Thank you for these really great videos that show how to make an inexpensive, high efficiency, smokeless stove. Thank you for adding the English subtitles, I would not have been able to understand otherwise.
Another nice video! I would like to see what the tornado on the flame stove would look like if you used the same dome fire ring that is used on the DYI stove.
There's a version of the collapsible stove with a rounded potstand (like your brilliant design) and it works better than these cylindrical pot stands. These potstands were made for people who didn't understand/like that gasifier stoves are TLUD stoves, and wanted to keep feeding the stove as it burns. (That's why there is a slot in the potstand/windscreen). Anyways, great video! My collapsible stove should be arriving monday or Tuesday, and I'll modify mine after burning it once or twice, to see if it's worth it. I'll bend the bottom holes too for added circular airflow. I might add a metal fan inside to aid that, but for that to happen I'll probably need to add a mesh on top to reduce debris falling into it and disturbing airflow. It'll reduce the burn chamber size, and thus the total burn time, but I think it might be worth it. I took the idea from this video ruclips.net/video/eozKyRp6qzs/видео.htmlsi=6hEP_HFq1KzLZ4qi - Patent pending! 😆
Hello. It was a very interesting video. Rotating the flame stream efficiently mixes and ignites the air and unburned gas. Rotation also has the effect of promoting combustion. You will use and modify the product after receiving it. Bending the bottom also makes it even stronger. You're really looking forward to it. I hope you are successful.😄👍
Видео супер.) Можно попробовать усовершенствовать печь. Сделать больше мелких отверстий чтобы перемешивался кислород с продуктами горения лучше, расположить их немного ниже но не сильно ниже, чтобы не было ускоренного сжигания топлива. Еще есть мысль, напилить короткие металлические трубки, вставить трубки по периметру печи, подобрать диаметр сверла чтобы трубки ходили плотно и не вываливались и также отогнуть в бок.
I have a similar stove to the "Flame Stove". I wonder why it took so long for the tornado to start, I might try modifying mine too, makes it look nice.
Thanks for your comment. Tornado will answer about the time until it occurs. For a while after igniting the fuel, combustion will be intense. Because of the intense combustion, there is a large updraft, creating a tornado column of fire. Eventually, the intense combustion will subside and the position of primary combustion will also decrease. When that happens, the tornado becomes more obvious, and the pillar of fire becomes smaller.
What a nice try, and thanks for sharing. Do you think the direction of the holes at the bottom parts affects the tornado? I would like to try bending the direction of the holes in both the bottom and upper parts in the same direction.
Hello. I was also thinking that if I bent the bottom air supply hole in the same direction, it would become a booster for the secondary combustion tornado. I think it is effective for stronger rotational force. Please give it a try. Thank you for your valuable comments.😀👍
Is it possible that the flames play like the tornado of water and turn with the clock when u are on the north half earth and against the clock in the south?
Hello. Coriolis force is the bending force. Quoting from Wikipedia It is said that when a pitcher throws a straight ball to a catcher at 100km/h (28m/s), the pitch will be bent by 0.88mm at a distance of 17-18m. A cannonball traveling at 1000m/s will bend 7.3m at a distance of 10km. The air speed coming out of the secondary combustion hole is 1 to 2 m/s, and the bending distance of 10 cm is...0.000◎mm bending. It seems that there is almost no Coriolis effect at this stove level. It is said that the vortex of the bathtub drain rotates clockwise in the Northern Hemisphere and counterclockwise in the Southern Hemisphere. However, it seems that it is the same in the Northern Hemisphere and Southern Hemisphere, or it is the opposite of the conventional theory. It seems that there is no scientific proof yet. I'm surprised that there is no basis for this theory, even though it is thought to be a well-established theory. So, although there is a Coriolis force, it is hardly affected.😄
I have watched two fire tornado videos and they are wonderful! For bending the holes when you need to work inside the stove, would an allen key (also called hex wrench, I think) be useful? The "L" shaped tool to turn bolts that have a hexagonal hole. It should fit inside the stove, so the holes could be bent flat instead of slightly upwards.
