#Rita Fukushima

[cinematic-explorations]

(via Breaking free from the harem of five beautiful women — Million Yen Women | by Francesca Ferrauto | Medium)

[varsovan]

Marianne Maffray - All day fukushima from Ecole Emile Cohl on Vimeo.

Rita travaille dans un open space bondé et oppressant. Sa journée est boulversée par une violente crise d’angoisse. Elle réussi à s’isoler et bascule dans son monde intérieur pour reprendre le contrôle d’elle-même.

[futurismforyoungladies]

bye i can’t believe zendaya had the best look of the night but jezebel didn’t even post her in their thread

[brandonshimoda]

The Hiroshima Library, an itinerant reading room/collection of books on atomic bombings of Hiroshima and Nagasaki, and their afterlives, is currently seeking donations of the following books (below), to add to its collection. The Hiroshima Library is reopening at Counterpath in Denver, Colorado, this October.

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Akiko Mikamo, 8:15: A True Story of Survival and Forgiveness from Hiroshima

Atsuhiro Ozaki, The Song of Hiroshima

Becky Alexis-Martin, Disarming Doomsday: The Human Impact of Nuclear Weapons since Hiroshima

Bombing Civilians: A Twentieth-Century History, edited by Yuki Tanaka and Marilyn B. Young

Chad R. Diehl, Resurrecting Nagasaki: Reconstruction and the Formation of Atomic Narratives

Dan Kurzman, Day of the Bomb: Countdown to Hiroshima

Eiichiro Ochiai, Hiroshima to Fukushima: Biohazards of Radiation

George Weller, First Into Nagasaki: The Censored Eyewitness Dispatches of Post-Atomic Japan and its Prisoners of War

Greg Mitchell, Atomic Cover-up: Two U.S. Soldiers, Hiroshima & Nagasaki, and The Greatest Movie Never Made

Harry J. Wray and Seishiro Sugihara, Bridging the Atomic Divide: Debating Japan-US Attitudes on Hiroshima and Nagasaki

Hiromi Tsuchida, Hiroshima Monument II

The Hiroshima Murals: The Art of Iri Maruki and Toshi Maruki, edited by John Dower and John Junkerman

Hiroyuki Agawa, Devil’s Heritage, translated by John Maki

John Auxier, Ichiban: Radiation Dosimetry for the Survivors of the Bombings of Hiroshima and Nagasaki

Jonathan Fetter-Vorm, Trinity: A Graphic History of the First Atomic Bomb

Kamila Shamsie, Burnt Shadows

Kunito Okamura, May the Seven Rivers of Hiroshima Reach the Galaxy

Mandy Conti & David Petersen, Survivors: The A-Bombed Trees of Hiroshima

Medical Effects of the Atomic Bomb in Japan, edited by Ashley Oughterson

Michael Light, 100 Suns

Michael Perlman, Hiroshima Forever: The Ecology of Mourning

Mick Broderick, Hibakusha Cinema: Hiroshima, Nagasaki and the Nuclear Image in Japanese Film

Mitsukuni Yoshida, Hiroshima and beyond: A heritage of technology

Monica Brau, The Atomic Bomb Suppressed: American Censorship in Occupied Japan

M. Susan Lindee, Suffering Made Real: American Science and the Survivors of Hiroshima

Nagasaki Speaks: A Record of the Atomic Bombing

Naomi Hirahara, Hiroshima Boy

Paul Ham, Hiroshima Nagasaki: The Real Story of the Atomic Bombings and Their Aftermath

Ran Zwigenberg, Hiroshima: The Origins of Global Memory Culture

Rinjiro Sodei, Were We The Enemy? American Survivors Of Hiroshima

Sadako Okuda, A Dimly Burning Wick: Memoir from the Ruins of Hiroshima

The Unfinished Atomic Bomb: Shadows and Reflections, edited by David Lowe, Cassandra Atherton, and Alyson Miller

Toshiharu and Rita Kano, Passport to Hiroshima: The Unthinkable, Inspiring Journey of a Japanese American Family

Virginia Moffa Khuri, Hiroshima: Remembering 1945 & 1958

Widows of Hiroshima: The Life Stories of Nineteen Peasant Wives, edited by Mikio Kanda, translated by Taeko Midorikawa

William J. Schull, Song Among the Ruins

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The Hiroshima Library is seeking copies of these books in any condition (from poor to new). If you are interested in donating one or more of these books, or a book that is not on this list, please contact Brandon Shimoda at brandonshimoda@gmail.com.

Photo: The Hiroshima Library in the Hirasaki National Resource Center at the Japanese American National Museum, Los Angeles.

[shirlleycoyle]

Why the Future of Nuclear Power Is Tiny and Factory-Made

In the 1950s, few things seemed more futuristic and utopian than harnessing nuclear energy to power your home. Towering nuclear reactors popped up across the U.S. with the promise of harvesting energy from smashed atoms of Uranium to power everything from lights in an office to an oven cooking a pot roast. With clean and efficient nuclear power, anything seemed possible. 

But as the years went on, doubt about the safety of these reactors began to poison the bright future they’d once promised. Stories of nuclear waste polluting waterways downstream of power plants began to stir alarm, and in the 1980s the Chernobyl nuclear power plant explosion sent radiation billowing across Europe and into the tissues of an estimated 4,000 Ukrainians who died from radiation poisoning.  Even as recently as 2011, Japan’s Fukushima nuclear power plant faced catastrophe when a tsunami knocked out its power supply and led all three of its nuclear reactors to melt down.

All in all, it’s been a tough few decades for nuclear energy’s public image. But nuclear scientists say that now, more than ever, is the time to reinvest in nuclear innovation. Governments agree: In the U.K. Rolls-Royce plans to roll out 16 mini-nuclear plants over the next five years and China, an emerging nuclear super power, has pledged to ramp up its nuclear use to meet emissions goals.

