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  • 宇宙技術利用のシャワー 生き残りへ転換迫られる
    1994年12月29日
    宇宙技術利用のシャワー 生き残りへ転換迫られる

    水道、電源、熱源がない所でも使用でき、汚水浄化装置も備えた「三菱スペースシャワー」

    商品コード: 1994122900054

  • 赤外線カメラが撮った熱源 壁の中でも熱源キャッチ
    1995年03月18日
    赤外線カメラが撮った熱源 壁の中でも熱源キャッチ

    超高速赤外線カメラで撮影した熱源。白い部分が出火源の中心

    商品コード: 1995031800053

  • 火災になる直前の熱源 壁の中でも熱源キャッチ
    1995年03月18日
    火災になる直前の熱源 壁の中でも熱源キャッチ

    超高速赤外線カメラで探し出された熱源。調理場のステンレス壁をはがすと柱などが炭化し火災になる直前だった=平成6年12月21日、東京都板橋区の給食会社(カラーネガ)

    商品コード: 1995031800054

  • ロケット弾発射の連続画像 不審船がロケット弾発射
    2001年12月24日
    ロケット弾発射の連続画像 不審船がロケット弾発射

    不審船がロケット弾を発射する連続画像。1の船上の白い部分が発射時の熱源。2、3と右に熱源が飛行(海上保安庁提供)

    商品コード: 2001122400045

  • 発射時の赤外線画像 不審船がロケット弾発射
    2001年12月24日
    発射時の赤外線画像 不審船がロケット弾発射

    不審船が巡視船に向けロケット弾を発射した瞬間の赤外線画像。船上の白い部分が発射時の熱源を示す=22日午後(海上保安庁提供)

    商品コード: 2001122400037

  • 発射時の赤外線拡大画像 不審船がロケット弾発射
    2001年12月24日
    発射時の赤外線拡大画像 不審船がロケット弾発射

    不審船が巡視船に向けロケット弾を発射した瞬間の赤外線拡大画像。船上の白い部分が発射時の熱源を示す=22日午後(海上保安庁提供)

    商品コード: 2001122400041

  • 次世代スパコン施設 スパコン施設完成し公開
    2010年07月16日
    次世代スパコン施設 スパコン施設完成し公開

    ポートアイランドの次世代スーパーコンピューターが設置される施設=神戸市中央区で共同通信社ヘリから (「理化学研究所 計算科学研究機構」、左手前が研究棟、左後方が計算機棟、右が熱源機械棟、スーパーコンピューター「京」)

    商品コード: 2010071600398

  • 試験が始まった地下の坑道 熱源容器の耐久試験開始
    2015年01月15日
    試験が始まった地下の坑道 熱源容器の耐久試験開始

    高レベル放射性廃棄物に見立てた熱源を入れる特殊容器の耐久試験が始まった地下の坑道=15日午後、北海道幌延町の幌延深地層研究センター

    商品コード: 2015011500515

  • 金属製容器の設置作業 熱源容器の耐久試験開始
    2015年01月15日
    金属製容器の設置作業 熱源容器の耐久試験開始

    幌延深地層研究センターの試験坑道内に設置される特殊容器=2014年8月、北海道幌延町

    商品コード: 2015011500811

  •  Geothermal Energy in Iceland
    2017年09月20日
    Geothermal Energy in Iceland

    September 20, 2017, Fludir, Iceland: A pipeline removes the excess geothermal water. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022051701962

  •  Geothermal Energy in Iceland
    2017年09月20日
    Geothermal Energy in Iceland

    September 20, 2017, Fludir, Iceland: Bees are responsible for natural pollination. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022051702142

  •  Geothermal Energy in Iceland
    2017年09月20日
    Geothermal Energy in Iceland

    September 20, 2017, Fludir, Iceland: Icelandic tomato production is growing every year. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022051702144