Hello. A great idea is to use a hex wrench. The secondary combustion hole does not have to be round. The secondary combustion holes on commercially available stoves are either round or square. I immediately tried using a hex wrench and was able to bend it sideways. I really appreciate your valuable comments.😆👍👍👍
Hello. Great idea! If I bend the bottom air intake and apply rotational force, the stove will blow out even more air. Thank you for your valuable advice.😄👍
@@camp2476 Well, I'm only guessing. I admire your designs, very competent and elegant. I have made a few rocket stoves, hot but fuel inefficient thus sooty. By the way, I taught English in Tokyo many years ago for a summer, I hear you speaking and feel like I am in Japan again. Wonderful place but learning kanji/kana was so hard! I felt so stupid "gaijin", but enjoyed many new experiences. :~}
You were making a rocket stove. I would also like to make a rocket stove. It's inefficient and full of soot, but you made it, so it's a treasure. Well, you were teaching English in Tokyo. Currently, there are many tourists visiting Japan, and there are news reports about them experiencing Japanese culture. I'm happy. Thank you for learning about Japanese culture and understanding Japan as a country. If you have another chance, please come to Japan. Sorry for my bad English. I wish I had learned from you...😆
こんにちは。こちらのナフコフレイムストーブLの商品はホームセンター ナフコのブランドで売られています。ナフコは九州に店舗が多く、中国、近畿もぼちぼちです。東に行くほど店舗は少ないようですね。ネットショップも有りますが、街中の店舗のナフコがだめならAmazonで同じフレイムストーブが有るようです。Field to Summit Φ17×H24cmサイズで3780千円（富士見産業）です。外観もサイズも同じで製造元は同じなのかもしれません!?。
Можно попробовать сделать романтический светильник . Просверлиь алмазным сверлом отверстия в стеклянных стаканах от парафиновых светильников и наполнить их прзрачным топливным гелем .
In the northern hemisphere you want to turn counterclockwise, to the left, the same way water will spin as it goes down a funnel as it drains. It the southern hemisphere it will be opposite, to the right, clockwise. It has to do with magnetic fields.
Hello. Coriolis force is the bending force. It is said that when a pitcher throws a straight ball to a catcher at 100km/h (28m/s), the pitch will be bent by 0.88mm at a distance of 17-18m. A cannonball traveling at 1000m/s will bend 7.3m at a distance of 10km. The air speed coming out of the secondary combustion hole is 1 to 2 m/s, and the bending distance of 10 cm is...0.000◎mm bending. It seems that there is almost no Coriolis effect at this stove level. It is often said that the vortex of the bathtub drain rotates clockwise and counterclockwise in the northern and southern hemispheres, but it seems that the vortex in the northern and southern hemispheres is either the same or the opposite. It doesn't seem to have been scientifically proven yet...I'm surprised that something that seems to be such a well-established theory hasn't been proven yet. However, Coriolis, it might be best not to go against nature. Thank you for your valuable comments.😀
안녕하세요. 코리올리의 힘, 구부리는 힘이군요. 피처가 캐처에 100km/h(28m/s) 스트레이트 던졌을 때 0.88mm 구부러진다고 합니다. 1000m/s의 포탄이라면 10km 앞에서는 7.3m 구부러진다고 합니다. 2차 연소 구멍에서 나오는 에어 스피드는 1~2m/s이므로 10cm 앞의 굽힘은・・・0.000◎mm의 굽힘. 이 스토브의 레벨에서는 거의 영향이 없다고 생각됩니다. 욕조의 배수구의 소용돌이입니다만, 북반구, 남반구 같거나, 반대이거나 한다고 합니다. 과학적인 입증이 되지 않은 것 같고・・・. 그렇다고는 적은 영향입니다만, 자연스럽게 거꾸로 하지 않는 것이 가장입니다. 귀중한 의견, 감사합니다.😃