“Nuclear energy has always been an emissions-free source of electricity,” Rita Baranwal, Assistant Secretary for the U.S. Office of Nuclear Energy, told Motherboard. “Countries around the world that have [emissions] targets and goals to really assess how they get to those targets. And what they're finding time and time again, is that nuclear has to be part of that energy portfolio.”

Renewable energy sources like solar and wind are too intermittent to carry the brunt of our emissions goals alone, says Baranwal. When done safely, nuclear energy can create emissions free energy for electricity and heat. It can even be used to help develop other green solutions, like synthetic fuel, which will also be crucial in crushing emissions levels.

“To achieve deep decarbonization, we need to decarbonize not just electricity, but also transportation (including shipping) and industrial processes,” Ashley Finan, director of the Idaho National Laboratory’s National Reactor Innovation Center, told Motherboard in an email.

Nuclear reactors have come a long way from the power plants of our parents and grandparents, and nuclear scientists say that innovation in material design, machine learning and even the design of the plants themselves has positioned this industry as an essential player in the quest for clean energy.

Nuclear energy has been quietly smashing its benchmarks for years now, says Baranwal, and now is the time to brag about it.

What is nuclear energy?  

Nuclear energy may seem futuristic and complex in its approach to power, but at its core, the process is really not that different from power created with coal or oil. Essentially, something is heated up (in this case, the nuclear core) which creates steam to turn turbines and generate electricity. 

The big difference for nuclear power is that these plants create their initial heat by smashing together Uranium atoms in a process called fission. Like a cue ball being shot across a pool table, a tiny neutron is sent careening towards an atom of Uranium—splitting it open upon contact. This splitting of the atom creates energy in the form of heat and radiation, and also sends out more neutrons that break apart other Uranium atoms in a domino effect. 

Carefully controlling this creation of power is the name of the game at nuclear power plants, and traditionally pressurized water has been used to cool down these Uranium cores. But in next generation nuclear reactors, this might look a little different.

Goodbye water, hello helium and molten salt

When it comes to the future of nuclear energy, the U.S.’s Department of Energy has its eyes (and wallet) focused on two projects in particular: TerraPower’s Natrium reactor and an Xe-100  reactor from X-Energy. These two reactors are the first to participate in the DOE’s Advanced Reactor Demonstration Program, an initiative to reinvest in nuclear innovation, and have each already received $80 million toward the development of their designs, with up to $4 billion available over the next five to seven years.

A key innovation of both of these reactors, Baranwal told Motherboard, is that neither will use pressurized water to cool their uranium cores. TerraPower, which is chaired by founder Bill Gates, will instead use molten salt, while X-Energy’s reactor will use pressurized helium. 

For TerraPower, this change to the reactor’s traditional coolant allows the plant to reduce both complexity and cost, while simultaneously increasing the reactor’s safety. Because molten salt has a higher boiling point than water, this material does not have to be pressurized when used as a coolant. Using molten salt would also allow nuclear engineers to finely tune the amount of energy coming out of the plant, making it an excellent companion to more intermittent sources of clean energy like solar and wind. A cloudy day? Crank up the nuclear plant.

TerraPower’s reactor is expected to be a little smaller than traditional reactors, but will still have a relatively large footprint, says Baranwal. X-Energy’s reactor, on the other hand, will be a much smaller type of new reactor called a small modular reactor, or SMR.

What are small modular reactors?

Traditionally, nuclear reactors have been housed in towering nuclear plants that take up more than a mile square footage of land per 1000 MW of energy production. This works well in communities with plenty of open space, but can be difficult to squeeze into more densely packed areas. As a solution, enter the SMR. 

With some hovering just over 23 meters tall, a single torpedo-shaped SMR will take up only about 1 percent the square footage of a traditional power plant. And, unlike large reactors that can take many years and a lot of money to build, SMRs can be built much cheaper and quicker using factory manufacturing. Each reactor can only produce a maximum of 300 MWe, but as many as twelve reactors can be grouped together like big cans of soda to match a larger power plant’s output. 

When combined together, these reactors could be used to power midsize cities, or separately, to power smaller towns. 

X-Energy’s design, which the DOE has its eyes on, is one such reactor and plans to use pressurized helium as well as slow release pebbles of fuel to achieve its efficient design. Another U.S. based company, NuScale, is also turning its sights to SMR and was the first in the U.S. to have its water coolant based design approved by the Nuclear Regulatory Commision.

“NuScale’s smarter and simplified advanced design eliminates the need for two-thirds of the safety systems and components found in today’s large reactors,” representatives from the company told Motherboard over email. “This results in reduced maintenance cost, reduced capital costs, and a level of safety that is magnitudes better than current gigawatt sized nuclear plants.”

And the U.S. isn’t alone in its interest in these miniature reactors, dozens are in development around the world. At the end of 2019, Russia floated an SMR out to sea to trial a future fleet of floating power plants and Japan’s Toshiba electronics company has been working for years on its Super Safe, Small Simple (4S) modular reactors.

But nuclear energy is good for more than just providing bulk electricity and heat, Jacopo Buongiorno, the director of MIT’s Nuclear Reactor Laboratory, told Motherboard.

“[People] tend to think of nuclear as just electricity,” says Buongiorno. “But it’s also much more.”

What are microreactors? 

If you thought SMRs were tiny, then microreactors are absolutely miniscule. Also called nuclear batteries, Buongiorno said, these reactors are on scale with jet engines and can be easily and quickly manufactured on assembly lines and set up within a few days of arriving in a community.