  •  Geothermal Energy in Iceland
    2017年09月20日
    Geothermal Energy in Iceland

    September 20, 2017, Fludir, Iceland: An agricultural worker seen in one of the greenhouses. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022051702058

  •  Geothermal Energy in Iceland
    2017年09月20日
    Geothermal Energy in Iceland

    September 20, 2017, Fludir, Iceland: Modern lighting techniques improve fruit growth. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022051702328

  •  Geothermal Energy in Iceland
    2017年09月20日
    Geothermal Energy in Iceland

    September 20, 2017, Fludir, Iceland: Tomatoes grown in a greenhouse. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022051702311

  •  Geothermal Energy in Iceland
    2017年09月20日
    Geothermal Energy in Iceland

    September 20, 2017, Fludir, Iceland: A view of a greenhouse. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022051702136

  •  Geothermal Energy in Iceland
    2017年09月20日
    Geothermal Energy in Iceland

    September 20, 2017, Fludir, Iceland: A truck is about to load the vegetables. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022051702112

  •  Geothermal Energy in Iceland
    2017年09月20日
    Geothermal Energy in Iceland

    September 20, 2017, Fludir, Iceland: Bees are responsible for natural pollination. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022051702105

  •  Geothermal Energy in Iceland
    2017年09月20日
    Geothermal Energy in Iceland

    September 20, 2017, Fludir, Iceland: An agricultural worker in one of the greenhouses. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022051702049

  •  Geothermal Energy in Iceland
    2017年09月20日
    Geothermal Energy in Iceland

    September 20, 2017, Fludir, Iceland: A tomato grower poses in his greenhouse. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022051702310

  •  Geothermal Energy in Iceland
    2017年09月20日
    Geothermal Energy in Iceland

    September 20, 2017, Fludir, Iceland: Small private greenhouse dedicated to the cultivation of horticultural plants. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信...

    商品コード: 2022051702051

  •  Geothermal Energy in Iceland
    2017年09月22日
    Geothermal Energy in Iceland

    September 22, 2017, Hverager, Iceland: Inside a greenhouse where you can see the pipes through which the hot water flows. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wir...

    商品コード: 2022051702290

  •  Geothermal Energy in Iceland
    2017年09月22日
    Geothermal Energy in Iceland

    September 22, 2017, Hverager, Iceland: Tropical flowers are also grown in greenhouses. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022051702015

  •  Geothermal Energy in Iceland
    2017年09月22日
    Geothermal Energy in Iceland

    September 22, 2017, Hverager, Iceland: A mandarin grown in a Hverager greenhouse. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022051702013

  •  Geothermal Energy in Iceland
    2017年09月22日
    Geothermal Energy in Iceland

    September 22, 2017, Hverager, Iceland: Inside a greenhouse where you can see the pipes through which the hot water flows. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wir...

    商品コード: 2022051702110

  •  Geothermal Energy in Iceland
    2017年09月22日
    Geothermal Energy in Iceland

    September 22, 2017, Hverager, Iceland: A view of the greenhouses of the Icelandic University in Hverager, experiments are also carried out with coffee plants. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul ...

    商品コード: 2022051702298

  •  Geothermal Energy in Iceland
    2017年09月24日
    Geothermal Energy in Iceland

    September 24, 2017, Fludir, Iceland: An illuminated greenhouse. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022051702187

  •  Geothermal Energy in Iceland
    2017年10月03日
    Geothermal Energy in Iceland

    October 3, 2017, Hverager, Iceland: A farm worker picks peppers. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022051702170

  •  Geothermal Energy in Iceland
    2017年10月03日
    Geothermal Energy in Iceland

    October 3, 2017, Hverager, Iceland: Peppers grown in the greenhouses of Hverager. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022051702126

  •  Geothermal Energy in Iceland
    2017年10月03日
    Geothermal Energy in Iceland

    October 3, 2017, Hverager, Iceland: The University of Iceland has been growing bananas in greenhouses at its agricultural facilities in Hverager since the 1950s. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Ra...

