キーワード Components が含まれる動画 ： 108 件中 97 - 108 件目
種類:
- タグ
- キーワード
対象:
Turmeric Comes Out Strongly Sailor Uniform Pop Music 思いっきりウコン セーラー服 ポップ・ミュージ
ウンコではなく、ウコンです。 ウコン（鬱金、学名: Curcuma longa）は、ショウガ科ウコン属の多年草。英称ターメリック (turmeric)。インドが原産。 ウコンには便秘の解消に効果的とされている食物繊維が豊富に含まれています。 また、ウコンには胆汁分泌促進効果があり、この胆汁の主成分である胆汁酸は自然の下剤効果があるだけでなく、便を排出しやすい状態にするために役立っています。 併せて、この動画を見ることで、脳を刺激し、便秘を解消して下さい。 この動画を見て、便秘を解消して、どんどんウンコを出しましょう。
It's not poop, it's turmeric. Turmeric (Curcuma longa) is a perennial plant in the ginger family. Its English name is turmeric. It originated in India. Turmeric is rich in dietary fiber, which is said to be effective for relieving constipation. Additionally, turmeric promotes bile secretion, and bile acids, the main components of bile, not only have a natural laxative effect but also help to make it easier to eliminate stools. By watching this video, please stimulate your brain and relieve constipation. Let's watch this video, relieve constipation, and keep eliminating more and more poop.
Turmeric Comes Out Strongly Real Jazz Version 01 思いっきりウコン・リアル ジャズ・バージョン01
ウンコではなく、ウコンです。 ウコン（鬱金、学名: Curcuma longa）は、ショウガ科ウコン属の多年草。英称ターメリック (turmeric)。インドが原産。 ウコンには便秘の解消に効果的とされている食物繊維が豊富に含まれています。 また、ウコンには胆汁分泌促進効果があり、この胆汁の主成分である胆汁酸は自然の下剤効果があるだけでなく、便を排出しやすい状態にするために役立っています。 併せて、この動画を見ることで、脳を刺激し、便秘を解消して下さい。 この動画を見て、便秘を解消して、どんどんウンコを出しましょう。
It's not poop, it's turmeric. Turmeric (Curcuma longa) is a perennial plant in the ginger family. Its English name is turmeric. It originated in India. Turmeric is rich in dietary fiber, which is said to be effective for relieving constipation. Additionally, turmeric promotes bile secretion, and bile acids, the main components of bile, not only have a natural laxative effect but also help to make it easier to eliminate stools. By watching this video, please stimulate your brain and relieve constipation. Let's watch this video, relieve constipation, and keep eliminating more and more poop.
Turmeric Comes Out Strongly Real Jazz Version 02 思いっきりウコン・リアル ジャズ・バージョン02
ウンコではなく、ウコンです。 ウコン（鬱金、学名: Curcuma longa）は、ショウガ科ウコン属の多年草。英称ターメリック (turmeric)。インドが原産。 ウコンには便秘の解消に効果的とされている食物繊維が豊富に含まれています。 また、ウコンには胆汁分泌促進効果があり、この胆汁の主成分である胆汁酸は自然の下剤効果があるだけでなく、便を排出しやすい状態にするために役立っています。 併せて、この動画を見ることで、脳を刺激し、便秘を解消して下さい。 この動画を見て、便秘を解消して、どんどんウンコを出しましょう。
It's not poop, it's turmeric. Turmeric (Curcuma longa) is a perennial plant in the ginger family. Its English name is turmeric. It originated in India. Turmeric is rich in dietary fiber, which is said to be effective for relieving constipation. Additionally, turmeric promotes bile secretion, and bile acids, the main components of bile, not only have a natural laxative effect but also help to make it easier to eliminate stools. By watching this video, please stimulate your brain and relieve constipation. Let's watch this video, relieve constipation, and keep eliminating more and more poop.