Because of their small size, these reactors don’t necessarily supply a lot of bang for their buck—they can only generate between 1 and 20 MW of energy—but Buongiorno says that this isn’t necessarily a problem because nuclear solutions don’t require one-size-fits-all reactors. Especially when it comes to finding a solution to climate change.

“I would say it's one of the truly critical questions as we move forward for solutions for climate change—what is the optimal mix?” said Buongiorno. “And not surprisingly, it's not one size fits all. It's a combination… It's a well balanced mix of different technologies that will give you the path of least resistance.”

Instead, microreactors could be used to power remote communities, desalinate local water and even produce an emissions free source of hydrogen to fuel other industries. Buongiorno says that microreactors are even under consideration for space applications with NASA.

A nuclear future 

Nuclear energy is not a perfect solution to our energy problems, and there are still critics who are wary of the industry’s safety and cost, but nuclear scientists say the industry is ready for its time in the spotlight. 

With international partners around the world, nuclear energy has the potential to be a powerful ally to solar and wind production to help not only lower energy emissions but to provide energy independence to remote communities.

“I have the sense that when the public looks at nuclear energy they think of people and companies that don’t care about others,” Finan said. “[But] the truth is that many people are entering the nuclear energy field… in order to tackle huge environmental challenges [and] energy poverty… I think that as the public gets to know todays’ advanced nuclear energy companies, they will meet people with passion and purpose that they can identify with and respect.”

Many of these nuclear solutions are already here, and nuclear scientists are excited to see what the next decade of innovation will bring.

Why the Future of Nuclear Power Is Tiny and Factory-Made syndicated from https://triviaqaweb.wordpress.com/feed/

[dutchovensnuggie]

https://apnews.com/article/64194c2125ad4dc6add67d412e9024c5

Energy Department wants to build nuclear test “fast” reactor

By KEITH RIDLER August 5, 2019 

BOISE, Idaho (AP) — A new nuclear test reactor is needed as part of an effort to revamp the nation’s fading nuclear power industry by developing safer fuel and power plants, the U.S. Department of Energy said Monday.

The federal agency said it will prepare an environmental impact statement as part of the process to build the test reactor in Idaho or Tennessee by the end of 2025. Public comments on the environmental review are being taken through Sept. 4.

The Versatile Test Reactor would be the first new test reactor built in the U.S. in decades and give the nation a dedicated “fast-neutron-spectrum” testing capability. Such reactors are called fast reactors.

“This testing capability is essential for the United States to modernize its nuclear energy infrastructure and for developing transformational nuclear energy technologies that reduce waste generation and enhance nuclear security,” said U.S. Energy Secretary Rick Perry in a statement.

U.S. residents have been wary of nuclear power since the core from Pennsylvania’s Three Mile Island underwent a partial meltdown in 1979 in one of the nation’s worst nuclear mishaps. That was followed by a reactor at the Chernobyl nuclear power plant in Ukraine exploding and burning in 1986. In 2011, an earthquake and tsunami led to the Fukushima nuclear disaster in Japan where the cores of three reactors suffered meltdowns after cooling systems failed.

Federal officials say the proposed test reactor would help create new and safer fuels, materials and reactors being developed by civilian companies in the U.S.

“If this capability is not available to U.S. innovators as soon as possible, the ongoing shift of nuclear technology dominance to other international states such as China and the Russian Federation will accelerate, to the detriment of the U.S. nuclear industrial sector,” said Rita Baranwal, the Energy Department’s assistant secretary for Nuclear Energy.

The Energy Department had a fast reactor, the Experimental Breeder Reactor II, operating in eastern Idaho until it was shut down in 1994 as the nation turned away from nuclear power.

Edwin Lyman, senior scientist and acting director of the Nuclear Safety Project at the Union of Concerned Scientists, a nonprofit, said fast reactors such as the proposed Versatile Test Reactor are less safe than current reactors.

Most nuclear reactors in use now are “light-water” reactors fueled by uranium and cooled with water. Lyman said the test reactor will be cooled with harder to control liquid sodium and likely fueled by plutonium, increasing potential nuclear terrorism risks because plutonium can be used to make nuclear weapons.

“There is nothing good about these reactors,” he said. “I think there is a love of plutonium in the (Energy) Department that is irrational.”

Revamping the nation’s nuclear power is part of a strategy to reduce U.S. greenhouse gas emissions by generating carbon-free electricity with nuclear power initiated under the Obama administration and continuing under the Trump administration, despite Trump’s downplaying of global warming.

Reducing spent nuclear fuel, federal officials say, is also an objective of the new test reactor. The U.S. has no permanent repository for about 77,000 tons (70,000 metric tons) of radioactive spent fuel, stored mainly at the commercial nuclear power plants where they were used to produce electricity.

But Lyman said fast reactors would produce waste even more hazardous and difficult to dispose.

According to the U.S. Energy Information Administration, at the end of December, there were 98 nuclear reactors at 59 power plants producing about 20% of the nation’s energy. Most of the reactors are decades old, and many are having a tough time competing economically with other forms of energy production.

The Energy Department is considering building the test reactor at the Idaho National Laboratory in eastern Idaho or the Oak Ridge National Laboratory in eastern Tennessee.

On a related front, the Energy Department late last year restarted the Transient Test Reactor at the Idaho National Laboratory to test new nuclear fuels. That facility had been on standby since 1994.