    商品コード: 2022051702193

  •  Geothermal Energy in Iceland
    2017年10月03日
    Geothermal Energy in Iceland

    October 3, 2017, Hverager, Iceland: A fig cultivated in the greenhouses of Hverager. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022051702172

  •  Geothermal Energy in Iceland
    2017年10月03日
    Geothermal Energy in Iceland

    October 3, 2017, Hveragerði, Iceland: A worker observes the Hverager geothermal area. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022051702163

  • ホテルの完成披露式典 川崎に「水素ホテル」完成
    2018年05月30日
    ホテルの完成披露式典 川崎に「水素ホテル」完成

    使用済みプラスチックから作った水素を電源や熱源として活用する「東急REIホテル」の完成披露式典=30日、川崎市

    商品コード: 2018053000988

  •  Geothermal Energy in Iceland
    2018年07月28日
    Geothermal Energy in Iceland

    July 28, 2018, Reykjavik, Iceland: View of the city of Reykjavik with the Snæfellsjökull volcano in the background. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同...

    商品コード: 2022051702141

  •  Geothermal Energy in Iceland
    2018年08月03日
    Geothermal Energy in Iceland

    August 3, 2018, Iceland: Krafla Power Plant in the north of the country. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022051702171

  •  Geothermal Energy in Iceland
    2018年08月03日
    Geothermal Energy in Iceland

    August 3, 2018, Iceland: A pipeline from the Krafla Geothermal Power Plant cuts through the Icelandic landscape. 85% of the energy produced in Iceland is of sustainable origin (hydro and geothermal), of which 66% is geothermal. Its inhabitants have used this energy for hundreds of years to enjoy thermal baths, but today it has many more applications, for example, supplying heat to 9 out of 10 homes and providing energy to industries with large needs. Thanks to this inexhaustible source of heat and its low price, it is also possible to grow fruit and vegetables in greenhouses all year round. They use no chemicals, only biological solutions, and are irrigated with high quality water. Local producers and universities agree that this type of agriculture has a very promising future for the island. When people discover its advantages, they will build hectares and hectares of these greenhouses. (Credit Image: © Raul Moreno/SOPA Images via ZUMA Press Wire)、クレジット:©Raul Moreno/SOPA Images via ZUMA Press Wire/共同通信イメージズ

    商品コード: 2022051702130

  •  民営企業支援で経済の発展図る河北省唐山市
    2018年11月15日
    民営企業支援で経済の発展図る河北省唐山市

    15日、唐山海港経済開発区にある空気熱源ヒートポンプ企業の作業場で製品の質を検査する従業員。中国河北省唐山海港経済開発区はここ数年、業務メカニズムを絶えず革新し、支援政策の活用や融資プラットフォームの設立、技術革新の推進などを通じて、民営企業のために発展環境を整え、民営経済の発展が「高速レーン」に入るよう推進している。現在、同開発区にある各種民営企業は1900社を超えており、物流、新エネルギー、新建設資材など多数の産業クラスターを形成している。(唐山=新華社記者/牟宇)=2018(平成30)年11月15日、クレジット:新華社/共同通信イメージズ