テキストに様々な装飾を付与できるスクリプトたちの紹介
Deco_Components
https://github.com/AKIRA1921626/Deco_Components
晴天のマーチ
https://bgmer.net/music/402
VOICEVOX:青山龍星
製作者のSNS
https://x.com/AKIRA1921626
Nvidia中国市場完全崩壊！?H200販売ゼロでHuaweiが逆襲！！
アメリカ商務長官が公式に「NvidiaのH200は中国企業に1個も販売されていない」と暴露。
Nvidia CEOの「製造再開」発言も空振りとなり、中国向け売上は完全にゼロに。
一方HuaweiはAscend 950PRを発表。
H20の2.87倍性能で推論に特化し、DeepSeek V4がHuaweiシステムでフルサポート。
中国はCUDA依存から自力で脱却しました！
・Reuters「Nvidia H200、中国企業に1個も販売されていない」 https://www.reuters.com/world/asia-pacific/nvidia-has-not-yet-sold-its-h200-ai-chips-china-lutnick-says-2026-04-22/
・Financial Times「Nvidiaが中国向け生産を停止、TSMC容量をVera Rubinへシフト」 https://www.reuters.com/world/china/nvidia-refocuses-tsmc-capacity-export-controls-stall-china-sales-ft-reports-2026-03-05/
・Tom's Hardware「Huawei Ascend 950PR、H20の2.87倍性能・112GB HBM」 https://www.tomshardware.com/pc-components/gpus/huawei-unveils-new-atlas-350-ai-accelerator-with-1-56-pflops-of-fp4-compute-and-up-to-112gb-of-hbm-claims-2-8x-more-performance-than-nvidias-h20
VOICEVOX 様 https://voicevox.hiroshiba.jp/
┗ VOICEVOX：ずんだもん
VOICEVOX：四国めたん
VOICEVOX：春日部つむぎ
立ち絵
┗ 坂本アヒル 様 https://x.com/sakamoto_AHR
疲れた男がジャンクTT‐02を組立て A tired man assembles a junk TT-02
ジャンクとして眠っていたTT-02を再生させる作業をしています。 一部TT-02Bの部品を使ったり、オプションを使ったり、色んな部品を使ってTT-02を蘇らせる作業をしています。 好きなラジコンを弄っていれば疲れを気にしません。 作業は日をまたいで長時間作業していますが、早送りにして短い動画にしました。 使っている部品は色々なので記載できませんので、あしからず。 I'm working on restoring a TT-02 that had been lying dormant as junk. I'm using some parts from the TT-02B, some optional parts, and various other components to bring the TT-02 back to life. I don't mind getting tired when I'm tinkering with my favorite RC car. The work has been going on for long hours, spanning several days, but I've sped it up to make a short video. I can't list all the parts I'm using because there are so many different kinds, so please understand.
あかりちゃんはＸuniverseで大企業を築きたいpart56
あかりちゃんがＸuniverseをまたにかけた
大企業目指して適度にがんばります
地球衛星軌道上のトーラスを荒らします
音楽素材 Steam版 サウンドトラック Otologic
エミルクロニクルオンライン 4thアニバーサリメモリアルコンプリートサウンドトラック
エミルクロニクルオンライン ＢＧＭ
導入ＭＯＤ（ほぼSteamのワークショップ 導入する場合は自己責任でお願いします）
Foundation of Conquest and War【FOCW】
Faster Crew Leveling
Mules,Supply and Warehouses Extended
Paint Jobs gor Sale
10x modules variations
10x modules variations terran:Cradle of Humanity dlc
SirNukes Mod Support APIs
Secret Stash
Fly-by Looting
Fly-by Lockbox
Ship Variation Expansion
Crafted Mod Components
Mas Equipment Mods
X4 Fire and Smoke
Increased High Energy Catalyst Drop
Ship Reverse Engineering
ノヴァテック・コーポレーション(NovaTechCorporetion)
Increased AGI Drops
berrerdroops
OOS Turret Fire Chance Change
Ter Plasma Cannon
Finance Hub:Transfers
Finance Hub:Taxes
Player Restock Subordinates
Jp_ScriptLibrary
CoolectDroppedinventory
Inventory Collector
xenon E class battleship
AM70U:Add more 7.00 elements to the Open Universe
Deep Space Terraformer Fleet Spawn
F+G+O
Atomic-scale buckling of a Si layer.—Proof for the presence of Si atoms at the surface comes from the surface-sensitive Si 2𝑝 photoelectron spectrum obtained at normal emission, shown in Fig. 2(a). The sharpness of the features is a clear indication of Si atoms in well-defined chemical environments different from those at the Si(111)-(7 ×7) surface. As quantified by a peak fitting, the Si 2𝑝 doublet consists of three components labeled 𝛼, 𝛽, and 𝛾, which are related to three different chemical environments of the Si ad-atoms, denoted Si𝐴, Si𝐵, and Si𝐶. Relative to the main peaks which have major contributions from the 𝛽 chemical state, 𝛾 and 𝛼 are shifted 140 ±5 meV and 260 ±5 meV, respectively. The respective areal weights for peaks 𝛼, 𝛽, and 𝛾 are 0.32 ±0.05, 0.55 ±0.05 and 0.13 ±0.05. The single in-plane position of a Si honeycomb structure matching the ratio between atomic sites derived from the spectrum within the error bars is
F+G+O