Nuclear energy is not bad

[my-original-characters]

Face Claims

Gigi Hadid

Awkwafina

Momo

Bebe Rexha

Bella Hadid

Ana De Armas

Sofia Boutella

Julianne Hough

Hayley Williams

Sana

Luanna Perez

Charli XCX

Aishwarya Rai

Pixie Lott

Jade Thompson

Rila Fukushima

Krystal Jung

Lucy Fry

Rinko Kikuchi 

Candice Swanepoel

Pia Mia 

Rita Ora

[hollywoodalternative-promo]

Have you ever wondered what your favorite Hollywood actors would be like if they had never gotten involved in Hollywood? Would they be a nurse? An accountant? A secretary? That’s what we’re looking to find out. This is a AU roleplay that combines Celebrity and OC RP. Join as your favorite celebrity in a world where they don’t exist in Hollywood and they’re just like normal everyday people.

| MAIN | PLOT | RULES | NAVI | APPLICATION | TAKEN |

[coykouchou]

Other ANN news for today:

Manga/anime/light novels-

Major 2nd Anime Casts Yui Horie, Jun Fukushima

Kouji Seo's Fuuka Manga Ends in 7 Chapters

Kanako Itou, Zwei Perform Steins;Gate 0 Anime's Theme Songs

Masami Nagasawa Guest Stars in 2018 Doraemon Film

Nanoha Reflection Anime Film Screens in Canada on March 2

Junko's Kiss Him, Not Me Manga Ends

Batman Ninja Anime's English Trailer Reveals Dub Cast, Home Video Release

Toji no Miko Game App Streams Comedy Anime Short

Video games-

Girls und Panzer Dream Tank Match Game's Video Shows Kuromorimine Girls High School Tanks

Memories Off -Innocent Fille- Game's Opening Video Previews Theme Song

Live action and etc-

Live-Action Sword Art Online Producer: Series Sold to Netflix, Will Have Asian Lead Actors

Live-Action Inuyashiki Film's Trailer Reveals Man With a Mission Theme Song

Detective Pikachu Live-Action Film Casts Rita Ora

Pixiv Website Surpasses 30 Million Users

Live-Action River's Edge Film's Trailer Previews Kenji Ozawa Theme Song

5th Touken Ranbu Stage Musical Debuts in March

[orewatabest]

ケンゴー (2016)

　 ずぼら中継　http://zubola.blog94.fc2.com/ Twitter 　　@inkng 　 　 ■今年よく聴いたアルバム10枚

1. かむあそうトライブス /MAXI FOUNDATION 2. yumbo /鬼火 3. YTAMO /MI WO 4. Mendrugo /More Amor 5. Directorsound /Into The Night Blue 6. Gofish /よかんのじかん 7. Skip Skip Ben Ben /鏡中鏡 8. OGRE YOU ASSHOLE /ハンドルを放す前に 9. テニスコーツ /Music Exists Disc4 10. ゆうき /あたえられたもの

1. 今年一番のめっけもんは、岐阜の山間地から届いたピカピカ☆VIBES。「橋の下」の原っぱ屋台村で購入。 2. 親しみやすいメロディーという意味ではポップス。歌を聞いてるうちに古傷の位置を思い出す。 3. インストだけど歌が溢れてる。耳を澄ますと色んな情景が浮かんで物語が展開していくのが楽しい。 4. 旅先で知り合った人とお互いの物語を交換しているような…。山や海に出かける時にぴったり。 5. 夢の中で異国を旅してるときにこんな音楽が流れていたら、もう夢から覚めたくなくなるなあ。 6. 三人が楽器を奏でて歌う。ただそれだけなのに、全部がある。車の中でよく聞いたなあ。 7. Asian Meeting Festivalで見かけた台湾女性が気になって音源チェックしたらツボでした。 8. 重ねてゆく音の確かさと際限なく広がっていく音像。静かな佇まいとは裏腹に演奏はかなりアグレッシブ。 9. Existsシリーズはまたも名盤をドロップ。Disc3の精妙さは溜息もんだったけど個人的にはDisc4！ 10. オオルタイチとウタモのDUO＝「ゆうき」の1stアルバム。二人が紡ぐ歌は本当に瑞々しい。 　