    商品コード: 2018111916774

  •  三菱ケミカルの炭素繊維リサイクルのパイロット設備
    2019年07月30日
    三菱ケミカルの炭素繊維リサイクルのパイロット設備

    三菱ケミカルは炭素繊維の再生から同繊維を樹脂と混練したコンパウンドの生産まで一貫した商業生産設備を立ち上げる。2020年にコンパウンド換算で年産3000トンの設備に投資する計画。自社グループで再生・再利用を行うことで、自動車などで炭素繊維製品の受注拡大にもつなげる。子会社の新菱(北九州市八幡西区)が国内に商業設備を新設し、炭素繊維リサイクルを行う。本格的に需要の立ち上がる21―22年には稼働させる。投資額は今後詰めるが、10億円程度とみられる。当面は顧客と新菱との間での炭素繊維強化プラスチック(CFRP)のクローズド・リサイクルを行う。顧客からCFRP端材や使用済み材の供給を受け、炭素繊維をリサイクルして熱可塑性樹脂をベースにしたコンパウンドを生産。ペレット形状で部品材料として顧客に供給する。将来はリサイクル品の一般販売も検討する。現在、北九州市内に炭素繊維を年200トン再生できるパイロット設備を持つ。CFRPを数百度に熱して樹脂を気化させ、炭素繊維だけを残す仕組み。商業設備では、気化した樹脂を燃やしてCFRPを加熱する熱源に使い、エネルギー面で無駄のない設備にする。再生した炭素繊維は新品には若干劣るが強度が高く、少ないエネルギーで生産でき、コストを低減できる。=2019(令和元)年7月30日、撮影場所不明、クレジット:日刊工業新聞/共同通信イメージズ

    商品コード: 2019080903383

  •  NEDOや物材機構などが開発した熱電発電モジュール
    2019年08月21日
    NEDOや物材機構などが開発した熱電発電モジュール

    新エネルギー・産業技術総合開発機構(NEDO)、物質・材料研究機構、アイシン精機、茨城大学は21日、鉄とアルミニウム、シリコンといった入手しやすい元素の合金で構成され、温度差を電気に変換する「熱電発電」のモジュールを開発したと発表した。同モジュールを内蔵した通信装置を試作し、5度Cの温度差で発電し通信できることを確認した。室温から200度Cの低温域の熱源を利用し、IoT(モノのインターネット)機器の自立電源システムの開発が期待される。ビスマスと毒性が高いテルルを含む化合物を利用した従来の熱電材料に比べ、材料コストを5分の1以下に減らせると期待される。研究グループは、温度・湿度センサーや熱電発電モジュールなどを内蔵した縦76ミリ×横58ミリ×厚さ10ミリメートルのデモンストレーション機を試作した。同日実施したデモでは、お湯が入ったカップをデモ機の上に置き、デモ機の上下に温度差を与えることで内蔵した熱電発電モジュールを発電させた。近距離無線通信規格「ブルートゥース」で温度と湿度の情報を送信し、タブレット端末画面上にリアルタイムで表示させることに成功した。=2019(令和元)年8月21日、撮影場所不明、クレジット:日刊工業新聞/共同通信イメージズ

    商品コード: 2019100304859

  •  Heating plant uses marsh plants for heat supply
    2019年09月18日
    Heating plant uses marsh plants for heat supply

    18 September 2019, Mecklenburg-Western Pomerania: Wood chips are burned as an additional heat source in the heartwork. In the small town of Malchin, swamp plants such as reeds have been used for heat supply for five years. Every year, around 5,000 bales of hay from such moorland plants are burnt in Agrotherm GmbH‘s heating plant, supplying around 540 apartments, two schools and several office buildings with heat. The biomass heating plant with an output of 800 kilowatts is the only one in Germany that processes mainly reed. Photo: Jens Büttner/dpa-Zentralbild/ZB、クレジット:ZB/DPA/共同通信イメージズ

    商品コード: 2019092703508

  •  Heating plant uses marsh plants for heat supply
    2019年09月18日
    Heating plant uses marsh plants for heat supply

    18 September 2019, Mecklenburg-Western Pomerania: Wood chips are burned as an additional heat source in the heartwork. In the small town of Malchin, swamp plants such as reeds have been used for heat supply for five years. Every year, around 5,000 bales of hay from such moorland plants are burnt in Agrotherm GmbH‘s heating plant, supplying around 540 apartments, two schools and several office buildings with heat. The biomass heating plant with an output of 800 kilowatts is the only one in Germany that processes mainly reed. Photo: Jens Büttner/dpa-Zentralbild/ZB、クレジット:ZB/DPA/共同通信イメージズ