코멘트 감사합니다. 이 유형은 전체 높이가 22cm입니다. 연료가 들어가는 용기의 크기는 직경 14cm, 높이 14cm입니다. 2차 연소 구멍에서 3cm 아래까지 펠릿을 넣었습니다. 약 15~20분에 토네이도가 발생했습니다. 연료 가스의 양, 스토브의 온도, 다양한 조건이 최적으로 발생합니다. 연소가 심하면 상승 기류가 빠르기 때문에 토네이도가 나오지 않습니다. 연료를 많이 넣지 않고 바닥만의 경우 바닥에서 격렬하게 타오르고 상승 기류가 빠릅니다. 연료는 많이 넣으십시오. 어딘가의 타이밍에 토네이도하는 조건이 일치합니다. 이상 즐기세요.😄
Привіт. Для первинного підпалу залийте спирт. Спирт згорає за 10-20 секунд. Після цього пелети спалюють, в результаті чого відбувається первинне згоряння, а незгорілий газ, який не згорів при первинному згорянні, спалюється, в результаті чого відбувається вторинне згоряння. Якщо ви подивіться на полум’я вторинного згоряння, ви побачите, як газ утворюється з пелет.😀
キャンプで はやっていた炎色反応の素はやりましたが、虹色できれいでした。銅単体はやったことないので、緑や青の怪しい炎ですね。これはこれできれいでしょうね。 ありがとうございました～。 Я сжег элемент цветовой реакции пламени. , это было радужно и красиво. Я никогда не проводил реакцию пламени только с медью. Вероятно, это будет странное зеленое или синее пламя. Это должно быть красиво. Спасибо.😃
안녕하세요. 코멘트 감사합니다. 코리올리의 힘(Coriolis' force)군요. 정확히 같은 사이즈의 스토브로 2차 연소염의 반시계 방향, 시계 방향으로 해 검증해 보고 싶네요. 하지만 불꽃의 속도 정도에서는 코리올리의 힘의 영향은 적고, 불꽃의 차이로 판단할 수 없다고 생각합니다. 어떤 수준의 영향인지 알고 싶습니다. 귀중한 조언, 감사합니다.😀
I go camping regularly, but I rarely make videos of it. I have been enjoying camping for about 35 years. Camping is something to enjoy. When I'm shooting videos, I'm too busy to enjoy it.
Ciao. Grazie per il tuo commento. Lo scopo questa volta era ruotare la fiamma. Finora non ho misurato il peso del pellet, il peso della cenere, IN e OUT. Trattandosi di una stufa a combustione secondaria, penso che l'efficienza della combustione sia buona.😃
![Blox Fruits Dragon Rework Update [Full Stream]](http://i.ytimg.com/vi/EqDAp8udhm0/mqdefault.jpg)
ストーブの炎の揺らぎにも癒されますが、心地よいBGMやホシゾラCAMPさんの声にも癒しの効果がありそうです
こんにちは。回転する炎はいつまでも見ていられ、心が癒されますね。励みになるコメントありがとうございました。😄
焚き火に芸術があるとは思ってませんでした♪素晴らしい美しさですね♪
嬉しいコメントありがとうございます。穴をちょっと曲げるだけで炎の景色が格段にアップしました。料理用や暖をとる炎に鑑賞できる炎がプラスされました。😀
@@camp2476 お返事ありがとうございます。キャンプってのはやっぱり醍醐味は焚き木にありますね。素晴らしい動画(人ω･*)ありがとうでした♪
Thank you for these really great videos that show how to make an inexpensive, high efficiency, smokeless stove.
Thank you for adding the English subtitles, I would not have been able to understand otherwise.
Hello. I'm glad that my video was helpful to you. And thank you for your nice comments.That gives me a lot of motivation. 💪😀
北半球での台風は反時計回りなので左回りの方が自然の摂理に合っているかもしれませんね😊
こんにちは。コリオリの力、曲がる力ですね。ピッチャーがキャッチャーに100km/ｈ（28ｍ/ｓ）ストレート投げた時に0.88ｍｍ曲がるそうです。
1000ｍ/ｓの砲弾だと10km先では7.3ｍ曲がるそうです（by Wikipedia)。二次燃焼穴から出るエアースピードは１～2ｍ？なので10cm先の曲がりは・・・0.000◎mm？。このストーブのレベルでは殆ど影響無し？でしょうが、ゼロではないですね。南半球でも使って実証してみたいです。貴重なご意見、ありがとうございました～。😄👍
Another nice video! I would like to see what the tornado on the flame stove would look like if you used the same dome fire ring that is used on the DYI stove.
Hello. Thank you very much. I'm glad the flame tornadoed with this stove. I hope your secondary combustion tornado trial goes well.😀
There's a version of the collapsible stove with a rounded potstand (like your brilliant design) and it works better than these cylindrical pot stands. These potstands were made for people who didn't understand/like that gasifier stoves are TLUD stoves, and wanted to keep feeding the stove as it burns. (That's why there is a slot in the potstand/windscreen).
Anyways, great video! My collapsible stove should be arriving monday or Tuesday, and I'll modify mine after burning it once or twice, to see if it's worth it. I'll bend the bottom holes too for added circular airflow.