《リリース年に関係なく、今年購入したものの中で愛着を持って聴いたもの、生活になじんだ音楽を10あげました。 思いついた順。》

他にも味わい深いアルバムがたくさんあった。 　

ベートルズ /わたしの7+7 植野隆司 /マンスリー植野隆司 寺尾紗穂 /わたしの好きなわらべうた アラゲホンジ /はなつおと マーガレットズロース /まったく最高の日だった カオリーニョ藤原と彼のボサノムーチョ /演歌BOSSA quaeru /PLATE 上野茂都 /上野茂都の新世界 LITTLE CREATURES /未知のアルバム OKI DUB AINU BAND /UTARHYTHM 　 　 　 ■今年の一曲 ●OGRE YOU ASSHOLE　「はじまりの感じ」 ●SKIP SKIP BEN BEN　「愛的幻覺 一部曲 　Illusion of Love pt.1」 　https://skipskipbenben.bandcamp.com/album/mirror-in-mirror ●かむあそうトライブス　「JINRUI NO UTA」 　https://www.youtube.com/watch?v=B7CAQWk8W24 ●カオリーニョ藤原　「今夜はしあわせ」 ●ゆうき　「金箔の波の泡」 ●テニスコーツ　「月の音」 ●Gofishトリオ　「肺」 　 　 　 ■楽しんだライブ、祭り、イベントなど 1/10　浪漫的工作室presents「CITY JIVE」＠台湾高雄warehouse　act:落日���車、森林、OGRE YOU ASSHOLE 1/16　TheEnd CD発売記念ツアー関西編＠梅田HardRain　act:山川ノリヲ、ふちがみとふなと、加納良英、正垣祐樹、前川エクスプロージョン、TheEnd 1/17　TheEnd CD発売記念ツアー関西編＠京都拾得　act:風博士、夕暮レおかわり少年団、ジ・オーパーツ、ラヴラヴスパーク、TheEnd 1/22　「マヒトゥ・ザ・ピーポー　FLOWER ME TOUR」＠奈良 apa apa cafe　w/五味岳久＆拓人(from LOSTAGE)、ゆうき(オオルタイチ＋ウタモ) 2/6　「池間由布子＋植野隆司＋山本信記 2016 冬のツアー」＠京都拾得　w/ベートルズ＋植田良太 2/11　Asian Meeting Festival 2016＠京都 元・立誠小学校講堂 http://bit.ly/2iVvKaG 2/21　quaeru 1st Album Release Live＠京都アバンギルド　act:quaeru、ゆうき　Visual:仙石彬人　DJ:Wataru(W) 2/26　「MAN & HIS MUSIC」＠大阪アオツキ書房　act:植野隆司、オオルタイチ(弾き語り)、DJ方 2/27　カオリーニョ藤原＠大阪和泉hanami 3/20　カオリーニョ藤原＠奈良わいわい祭り 3/21　ゆすらごの大パノラマ＠京都紫明会館　act:風の又サニー、トンチトリオ、ゆうき、シャラズルタラリ、Gofishトリオ、MOON FACE BOYS 3/24　カオリーニョ藤原「還暦祝い」＠大阪西成・難波屋 4/12　popo＠大阪本町シェ・ドゥーヴル 4/24　はんなりイリュージョン～episode2＠京都下鴨yugue　act:テニスコーツ、かえるさん（細馬宏通）、YTAMO 4/17　「春はウエノ 桜はトンチ」＠大阪アオツキ書房　act:上野茂都、トンチトリオ 4/22　WONDER BASEMENT＠名古屋spazio-rita　act:友部正人、ALKDO (TURTLE ISLAND acoustic)、Gofishトリオ 4/24　オオルタイチ(弾き語り)＠奈良公園《アースデイ奈良ステージ》 4/28　キセルとオウガ 2016＠梅田シャングリラ　act:OGRE YOU ASSHOLE、キセル 4/30　鉄雄『Fe』発売記念関西ツアー大阪編＠大阪本町HOPKEN　act:鉄雄、松野泉、MOON FACE BOYS、スパッツカリマール、光庭 5/3　笠間の陶炎祭「夜まつり」＠茨城・笠間芸術の森公園　act:知久寿焼、たゆたう、marquee beach club 5/15　「たまには音楽」トーク＆試聴会＠奈良・日＋月＋星　guest:フクゾノヤスヒコ(flau)、寺田兼之（pastelrecords） 5/22　KITAKAGAYA FLEA＠名村造船所跡地ホワイトチェンバー　act:アサダワ��ル、DJしまおまほ、DJ威力、ゆうき、劇団子供鉅人etc. 5/23　「釜ヶ崎は今日も晴れだった#3」＠大阪西成・難波屋　act:カオリーニョ藤原と中島徹、山村誠一、越路よう子 5/28　平井正也BAND＠梅田ムジカジャポニカ　act:平井正也BAND（wb船戸博史、ds鈴木亜沙美） 5/29　「橋の下世界音楽祭 SOUL BEAT NIPPON」＠豊田大橋の下 千石公園 http://soulbeatasia.com/artist 6/2　「森の集い」＠奈良公園・春日野園地　guest:矢野智徳（大地の再生）他　http://www.morinotsudoi.org/ 6/5　植野隆司＠京都ゆすらご　w/ベートルズ＆ミッチー 6/10　「大阪へゆきましうDisc3発売記念的 SHOS 31」＠大阪アオツキ書房　act:テニスコーツ 6/26　絵本「かがり火」刊行記念 青柳拓次の音楽と朗読会＠NAOT NARA 7/2　音の繭 松本一哉「水のかたち」リリースツアー＠奈良・日＋月＋星　act:松本一哉、山崎昭典 7/3　ROKKO SUN MUSIC 2016＠六甲カンツリーハウス内 特設会場　act:OGRE YOU ASSHOLE、DJみそしるとMCごはん、LOSTAGE、Predawn他 7/15 　「八尾高安祭り」ふとん太鼓＠大阪・八尾市 7/23　TheEnd CD発売記念ライブ一年越しの東京編＠下北沢ラ・カーニャ　act:友部正人、TheEnd 7/31　Michael Rother × OGRE YOU ASSHOLE ""DELAY 2016""＠京都メトロ 8/7　西院ミュージックフェス＠京都西院各地　act:LDK(友部正人＋ふちがみとふなと)、ギターパンダ3人編成＋エマーソン北村 etc. 8/13　「勇者ヤマダくん 公式飲み会 ～音楽のゆうべ～」＠大阪ロフトプラスワンWEST　guest:カオリーニョ藤原、ラショウ etc. 8/13　「歌いまくる　ゑでぃまぁこん」＠大阪アオツキ書房 8/15　「フェスティバルFUKUSHIMA!