    商品コード: 2019092703760

  •  福岡県産業・科学技術振興財団のIH加熱蒸着装置
    2019年10月01日
    福岡県産業・科学技術振興財団のIH加熱蒸着装置

    福岡県産業・科学技術振興財団(ふくおかIST、福岡市早良区)の有機光エレクトロニクス実用化開発センター(福岡市西区)は、熱源に電磁誘導加熱(IH)を使った蒸着向け加熱法を開発した。応答性が高く、数分で500度Cの環境をつくれる。今後、装置メーカーなどと連携して実用化を目指す。同センターが豊富に製作ノウハウを持つ、有機薄膜製作での蒸着用に開発(写真)。有機EL素子を製作し、素子としての特性や機能も確認した。一般的な抵抗加熱に比べて、短時間での蒸着や素子製造の歩留まり向上が期待できるという。有機薄膜以外の蒸着でも使える可能性がある。IHの採用については、電波ノイズ対策などを課題としていたがパワー半導体の活用などで対応した。開発は文部科学省「地域産学官連携科学技術振興事業費補助金(地域イノベーション・エコシステム形成プログラム)」の助成を受けた取り組みの一環。=2019(令和元)年10月1日、撮影場所不明、クレジット:日刊工業新聞/共同通信イメージズ

    商品コード: 2019112900737

  •  芥川賞に古川真人さん 直木賞は川越宗一さん
    03:17.59
    2020年01月15日
    芥川賞に古川真人さん 直木賞は川越宗一さん

    第162回芥川賞、直木賞(日本文学振興会主催)の選考会が15日、東京・築地の料亭「新喜楽」で開かれ、芥川賞は古川真人さん(31)の「背高泡立草」(「すばる」10月号)に、直木賞は川越宗一さん(41)の「熱源」(文芸春秋)に決まった。記者会見した古川さんは「うれしさは日常に戻ってから、しみじみと感じるのかもしれません」と緊張した様子。川越さんは「現実感がなく『ドッキリ』が進行しているよう。代表作は『次の作品』と言えるような作家活動をしていきたい」と意気込みを語った。古川さんは福岡市生まれ、横浜市在住。川越さんは鹿児島県生まれ、大阪市出身、京都市在住。2018年に松本清張賞を受けデビュー。受賞作は樺太が舞台の歴史小説。<映像内容>それぞれの作品の物撮り、2人のフォトセッション、古川さんの記者会見、川越さんの記者会見など、撮影日:2020(令和2)年1月15日、撮影場所:東京都内

    商品コード: 2020011603323

  •  居住区に感染対策のための「消毒トンネル通路」が登場重慶市
    2020年02月02日
    居住区に感染対策のための「消毒トンネル通路」が登場重慶市

    2日、消毒トンネル通路の入口に貼られた使用薬剤の説明書。新型コロナウイルスによる肺炎の感染予防と抑制を強化するため、中国重慶市栄昌区の多くの居住区では同市牧畜科学院の専門家の指導のもと、出入り口に感染対策のための「消毒トンネル通路」を設置している。同区のある居住区の入り口には長さ約5メートルの消毒トンネル通路が設けられ、住民は体温チェックを受けた後、このトンネルを通り抜けて帰宅する。使用される消毒薬は広州徳能熱源設備(DERON)製の複合過酢酸製剤および「84消毒液」で、ウイルス除去効果があるとされる。この消毒方法は当初、家畜飼育場で用いられ、アフリカ豚コレラの感染防止に使われていたという。現在、同区の多くの閉鎖式居住区に消毒トンネル通路が設置されている。(重慶=新華社配信)=2020(令和2)年2月2日、クレジット:新華社/共同通信イメージズ