I might add a metal fan inside to aid that, but for that to happen I'll probably need to add a mesh on top to reduce debris falling into it and disturbing airflow. It'll reduce the burn chamber size, and thus the total burn time, but I think it might be worth it. I took the idea from this video ruclips.net/video/eozKyRp6qzs/видео.htmlsi=6hEP_HFq1KzLZ4qi - Patent pending! 😆
Hello. It was a very interesting video. Rotating the flame stream efficiently mixes and ignites the air and unburned gas. Rotation also has the effect of promoting combustion. You will use and modify the product after receiving it. Bending the bottom also makes it even stronger. You're really looking forward to it. I hope you are successful.😄👍
自分もコーヒー缶で2次燃焼ストーブ作ったりしてたのですが、すぐに錆で使えなくなるので今はフレイムストーブＬを使ってます。幸運にも9.5ｍｍのドライバも手元にあり、トルネード化するしかないと思いました！
こんにちは。DIYのブリキ缶は手間ですが毎回使用後はシリコンスプレーを吹いて防錆対策しているんです。さて9.5mmさえあれば簡単にできますね。今回、初めからトルネード出現せず、ヤキモキしました。原因はペレットが多くて、初めは上の方でしか燃焼してません。やがて燃料も消費して一次燃焼ポイントが下がり、二次燃焼の為のエアー通過する壁が熱せられ、、上昇気流がアップ、二次燃焼穴からの吹き出しエアースピードがアップしたことによります。トルネードチャレンンジ、是非頑張ってみて下さいね。😄
ホシゾラCAMPさん、おはようございます😁
またまたトルネード、今度は市販品を右回転化‼１０㎜穴よりちょい小さい径のドライバー、よく見つけましたね👍
底の受け皿は取り外せなくなっても、収納問題なさそうですね😅
DIY品よりトルネードの発生が遅かったのは、ファイヤーリングの大きさ（高さ）が影響しているんですかね❓
それにしても左右のトルネードの競演🔥素晴らしいです😍
こんにちは。手持ちの工具、あさって探しました。さてトルネード発生が遅くなったのは、もともとDIYストーブより①二次燃焼穴までの通過隙間が狭い、②距離が短い③穴が大きいによるものと④ペレットが多く初めは上の方でしか燃焼してません。やがて燃料も消費して一次燃焼ポイントが下がり、通過する壁が熱せられ、二次燃焼の為のエアー、上昇気流がアップ、二次燃焼穴からの吹き出しエアースピードがアップ、が要因だと思います。以前のやまじいさんのタンブラーの様にシビア－な状態だったと言えます。😅
なるほど、やっぱり二次燃焼穴までの隙間とペレットの量で発生時間が変るんですね。シビアですね‼勉強になります😁
北半球で右回りトルネードってどうなの？と思い観てましたが、右回りでもちゃんと行くんですね。しかし僅かな差でしょうが、左回りの方が効率が良い気がします。
こんにちは。 コリオリの力、曲げる力ですね。 ウィキペディアから引用すると
ピッチャーがキャッチャーに100km/h(28m/s)ストレート投げられたとき、17～18ｍ先で0.88mm曲げられると言われています。
1000m/sの砲弾なら10km先では7.3m曲がるそうです。
2次燃焼穴から出るエアスピードは1～2m/sとして10cm先の曲げは・・・0.000◎mmの曲げ。
このストーブのレベルではほとんどコリオリの影響がないと思われます。 良く浴槽の排水口の渦が北半球、南半球で時計、反時計回りと言われていますが、北半球、南半球同じか、逆だったりするそうです。 科学的な立証がいまだされていないようで・・・これだけ定着説と思われているのに根も葉もない事とは驚きです。 とはいえ自然に逆らわないのが一番かも。😀
前回に引き続き、美しい映像をありがとうございます。
正直、こんな延焼美（というのか）の映像は今まで見たことがありません。
コリオリの力の検証、お疲れ様です。
我見ながら高さに対してこの力は作用するのかなぁ～感じています。
突き上げる高さがあるのはどちらだったでしょうか？（あるいは同じでしょうか？）
こんな美しい火の振る舞いをみさせられたら色々考えさせられます。
応援しています。
こんにちは。突き上げる高さがあるのは圧倒的にDIYストーブです。このフレイムストーブLはDIYより空気取入れから二次燃焼穴間の隙間が狭く、通過する空気が管摩擦抵抗で減速、また通過高さがあまりなく上昇気流も低いと思われます。なので二次燃焼穴から吹き出すエアー圧、流量は小さくなり、更には二次燃焼穴はDIYが6mmに対してフレイムストーブが10mmなのでますます二次燃焼穴から吹き出すエアーのスピードは遅くなります。この差によりトルネードの回転力、火柱の高さに差が出たと思います。DIYと全く同じもの、あるいはフレイムストーブで同じもの、左右トルネードで比較すればコリオリの力の影響の有無が判断着きますが・・・。🤔
Very cool. I wonder if you can constrict the outlet and make a blowtorch!