＋福島クダラナ庄助祭り」＠福島市・街なか広場および各会場　http://www.pj-fukushima.jp/event/post-16.php 8/20　「歌いまくる　ゆうき」＠大阪アオツキ書房 8/27　「こども熱帯音楽祭」＠奈良・十津川村・旧武蔵小学校　act:コドモクラシー、テニスコーツ、梅田哲也、MC MANGO、akamar22! 他 9/3　敦賀まつり＠福井敦賀・氣比神社 9/3　カオリーニョ藤原＠大阪西成・難波屋 9/5　宮川大助・花子ファミリー劇場「妖精の里～命の架け橋」＠大阪本町テイジンホール 9/17　第5回 日本大麻フェスティバルin兵庫＠伊丹市・猪名野神社　のどかな縁日、三上敏視氏による神楽ビデオジョッキーetc. 9/18　「大和さくらい万葉まつり」＠奈良・桜井市民会館　act：LOSTAGE、ゆうき、関西中央高校軽音楽部同好会 10/8　Asain Sounds Research Presents「OPEN GATE 2016」＠愛知・岡崎シビコ屋上　act:チ・トゥ、植野隆司、さや、鈴木昭男、大友良英 他 10/9　TOYOTA ROCK FESTIVAL 2016＠愛知・豊田スタジアム act:あふりらんぽ、かむあそうトライブス、TURTLE ISLAND 他　http://toyotarockfestival.com/ 10/10　Animal Religion (from Barcelona)ダンス公演「Chicken Legz」＠愛知・豊橋公園 10/16　維新派・野外公演「アマハラ」＠奈良市・平城宮跡 10/16　アキラバンド＠アマハラ公演　屋台村ステージ 10/18　松井文＠アマハラ公演　屋台村ステージ 10/20　あふりらんぽとakamar22!と内橋和久＠アマハラ公演　屋台村ステージ 10/24　SPANNCOLLOID＠アマハラ公演　屋台村ステージ 10/29　ベートルズとカオリーニョ藤原ふたり会ライブ＠大阪天神橋・音凪 10/31　カオリーニョ藤原の蔵出し熟成名曲ライブ＠大阪天満・フラットフラミンゴ 11/6　茶源郷まつり2016＠京都府相楽郡・和束町運動公園　act:和束保育園園児、ゆうき、坂井一郎、キムランヒ他 11/18　「ヒゲの未亡人の国内旅行2016」＠奈良・大和西大寺Bar Suno 11/26　「田口史人レコード寄席～文学者編」＠奈良大和郡山・とほん 11/12　「小鳥美術館　作品発売記念巡回展」＠大阪本町HOPKEN　act:小鳥美術館、ゆうき 11/15　Mari Kalkun(from Estonia)＠奈良sonihouse http://www.sonihouse.net/journal/?p=7952 11/19　木津川アート「オオルタイチ ライブ」＠京都府木津川市・玉臺寺 12/10　ゆすらごの大パノラマ２＠京都紫明会館　act:ロンリー、井手健介と母船、鶯色、attc VS 柳家小春、TEST PATTERN、ASUNA＋カメイナホコ 12/15　DEERHOOF "The Magic Japan Tour 2016"＠京都メトロ　w/OGRE YOU ASSHOLE 12/23　「ふちがみとふなととエマーソン北村 ある冬の夜に」＠京都アバンギルド　act:ふちがみとふなと、エマーソン北村 12/24　KBS京都ラジオpresents「UAアコースティックライブ」＠京都駅ビル・室町広場　w/青柳拓次 (g)、kan Sano (p,key)、神田智子 (cho)、Meg (cho) 　 ◎10月末に見たカオリーニョ藤原が本当に素晴らしくて幸せな体験だった。振り返っても、あれほどの多幸感はなかなかないです。 　 　 　 ■映画 今年の3大ヒット「シンゴジ」「君の名」「この世界」はそれぞれ良かったけど「この世界の片隅に」がダントツだった。 あと「新しき民」「レッドタートル」はとても���象深い作品で、また劇場で見たいと思った。 　 　 　 ■アート、展覧会 好きな作家の展覧会をはじめ地方探訪型？アートが好物なのでタイミングにあわせてちょこちょこ見に行った。 あいちトリエンナーレのような巨大なものも、京都府木津川市のローカルなものもそれぞれの面白さがあった。 知らない町を歩いてるうちに少しずつその土地と親しくなっていくようでそういうところもまた楽しい。 　 　 　 ■その他、お気に入り ゲームは、「勇者ヤマダくん」（Onion Games : iOS/Android） 漫画は、「心のクエート」（香山哲：ドグマ出版） 銭湯は、「ぬるめの炭酸泉」 　 　 　 ■自己紹介 はじめまして、こんにちは。ケンゴーといいます。 まほろばシティで、ヨメさん1人＆ネコ１匹と暮らしてます。 おれわたは「いろんな人が好きなものを好き勝手に」書いてるところが好きです。　 　 　　 　　 ■2016年はどんな年でしたか？ 世の中がひっくり返ってしまったような気もするし、単に自分が逆立ちしてるだけのような気もする。 コペルニクス的転回ができるよう、フレッシュでおれたらなと思いました。