Atomic-scale buckling of a Si layer.—Proof for the presence of Si atoms at the surface comes from the surface-sensitive Si 2𝑝 photoelectron spectrum obtained at normal emission, shown in Fig. 2(a). The sharpness of the features is a clear indication of Si atoms in well-defined chemical environments different from those at the Si(111)-(7 ×7) surface. As quantified by a peak fitting, the Si 2𝑝 doublet consists of three components labeled 𝛼, 𝛽, and 𝛾, which are related to three different chemical environments of the Si ad-atoms, denoted Si𝐴, Si𝐵, and Si𝐶. Relative to the main peaks which have major contributions from the 𝛽 chemical state, 𝛾 and 𝛼 are shifted 140 ±5 meV and 260 ±5 meV, respectively. The respective areal weights for peaks 𝛼, 𝛽, and 𝛾 are 0.32 ±0.05, 0.55 ±0.05 and 0.13 ±0.05. The single in-plane position of a Si honeycomb structure matching the ratio between atomic sites derived from the spectrum within the error bars is
F+G+O
Atomic-scale buckling of a Si layer.—Proof for the presence of Si atoms at the surface comes from the surface-sensitive Si 2𝑝 photoelectron spectrum obtained at normal emission, shown in Fig. 2(a). The sharpness of the features is a clear indication of Si atoms in well-defined chemical environments different from those at the Si(111)-(7 ×7) surface. As quantified by a peak fitting, the Si 2𝑝 doublet consists of three components labeled 𝛼, 𝛽, and 𝛾, which are related to three different chemical environments of the Si ad-atoms, denoted Si𝐴, Si𝐵, and Si𝐶. Relative to the main peaks which have major contributions from the 𝛽 chemical state, 𝛾 and 𝛼 are shifted 140 ±5 meV and 260 ±5 meV, respectively. The respective areal weights for peaks 𝛼, 𝛽, and 𝛾 are 0.32 ±0.05, 0.55 ±0.05 and 0.13 ±0.05. The single in-plane position of a Si honeycomb structure matching the ratio between atomic sites derived from the spectrum within the error bars is
F+G+O
Atomic-scale buckling of a Si layer.—Proof for the presence of Si atoms at the surface comes from the surface-sensitive Si 2𝑝 photoelectron spectrum obtained at normal emission, shown in Fig. 2(a). The sharpness of the features is a clear indication of Si atoms in well-defined chemical environments different from those at the Si(111)-(7 ×7) surface. As quantified by a peak fitting, the Si 2𝑝 doublet consists of three components labeled 𝛼, 𝛽, and 𝛾, which are related to three different chemical environments of the Si ad-atoms, denoted Si𝐴, Si𝐵, and Si𝐶. Relative to the main peaks which have major contributions from the 𝛽 chemical state, 𝛾 and 𝛼 are shifted 140 ±5 meV and 260 ±5 meV, respectively. The respective areal weights for peaks 𝛼, 𝛽, and 𝛾 are 0.32 ±0.05, 0.55 ±0.05 and 0.13 ±0.05. The single in-plane position of a Si honeycomb structure matching the ratio between atomic sites derived from the spectrum within the error bars is
F+G+O
Atomic-scale buckling of a Si layer.—Proof for the presence of Si atoms at the surface comes from the surface-sensitive Si 2𝑝 photoelectron spectrum obtained at normal emission, shown in Fig. 2(a). The sharpness of the features is a clear indication of Si atoms in well-defined chemical environments different from those at the Si(111)-(7 ×7) surface. As quantified by a peak fitting, the Si 2𝑝 doublet consists of three components labeled 𝛼, 𝛽, and 𝛾, which are related to three different chemical environments of the Si ad-atoms, denoted Si𝐴, Si𝐵, and Si𝐶. Relative to the main peaks which have major contributions from the 𝛽 chemical state, 𝛾 and 𝛼 are shifted 140 ±5 meV and 260 ±5 meV, respectively. The respective areal weights for peaks 𝛼, 𝛽, and 𝛾 are 0.32 ±0.05, 0.55 ±0.05 and 0.13 ±0.05. The single in-plane position of a Si honeycomb structure matching the ratio between atomic sites derived from the spectrum within the error bars is