Hello. Thank you for your comment. If you make the air hole smaller and increase the pressure even more, it becomes a blowtorch. Good advice!😀
Видео супер.) Можно попробовать усовершенствовать печь. Сделать больше мелких отверстий чтобы перемешивался кислород с продуктами горения лучше, расположить их немного ниже но не сильно ниже, чтобы не было ускоренного сжигания топлива. Еще есть мысль, напилить короткие металлические трубки, вставить трубки по периметру печи, подобрать диаметр сверла чтобы трубки ходили плотно и не вываливались и также отогнуть в бок.
Привет. Отличная идея! С помощью первой и второй идей можно получить более мощное вторичное горение.Спасибо, этот отзыв очень много значит для меня.😀👍
I have a similar stove to the "Flame Stove". I wonder why it took so long for the tornado to start, I might try modifying mine too, makes it look nice.
Thanks for your comment. Tornado will answer about the time until it occurs. For a while after igniting the fuel, combustion will be intense. Because of the intense combustion, there is a large updraft, creating a tornado column of fire. Eventually, the intense combustion will subside and the position of primary combustion will also decrease. When that happens, the tornado becomes more obvious, and the pillar of fire becomes smaller.
2:59 i was expecting u to make another ring there... Also were the holes clockwise rotation there?
What a nice try, and thanks for sharing. Do you think the direction of the holes at the bottom parts affects the tornado? I would like to try bending the direction of the holes in both the bottom and upper parts in the same direction.
Hello. I was also thinking that if I bent the bottom air supply hole in the same direction, it would become a booster for the secondary combustion tornado. I think it is effective for stronger rotational force. Please give it a try. Thank you for your valuable comments.😀👍
@@camp2476 Thanks for the comment. I will try that as soon as I get stove next week :)
You are really looking forward to the arrival of the stove. I hope Tornado has a good outcome.😄
Красиво😊👍
Здравейте. Благодаря ви за хубавия коментар.
👍👍👍👏👏
안녕하세요. 많은 좋은, 그리고 박수, 감사합니다. 내 동영상 제작 동기 부여, 올랐습니다! !😃
Is it possible that the flames play like the tornado of water and turn with the clock when u are on the north half earth and against the clock in the south?
Hello. Coriolis force is the bending force. Quoting from Wikipedia
It is said that when a pitcher throws a straight ball to a catcher at 100km/h (28m/s), the pitch will be bent by 0.88mm at a distance of 17-18m.
A cannonball traveling at 1000m/s will bend 7.3m at a distance of 10km.
The air speed coming out of the secondary combustion hole is 1 to 2 m/s, and the bending distance of 10 cm is...0.000◎mm bending.
It seems that there is almost no Coriolis effect at this stove level. It is said that the vortex of the bathtub drain rotates clockwise in the Northern Hemisphere and counterclockwise in the Southern Hemisphere.
However, it seems that it is the same in the Northern Hemisphere and Southern Hemisphere, or it is the opposite of the conventional theory. It seems that there is no scientific proof yet. I'm surprised that there is no basis for this theory, even though it is thought to be a well-established theory. So, although there is a Coriolis force, it is hardly affected.😄
二次燃焼が何かも知らなかったのですが、アルゴリズムのおかげでここまで来ました。そもそも炎を回転させようとした理由は何ですか？
コメントありがとうございます。一番の理由は非日常的な炎の形態を見てみたいと思いました。人工的なブロワーを使わず、自然対流で回転し、編み込まれた炎の火柱です。ストーブで料理したり、暖を取る、以外にも鑑賞的な炎がプラスさせたかったのです。🤔🔥
I have watched two fire tornado videos and they are wonderful!
For bending the holes when you need to work inside the stove, would an allen key (also called hex wrench, I think) be useful? The "L" shaped tool to turn bolts that have a hexagonal hole.
It should fit inside the stove, so the holes could be bent flat instead of slightly upwards.
Hello. A great idea is to use a hex wrench. The secondary combustion hole does not have to be round. The secondary combustion holes on commercially available stoves are either round or square. I immediately tried using a hex wrench and was able to bend it sideways. I really appreciate your valuable comments.😆👍👍👍
멎진 fire show ~~!!