[gelehrtpara]

Informatica para circuitos eletricos

Mais interessante no uso desta plataformas em cursos de Informática trata-se de um estudo mais aprofundado da programação e a visualização prática do hardware do circuito, podendo desta forma criarmos uma interdisciplinaridade com as disciplinas de eletrônica, programação de computadores (consequentemente lógica) e até mesmo mecatrônica. • Segurança: gerador de eletricidade garante funcionamento da iluminação, pública ou privada, mesmo em regiões que sofrem com apagões e quedas constantes de luz. Além disso, em caso de quedas de energia, equipamento mantém câmeras de segurança e alarmes em pleno funcionamento; • Agilidade: gerador elétrico é um equipamento de resposta rápida. Assim que for detectada a interrupção no fornecimento de energia, equipamento entra em ação, suprindo as necessidades energéticas do estabelecimento; • Silencioso: mesmo sendo um equipamento de grande porte, gerador de eletricidade não gera ruídos capazes de incomodar moradores, funcionários ou clientes; • Versatilidade: trata-se de uma solução que pode ser aplicada nos mais variados ambientes, como hospitais, escolas, condomínios residenciais, edifícios comerciais, indústrias, faculdades, bem como eventos de grande porte.|Aprenda a instalar botão duplo usado em comandos elétricos. Já tive Fusion e gostava do carro, mas é um segmento diferente. Fusion é um sedã de entrada, que no Brasil por algum motivo é considerado luxuoso”. carrinho é bom, muito bem equipado, mas repleto de falhas de projeto e de soluçoes pensadas pela metade (nota-se claramente que projeto foi barato). Se for pra pegar a mesma categoria, Passat já espanca Fusion em qualidade geral, e Série 3 então é covardia. Investimento em P&D faz toda a diferença, mas infelizmente isso pesa no preço final do carro (e por algum motivo muita gente nao entende isso). Seria ótimo se no Brasil as pessoas parassem de avaliar veículos só por itens de série, e começassem a dar valor a aspectos de projeto como dirigibilidade, insonorização, rigidez estrutural, qualidade de montagem, soluçoes de ergonomia, vibraçoes, qualidade de materiais, etc. mercado certamente responderia a estas demandas.|Você conhece curso de comandos elétricos do Engenheiro Everton Moraes? Rita Menezes,filha de pais separados, Carioca da Gavea, nascida em 1985, é atualmente estudante de Engenharia de Telecomunicações na UniverCidade. Antes, se formou como Tecnica em Publicidade e Propaganda e frequentou Instituto Metodista Bennet, como estudante da agora trancada Graduação de Administração de empresas. Gosta de escrever, que se pode conferir em seu blog: e ama tecnologia.|Exemplo: diagrama de comando e potência para partida estrela-triângulo. A bateria acumula eletricidade para uso futuro. Ela desenvolve tensão a partir da reação química gerada quando dois materiais desiguais tais como as placas positiva e negativa são imergidas no eletrólito, ou seja, na solução de ácido sulfúrico e água. Numa bateria de chumbo-ácido típica, a tensão é de aproximadamente 2 volts por elemento para um total de 12 volts. A eletricidade flui da bateria logo que haja um circuito entre os polos positivo e negativo. Isto acontece quando qualquer acessório que necessita de eletricidade como rádio por exemplo estiver conectado à bateria.|Hoje em dia, com mercado de trabalho oscilando, e até mesmo com a insegurança de poder ser dispensado de uma empresa a qualquer momento, muitos profissionais estão optando por ser autônomo. A água acumulada pressiona diafragma (membrana de borracha). diafragma tem contato com alguns dispositivos elétricos dentro do chuveiro, ele pode aciona-los. Quando diafragma sobe, em função da pressão da água, aciona estes dispositivos elétricos localizados na parte superior do chuveiro que é conectada a rede de energia. Neste ponto a corrente elétrica é acionada, ligando chuveiro.}

{No youtube, tem um cara que faz teste do carro numa serra aqui do RJ e carro respondeu bem aos comandos, ate mesmo no modo sport, com trocas na alavanca. carro aparentemente é bom. Aqui no RJ vejo bastante dele, pois trafego na Av. Brasil quase todos os dias. Porem, algumas das lojas deles fecharam, grande parte do consumidor tem duvida pela marca. No geral, é uma compra a ser considerada, perante aos concorrentes.|biogás é mais uma forma de energia favorável ao meio ambiente, na medida em que contribui para a redução dos gases causadores do efeito estufa e reduz a contaminação do solo e dos lençóis freáticos. A produção de biogás a partir de dejetos urbanos, industriais e agropecuários permite seu uso para produção de calor, que pode ser diretamente utilizado em residências e em atividades industriais e agropecuárias, bem como utilizado na geração de energia elétrica.|eletricista é um profissional habilitado a fazer instalações elétricas em ambientes residenciais, comerciais e industriais, seguindo normas técnicas e de segurança. Fazer manutenção elétrica e instalar equipamentos eletrônicos também estão entre suas funções.|Fato é que a Carta Magna de 1988 exteriorizou anseio do povo brasileiro, que buscava a efetivação de suas garantias como ser humano. Seu texto foi ao encontro das perspectivas sociais do mundo contemporâneo. Trouxe em seu bojo linhas recheadas de direitos e garantias para particular quanto para coletivo, fazendo ressurgir um Estado Democrático de Direito que há tempos era aguardado.|Os contatos principais tem como função estabelecer e interromper correntes elétricas de motores e chavear cargas resistivas ou capacitivas. No contato são utilizadas placas de prata. Enquanto isso, os contatos auxiliares são utilizados para comutar circuitos auxiliares de comando, sinalização e intertravamento elétrico. Esses contatos podem ser normalmente aberto, ou NA, ou normalmente fechado, chamado de NF, assim como nos relés.}

{Para ser autorizado profissional deve ser previamente qualificado ou capacitado ou habilitado, conforme item 10.8 da NR-10. Quando Sr. Eduardo Sena questionou quais cursos mecânico dele deveria ter, eu respondo que somente curso (na verdade é treinamento) em NR-10 não é suficiente para atender a norma.|De acordo com Chiarottino (1984) Piaget distingue aprendizagem de conhecimento. Aprender, para ele, é saber realizar. Conhecer é compreender e distinguir as relações necessárias é atribuir significados às coisas, levando em conta não apenas atual e explícito, mas também passado, possível e implícito (MORÃES, 1997, p.139).|É dispositivo eletromecânico principal em um comando elétrico, cuja função predominante é controlar a passagem de altas correntes, possuindo também as configurações NA e NF. São compostos por uma bobina que produz um campo magnético que proporciona movimento e que por sua vez realiza uma mudança de estado dos contatos, quando energizados os que estavam abertos quando desenergizado fecham e os que estavam fechados abrem.|Melhor Curso de Comandos Elétricos. Curso completíssimornde comandos elétricos para iniciantes e para quem já atua na área. Considerado MELHOR CURSO ONLINE DErnCOMANDOS ELÉTRICOS, pois abrange teoriarne prática. Neste curso você vai contar com slides, áudio e ainda AULAS GRAVADASrnteóricas e também aulas práticas.|A energia nuclear está se tornado cada vez mais segura e os escapamentos cada vez menos freqüentes. Todavia ainda há problema dos dejetos radioativos, para qual a tecnologia ainda não encontrou uma solução. Apesar de sua complexidade tecnológica, funcionamento de uma usina nuclear é fácil de compreender. Ela funciona com principio semelhante ao de uma usina térmica convencional: calor gerado pela combustão do carvão, do óleo ou do gás vaporiza a água em uma caldeira. Este vapor aciona uma turbina, à qual está acoplando um gerador, que produz a energia elétrica. Na usina nuclear, calor é produzindo pela fissão do urânio no núcleo do reator.}

