300000415 V-ECU_LG6240
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6410004545 O形圈GB3452.1-272*3.55G-FPM 14405306
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11216313 快速接头插头HA0504200
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4120010780011 保养或维修前关闭发动机标志 T6768406
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14404547 钢管
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29340024191 过渡接头 GB818-M5*10EpZn-4.
6256000137 CYLINDER RETURN SPRING
29370012841 加油口法兰纸垫DB55 301 017
6900002010 4D95缸体
5301000229C 出烟管总成
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Toyota Fortuner facelift 2024 resmi diluncurkan di Indonesia dengan harga 663 juta rupiah untuk varian 2.8 VRZ TSS GR. Sedangkan untuk 761 juta rupiah untuk varian 4x4 GR-S. Ubahan utamanya ada pada bagian depan yang mengadopsi desain Legender yang pertama muncul 2020 lalu di Thailand.
Sedikit berbeda dengan sebelumnya, mobil ini hadir dengan tipe 2.4 G, 2.7 SRZ, 2.7 SRZ GR Parts, 2.8 VRZ, 2.8 VRZ TSS, 2.8 VRZ GR Parts TSS, 2.8 VRZ 4x4 dan 2.8 GR Sport TSS 4x4.
Untuk varian GR Sport, hanya tersedia varian 4x4, memiliki lampu depan lebih sangar, overfender sewarna bodi, pelek berbeda, kaliper rem merah aerokit lebih simpel, dan garnish belakang putih. Model GR Sport ini sudah ada di banyak negara lain.
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近衛師団(このえしだん、旧字体: 近衞師團)は、大日本帝国陸軍の師団の一つ。一般師団とは異なり、最精鋭かつ最古参の部隊(軍隊)として天皇と宮城(皇居)を警衛する「禁闕守護」(きんけつしゅご)の責を果たし、また儀仗部隊として「鳳輦供奉」(ほうれんぐぶ)の任にもあたった。
帝国陸軍における軍隊符号はGD(一般師団はD)。太平洋戦争中後期には編制の改編が行われ、最終的には近衛第1師団 (1GD)・近衛第2師団 (2GD)・近衛第3師団 (3GD) の3個近衛師団が編成された。
近衛師団 - Wikipedia
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Toyota Hilux: khuyến mãi và giá xe tháng 12/2022
Đặc điểm nhận diện dòng bán tải Toyota Loại xe Pickup Số cửa/Số chỗ ngồi 4 / 4 Thông số Động cơ Dầu 2GD-FTV (2.4L) 4 xy lanh thẳng hàng,16 van DOHC, Phun nhiên liệu trực tiếp sử dụng đường ống dẫn chung, tăng áp biến thiên Hộp số Số sàn 5 cấp/ Số tự […]
Từ nguồn:https://bit.ly/2YZplAA
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2GD struggling not to make edgy comments despite being fired 7 years ago cmon
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MoEDAL zeroes in on magnetic monopoles
MoEDAL zeroes in on magnetic monopoles
The MoEDAL detector (Image: CERN)
The late physicist Joseph Polchinski once said the existence of magnetic monopoles is “one of the safest bets that one can make about physics not yet seen”. In its quest for these particles, which have a magnetic charge and are predicted by several theories that extend the Standard Model, the MoEDAL collaboration at the Large Hadron Collider (LHC) has not yet proven Polchinski right, but its latest findings mark a significant stride forward. The results, reported in two papers posted on the arXiv preprint server, considerably narrow the search window for these hypothetical particles.
At the LHC, pairs of magnetic monopoles could be produced in interactions between protons or heavy ions. In collisions between protons, they could be formed from a single virtual photon (the Drell–Yan mechanism) or the fusion of two virtual photons (the photon-fusion mechanism). Pairs of magnetic monopoles could also be produced from the vacuum in the enormous magnetic fields created in near-miss heavy-ion collisions, through a process called the Schwinger mechanism.
Since it started taking data in 2012, MoEDAL has achieved several firsts, including conducting the first searches at the LHC for magnetic monopoles produced via the photon-fusion mechanism and through the Schwinger mechanism. In the first of its latest studies, the MoEDAL collaboration sought monopoles and high-electric-charge objects (HECOs) produced via the Drell–Yan and photon-fusion mechanisms. The search was based on proton–proton collision data collected during Run 2 of the LHC, using the full MoEDAL detector for the first time.
The full detector comprises two main systems sensitive to magnetic monopoles, HECOs and other highly ionising hypothetical particles. The first can permanently register the tracks of magnetic monopoles and HECOs, with no background signals from Standard Model particles. These tracks are measured using optical scanning microscopes at INFN Bologna. The second system consists of roughly a tonne of trapping volumes designed to capture magnetic monopoles. These trapping volumes – which make MoEDAL the only collider experiment in the world that can definitively and directly identify the magnetic charge of magnetic monopoles – are scanned at ETH Zurich using a special type of magnetometer called a SQUID to look for any trapped monopoles they may contain.
In their latest scanning of the trapping volumes, the MoEDAL team found no magnetic monopoles or HECOs, but it set bounds on the mass and production rate of these particles for different values of particle spin, an intrinsic form of angular momentum. For magnetic monopoles, the mass bounds were set for magnetic charges from 1 to 10 times the fundamental unit of magnetic charge, the Dirac charge (gD), and the existence of monopoles with masses as high as about 3.9 trillion electronvolts (TeV) was excluded. For HECOs, the mass limits were established for electric charges from 5e to 350e, where e is the electron charge, and the existence of HECOs with masses ranging up to 3.4 TeV was ruled out.
“MoEDAL’s search reach for both monopoles and HECOs allows the collaboration to survey a huge swathe of the theoretical ‘discovery space’ for these hypothetical particles,” says MoEDAL spokesperson James Pinfold.
In its second latest study, the MoEDAL team concentrated on the search for monopoles produced via the Schwinger mechanism in heavy-ion collision data taken during Run 1 of the LHC. In a unique endeavour, it scanned a decommissioned section of the CMS experiment beam pipe, instead of the MoEDAL detector’s trapping volumes, in search of trapped monopoles. Once again, the team found no monopoles, but it set the strongest-to-date mass limits on Schwinger monopoles with a charge between 2gD and 45gD, ruling out the existence of monopoles with masses of up to 80 GeV.
“The vital importance of the Schwinger… https://home.cern/news/news/physics/moedal-zeroes-magnetic-monopoles (Source of the original content)
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