안녕하세요. 감사합니다. 매우 기쁜 코멘트입니다.😀
If you make the bottom ring holes angle opposite to the upper ring holes angle, it will produce jet turbine, I think.
Hello. Great idea! If I bend the bottom air intake and apply rotational force, the stove will blow out even more air. Thank you for your valuable advice.😄👍
@@camp2476 Well, I'm only guessing. I admire your designs, very competent and elegant. I have made a few rocket stoves, hot but fuel inefficient thus sooty. By the way, I taught English in Tokyo many years ago for a summer, I hear you speaking and feel like I am in Japan again. Wonderful place but learning kanji/kana was so hard! I felt so stupid "gaijin", but enjoyed many new experiences. :~}
You were making a rocket stove. I would also like to make a rocket stove. It's inefficient and full of soot, but you made it, so it's a treasure. Well, you were teaching English in Tokyo. Currently, there are many tourists visiting Japan, and there are news reports about them experiencing Japanese culture. I'm happy. Thank you for learning about Japanese culture and understanding Japan as a country. If you have another chance, please come to Japan. Sorry for my bad English. I wish I had learned from you...😆
この構造の図はありますか? それともどこかで購入できますか?
こんにちは。こちらのナフコフレイムストーブLの商品はホームセンター ナフコのブランドで売られています。ナフコは九州に店舗が多く、中国、近畿もぼちぼちです。東に行くほど店舗は少ないようですね。ネットショップも有りますが、街中の店舗のナフコがだめならAmazonで同じフレイムストーブが有るようです。Field to Summit Φ17×H24cmサイズで3780千円（富士見産業）です。外観もサイズも同じで製造元は同じなのかもしれません!?。
👍
Завораживает
Привет. Спасибо за ваш приятный комментарий. Даже пламя, горящее беспорядочно, может быть интересным, если оно горит упорядоченно.😃
And there is what i want clockwise comparison!
Можно попробовать сделать романтический светильник . Просверлиь алмазным сверлом отверстия в стеклянных стаканах от парафиновых светильников и наполнить их прзрачным топливным гелем .
Привет. Парафиновый масляный фонарь также имеет приятную атмосферу. Спасибо за ваш совет.😀👍
In the northern hemisphere you want to turn counterclockwise, to the left, the same way water will spin as it goes down a funnel as it drains. It the southern hemisphere it will be opposite, to the right, clockwise. It has to do with magnetic fields.
Hello. Coriolis force is the bending force. It is said that when a pitcher throws a straight ball to a catcher at 100km/h (28m/s), the pitch will be bent by 0.88mm at a distance of 17-18m. A cannonball traveling at 1000m/s will bend 7.3m at a distance of 10km.
The air speed coming out of the secondary combustion hole is 1 to 2 m/s, and the bending distance of 10 cm is...0.000◎mm bending. It seems that there is almost no Coriolis effect at this stove level. It is often said that the vortex of the bathtub drain rotates clockwise and counterclockwise in the northern and southern hemispheres, but it seems that the vortex in the northern and southern hemispheres is either the same or the opposite. It doesn't seem to have been scientifically proven yet...I'm surprised that something that seems to be such a well-established theory hasn't been proven yet. However, Coriolis, it might be best not to go against nature. Thank you for your valuable comments.😀
아무래도 지구의 북반구에서 좌회전은 힘든게 아닐까요?? 물을 세면기에 받아서 내려보면 알수 있습니다.
안녕하세요. 코리올리의 힘, 구부리는 힘이군요. 피처가 캐처에 100km/h(28m/s) 스트레이트 던졌을 때 0.88mm 구부러진다고 합니다.