    商品コード: 2020021000979

  •  居住区に感染対策のための「消毒トンネル通路」が登場重慶市
    2020年02月02日
    居住区に感染対策のための「消毒トンネル通路」が登場重慶市

    2日、重慶市栄昌区のある居住区の入口に設置された消毒トンネル通路。新型コロナウイルスによる肺炎の感染予防と抑制を強化するため、中国重慶市栄昌区の多くの居住区では同市牧畜科学院の専門家の指導のもと、出入り口に感染対策のための「消毒トンネル通路」を設置している。同区のある居住区の入り口には長さ約5メートルの消毒トンネル通路が設けられ、住民は体温チェックを受けた後、このトンネルを通り抜けて帰宅する。使用される消毒薬は広州徳能熱源設備(DERON)製の複合過酢酸製剤および「84消毒液」で、ウイルス除去効果があるとされる。この消毒方法は当初、家畜飼育場で用いられ、アフリカ豚コレラの感染防止に使われていたという。現在、同区の多くの閉鎖式居住区に消毒トンネル通路が設置されている。(重慶=新華社配信)=2020(令和2)年2月2日、クレジット:新華社/共同通信イメージズ

    商品コード: 2020021001043

  •  「新華社」居住区に感染対策のための「消毒トンネル通路」が登場重慶市
    01:14.04
    2020年02月10日
    「新華社」居住区に感染対策のための「消毒トンネル通路」が登場重慶市

    新型コロナウイルスによる肺炎の感染予防と抑制を強化するため、中国重慶市栄昌区の多くの居住区では同市牧畜科学院の専門家の指導のもと、出入り口に感染対策のための「消毒トンネル通路」を設置している。同区のある居住区の入り口には長さ約5メートルの消毒トンネル通路が設けられ、住民は体温チェックを受けた後、このトンネルを通り抜けて帰宅する。使用される消毒薬は広州徳能熱源設備(DERON)製の複合過酢酸製剤および「84消毒液」で、ウイルス除去効果があるとされる。この消毒方法は当初、家畜飼育場で用いられ、アフリカ豚コレラの感染防止に使われていたという。現在、同区の多くの閉鎖式居住区に消毒トンネル通路が設置されている。(記者/黎華玲、黄傑)<映像内容>新型肺炎の感染予防として消毒トンネルを設置、撮影日:撮影日不明、クレジット:新華社/共同通信イメージズ ※ファイルサイズの小さい動画です。

    商品コード: 2020021001244

  •  「新華社」雪上を行き来する野生のパンダ甘粛省
    00:42.07
    2020年04月07日
    「新華社」雪上を行き来する野生のパンダ甘粛省

    中国甘粛省の白水江国家級自然保護区管理局が設置したジャイアントパンダ生息地空間データ動態モニタリングシステムが7日、雪の上を歩き回る野生のパンダをリアルタイムで記録することに成功した。撮影された映像では、野生のパンダ1頭が行ったり来たりした後、一筋の足跡を残して去って行く。システムは野生のパンダの分布状況を遠隔監視できる新技術で、同管理局と志成信科科技が共同開発した。野外に設置された赤外線カメラが熱源を感知し、野生のパンダの活動状況をリアルタイムで録画する。同システムを導入した昨年末以降、野生のパンダの珍しい映像がすでに数十回撮影されているという。(記者/馬莎)<映像内容>遠隔監視できる新技術のシステムを導入、撮影したパンダの様子、撮影日:2020(令和2)年4月7日、クレジット:新華社/共同通信イメージズ

    商品コード: 2020041403659

  •  「中国で一番寒い町」黒竜江省呼中区の暖房供給期間が延長
    2020年05月11日
    「中国で一番寒い町」黒竜江省呼中区の暖房供給期間が延長

    11日、呼中区不動産・暖房センター熱源ステーションで、熱交換機器を操作するスタッフ。中国黒竜江省大興安嶺地区呼中区は12日、寒気の影響で最低気温が氷点下4度近くまで下がるなど、連日低温が続いているため、暖房期間を延長することを明らかにした。大興安嶺地区の伊勒呼里山北麓に位置する同区では、氷点下53・2度の最低気温を記録したことがあり、氷点下40度以下が毎年1カ月ほど続くことから「中国で一番寒い町」と呼ばれている。(呼中=新華社配信/馮宏偉)=2020(令和2)年5月11日、クレジット:新華社/共同通信イメージズ