{interessante na didática do aprendizado do Arduino é colocar em prática justamente conceitos de programação (software) e hardware (circuitos que são montados nos projetos, que envolve resistores, LEDs entre outros) de modo que aluno terá com este tipo de ferramenta uma visão de conjunto das ciências da computação, inclusive incluindo a parte digital e lógica como peça central de seus projetos.|Por ser um conceito relativamente novo, novos grupos, empresas e consumidores em geral estão entrando nesta indústria de geração própria de energia. Por esta razão, é importante que qualquer um que considere uma vantagem utilize formas de comparação da energia solar em todas as ofertas disponíveis, incluindo opções de instalação nos telhados, a fim de encontrar que oferece melhor valor para eles.|Foi possível perceber que a motivação desenvolvida a partir desse estudo reforça conhecimento que temos sobre estímulo que a criança já carrega desde sua infância. Com isso, professor ao tornar sua aula mais atrativa mediante sua motivação, aluno se sentirá mais apto e capaz de desenvolver suas atividades na escola ou fora dela, despertando nele ainda grandes emoções. A importância dos alunos estarem motivados diz respeito ao processo de ensino-aprendizagem fator que poderá ser bom para professor em ver que que propôs foi válido e que sua aula teve significação e ao aluno que mediante sua motivação estará apto a ter interesse e organização em suas atividades escolares.|A volta do debate em torno do uso seguro de energia nuclear desencadeado após acidente na usina japonesa de Fukushima em 11 de março de 2011, vai mudar a forma de mundo encarar esse tipo de energia. Faz 25 anos que ocorreu último grande acidente ? em Chernobyl, na Ucrânia (ex-URSS). Como desde então não houve nenhum acidente nuclear grave, parece que medo passou e ter-se-ia recrudescimento dessa indústria, estagnada desde a década de 1980. A Agência Internacional de Energia ? AIE tinha uma projeção que as usinas nucleares somariam 360 gigawatts à capacidade de geração energética global até ano de 2035, mas após Fukushima esse valor sofreu um corte de 50 %.|Uma vez encerrado curso, os alunos estão aptos para trabalhar em concessionárias, oficinas de eletricidade e mecânica automotiva, seguradoras, lojas do ramo e assistências técnicas, além de abrir seu próprio negócio. Outros cursos podem ampliar os conhecimentos; um profissional pode, por exemplo, especializar-se em instalação de som e alarmes de segurança, alguns tipos de motores, ou em certas linhas de veículos automotores.}

[bigbadpunisher]

 fcs:

bob morley, charles melton, tom maden, ross butler, fady elsayed, samuel larsen, lucien laviscount, niko pepaj, lee hyun jae, rhydian vaughan, dacre montgomery, chay suede, booboo stewart, jade hassouné, sean teale

barbara gordon / batgirl is looking for a platonic connection in the form of kara zor-el / supergirl with the fc of josefine frida pettersen / suki waterhouse / aisha dee / rita volk / hayley kiyoko / UTP.

roy harper / arsenal is looking for a familial connection in the form of emiko queen / red arrow with the fc of kimiko glenn / rila fukushima / UTP. roy harper / arsenal and barbara gordon / batgirl are looking for a platonic connection in the form of dinah lance / black canary with the fc of kat graham / carlson young / dichen lachman / UTP. barbara gordon / batgirl is looking for a platonic connection in the form of helena bertinelli / huntress with the fc of jessica parker kennedy / kylie bunbury / logan browning / kat graham / nicole beharie / UTP. dick grayson / nightwing is looking for a ( former ) romantic connection in the form of helena bertinelli / huntress with the fc of UTP. 

roy harper / arsenal and barbara gordon / batgirl are looking for a platonic connection in the form of jason todd / red hood with the fc of  bob morley / charles melton / tom maden / ross butler / samuel larsen / niko pepaj / sean teale / UTP. 

barbara gordon / batgirl is looking for a ( former ) romantic connection in the form of luke fox / batwing with the fc of john boyega / daniel kaluuya / UTP.

donna troy / troia is looking for a familial connection in the form of artemis of bana-mighdall with the fc of marie avgeropoulos / UTP. 

roy harper / arsenal is looking for a ( former ) romantic connection in the form of jade nguyen / cheshire with the fc of maggie q / vu ngoc hoang oanh / jolie nguyen /  UTP.

wanda maximoff / scarlet witch is looking for a platonic connection in the form of sam wilson / falcon with the fc of anthony mackie / UTP.

wanda maximoff / scarlet witch is looking for a  platonic connection in the form of tony stark / iron man with the fc of robert downey jr. / UTP.

dick grayson / nightwing, roy harper / arsenal, & barbara gordon / batgirl are looking for a platonic connection in the form of wally west / the flash / kid flash with the fc of keiynan lonsdale / UTP.

wanda maximoff / scarlet witch is looking for a  platonic connection in the form of clint barton / hawkeye with the fc of daveed diggs / aaron tveit / boyd holbrook / richard madden / UTP.

roy harper / arsenal is looking for a familial connection in the form of oliver queen / green arrow with the fc of charlie hunnam / diego luna / UTP.

[dekaohtoura]

[talt-blog]

"Baby Love" for V Magazine, Fall 2011

Models:  Wang Xiao, Rita Fukushima & Xiao Wen Ju

Photographer: Josh Olins