1000m/s의 포탄이라면 10km 앞에서는 7.3m 구부러진다고 합니다. 2차 연소 구멍에서 나오는 에어 스피드는 1~2m/s이므로 10cm 앞의 굽힘은・・・0.000◎mm의 굽힘. 이 스토브의 레벨에서는 거의 영향이 없다고 생각됩니다. 욕조의 배수구의 소용돌이입니다만, 북반구, 남반구 같거나, 반대이거나 한다고 합니다. 과학적인 입증이 되지 않은 것 같고・・・. 그렇다고는 적은 영향입니다만, 자연스럽게 거꾸로 하지 않는 것이 가장입니다. 귀중한 의견, 감사합니다.😃
コリオリの力は全然関係ない事が確かめられましたね
こんにちは。そうですね。スピードが速いものがコリオリの力の影響を受けると聞いてましたが、あれでもコリオリに逆行して右回転なるだろうかと少し心配しました。右回転して安心しました。😅
DIYの方がコリオリの力でより高くまでトルネードが維持されているように見えますが、どうでしょう？
こんにちは。圧倒的に回転力、火柱の高さはDIYストーブです。このフレイムストーブLはDIYより①空気取入れから二次燃焼穴間の隙間が狭く、通過する空気が管摩擦抵抗で減速、②通過する高さがあまりなく上昇気流も低いと思われます。なので二次燃焼穴から吹き出すエアー圧、流量はDIYより小さくなり、更には③二次燃焼穴はDIYが6mmに対してフレイムストーブが10mmなのでますます二次燃焼穴から吹き出すエアーのスピードは遅くなります。この差によりトルネードの回転力、火柱の高さに差が出たと思います。DIYがコリオリの力も得ていたかもしれませんが、①②③の要因が大きいと感覚的に感じました。DIYと全く同じもので、左巻きも作ってみたらコリオリの力の影響が解るかも知れませんね。😅
와~~ 안녕하세요 너무 이뻐서 지금 당장 주문해서 사용해보려고 합니다~
펠릿을 쓰면 시간은 얼마나 갈까요?
저거보다 약간큰 20×30cm도 문제 없을까요?
코멘트 감사합니다. 이 유형은 전체 높이가 22cm입니다. 연료가 들어가는 용기의 크기는 직경 14cm, 높이 14cm입니다.
2차 연소 구멍에서 3cm 아래까지 펠릿을 넣었습니다. 약 15~20분에 토네이도가 발생했습니다. 연료 가스의 양, 스토브의 온도, 다양한 조건이 최적으로 발생합니다. 연소가 심하면 상승 기류가 빠르기 때문에 토네이도가 나오지 않습니다. 연료를 많이 넣지 않고 바닥만의 경우 바닥에서 격렬하게 타오르고 상승 기류가 빠릅니다. 연료는 많이 넣으십시오. 어딘가의 타이밍에 토네이도하는 조건이 일치합니다. 이상 즐기세요.😄
@@camp2476 감사합니다~👍
美しい燃焼ですが、銅を加えると不気味な竜巻になります。🔥
あなたは興味があるかもしれません
ruclips.net/video/ItXRatl8V78/видео.htmlsi=QFlX5KCGwTk5P3JA
Круто, что происходит? Отличная информация, спасибо.🤔
北半球と南半球では排水のトルネードの向きが違うらしいので
それも影響してるかもよ？
こんにちは。コメントありがとうございます。一般的に言われているコリオリの力ですね。北半球はコリオリの力が右なので台風は左渦巻き、南半球は右巻きの台風ですね。スピードが速いものほどこの力が強いそうですが、炎への回転はほんの僅かだと思いますが、ゼロではなく、影響は有りますね。ちなみに排水口の右巻き、左巻きは学術的に証明されていなくて、南半球でも北半球の方向になるそうです。バスタブやシンクの形状により変わるそうです・・・これだけ言われているのに実は不確かな俗説とは不思議です。😅
Я так и не понял, горят пелеты или жидкость для розжига ???
Привіт. Для первинного підпалу залийте спирт. Спирт згорає за 10-20 секунд. Після цього пелети спалюють, в результаті чого відбувається первинне згоряння, а незгорілий газ, який не згорів при первинному згорянні, спалюється, в результаті чого відбувається вторинне згоряння. Якщо ви подивіться на полум’я вторинного згоряння, ви побачите, як газ утворюється з пелет.😀
Just an idia, may be add element Peltye and feed small culer from it to get stable air flow for tornado.
I see.Thank you, that feedback means a lot to me.
🚀
🌔🪐🌌
😅 👍🏼👍🏼👍🏼👍🏼
Hello. Thank you for all the GOOD.😄👍
竜巻や台風は、北半球では左巻きの渦巻きになるから、左巻きの方がいいのかも
こんにちは。コメントありがとうございます。北半球、南半球でお馴染みのコリオリの力ですね。ピッチャーが100km/ｈのスピードでキャッチャーに投げたときのコリオリの力は僅か1mmも曲がらないそうです。焚き火の炎のスピードは弱いので殆ど影響は無いようです。台風のような莫大なエネルギー、スピード、持続時間だとあのような壮絶な曲がり、回転になるそうです。😀
美しい燃焼ですが、銅を加えると不気味な竜巻になります。🔥
キャンプで はやっていた炎色反応の素はやりましたが、虹色できれいでした。銅単体はやったことないので、緑や青の怪しい炎ですね。これはこれできれいでしょうね。
ありがとうございました～。
Я сжег элемент цветовой реакции пламени. , это было радужно и красиво. Я никогда не проводил реакцию пламени только с медью. Вероятно, это будет странное зеленое или синее пламя. Это должно быть красиво. Спасибо.😃
@@camp2476 確かに絶対ではないみたいですね、ただシンクの水を抜くときにも同様になるので影響はあると思います。それならばコリオリの力に逆らわない方が良いのではと思ってしまいます。
こんにちは。コリオリの力は地球が回っているいる限り働いてますが、その大きさに差が有るようですね。いくら炎がスピードが遅くても、0.00〇%は働いてますね。バスタブ、シンクの渦ですが、こちらは科学的な証明はされてないそうです。北半球は〇回転、南は△回転と言われていますが、誤った説が独り歩きしているようです。北、南で同じ回転方向になったり、逆になったり、これだけ言われている事が不確かな、根拠のない事だった説とは驚きですね。とはいえ証明出来てないだけ？で、おっしゃられるように先ずは逆らわない事がBESTですね。貴重なご意見、感謝します。😄👍
竜巻は左回転で自然界で（北半球）発生します 台風も同じ たぶん自転や色々な影響でその方が効率的なのでしょう オシッコも必ず左回転するらしいですよ
こんにちは。コメントありがとうございます。
おしっこもトルネードも驚きですね。😲
台風、竜巻でのコリオリの力、曲げる力ですね。 ウィキペディアから引用すると
ピッチャーがキャッチャーに100km/h(28m/s)ストレート投げられたとき、17～18ｍ先で0.88mm曲げられると言われています。
1000m/sの砲弾なら10km先では7.3m曲がるそうです。
2次燃焼穴から出るエアスピードは1～2m/sとして10cm先の曲げは・・・0.000◎mmの曲げです。このストーブのレベルではほとんどコリオリの影響がないと思われます。 とはいえ大風のエネルギーだからこそ北半球では回転方向が反時計なんですね。話は代わって、 良く浴槽の排水口の渦が北半球、南半球で時計、反時計回りと言われていますが、北半球、南半球同じか、逆だったりするそうです。 科学的な立証がいまだされていないようで・・・これだけ定着説と思われているのに根も葉もない事とは驚きです。
북반구 전향력을 고려하면... 반시계 방향으로 회전을 고려해야 하지 않을까 싶네요.
(轉向力)
안녕하세요. 코멘트 감사합니다. 코리올리의 힘(Coriolis' force)군요. 정확히 같은 사이즈의 스토브로 2차 연소염의 반시계 방향, 시계 방향으로 해 검증해 보고 싶네요. 하지만 불꽃의 속도 정도에서는 코리올리의 힘의 영향은 적고, 불꽃의 차이로 판단할 수 없다고 생각합니다. 어떤 수준의 영향인지 알고 싶습니다. 귀중한 조언, 감사합니다.😀
시계방향 / 시계반대방향 북반구
why dont you start actually camping?
I go camping regularly, but I rarely make videos of it. I have been enjoying camping for about 35 years. Camping is something to enjoy. When I'm shooting videos, I'm too busy to enjoy it.
i get it, but you can film relaxed, make a pleasant video. show us some secret places!@@camp2476
市販の物を同じようにやったけど、トルネードにならなかった😢
どの様な状況、条件でやられたのか分かりませんが残念な結果です。穴を曲げて、ペレットを入れて燃やしただけですが・・・。🤔
@@camp2476 回りそうなとこまではきたのですが、あと一歩でしたね😥動画同じくらいに穴を曲げペレットを入れ…。しいていうなら、若干風はありましたね。
Per prima cosa complimenti da Venezia. Poi, hai mai provato a pesare il pellet prima della combustione e dopo, a combustione avvenuta, le sue ceneri?
Ciao. Grazie per il tuo commento. Lo scopo questa volta era ruotare la fiamma. Finora non ho misurato il peso del pellet, il peso della cenere, IN e OUT. Trattandosi di una stufa a combustione secondaria, penso che l'efficienza della combustione sia buona.😃