    商品コード: 2020051402299

  •  「中国で一番寒い町」黒竜江省呼中区の暖房供給期間が延長
    2020年05月11日
    「中国で一番寒い町」黒竜江省呼中区の暖房供給期間が延長

    11日、呼中区不動産・暖房センターの熱源ステーションで、暖房の状況をモニタリングするスタッフ。中国黒竜江省大興安嶺地区呼中区は12日、寒気の影響で最低気温が氷点下4度近くまで下がるなど、連日低温が続いているため、暖房期間を延長することを明らかにした。大興安嶺地区の伊勒呼里山北麓に位置する同区では、氷点下53・2度の最低気温を記録したことがあり、氷点下40度以下が毎年1カ月ほど続くことから「中国で一番寒い町」と呼ばれている。(呼中=新華社配信/馮宏偉)=2020(令和2)年5月11日、クレジット:新華社/共同通信イメージズ

    商品コード: 2020051402387

  •  Meerkats in the Zoom Erlebniswelt
    2021年02月10日
    Meerkats in the Zoom Erlebniswelt

    10 February 2021, North Rhine-Westphalia, Gelsenkirchen: The meerkats observe the environment in their snowy outdoor enclosure under a heat lamp. Without this source of heat, the little animals from Africa could not endure the cold. Photo: Roland Weihrauch/dpa、クレジット:DPA/共同通信イメージズ

    商品コード: 2021021201226

  •  Meerkats in the Zoom Erlebniswelt
    2021年02月10日
    Meerkats in the Zoom Erlebniswelt

    10 February 2021, North Rhine-Westphalia, Gelsenkirchen: The meerkats observe the environment in their snowy outdoor enclosure under a heat lamp. Without this source of heat, the little animals from Africa could not endure the cold. Photo: Roland Weihrauch/dpa、クレジット:DPA/共同通信イメージズ

    商品コード: 2021021201437

  •  Robin Wood protests in front of power plant
    2021年02月28日
    Robin Wood protests in front of power plant

    28 February 2021, Hamburg: Members of Robin Wood protested on Sunday (28.02.2021) in Hamburg-Rothenburgsort with banners and smoke against the use of wood from Namibia for heat production in the Tiefstack power plant. About 20 people gathered in front of the power plant and demanded other ways of generating heat in the future. Photo: Daniel Bockwoldt/dpa、クレジット:DPA/共同通信イメージズ

    商品コード: 2021030211040

  •  (3)中国南部初の原子力暖房供給プロジェクトが稼働浙江省海塩県
    2021年12月04日
    (3)中国南部初の原子力暖房供給プロジェクトが稼働浙江省海塩県

    浙江海塩原子力暖房供給実証プロジェクトの稼働式。(資料写真)中国浙江省能源(エネルギー)局と中国核工業集団が主催し、秦山原子力発電所と浙江省海塩県人民政府が共同運営する浙江海塩原子力暖房供給実証プロジェクトの稼働式が3日午前、同県で開催された。中国南部初の原子力を熱源とする暖房供給事業となる同プロジェクトの総投資額は約9億4千万元(1元=約18円)で、第1段階は7月28日に着工し、11月15日に試運転の段階に入った。プロジェクトは現在、同県の46万4千平方メートルのエリアに住む住民の冬の暖房需要を満たしている。(海塩=新華社配信)= 配信日: 2021(令和3)年12月4日、クレジット:新華社/共同通信イメージズ

    商品コード: 2021120500222

  •  (4)中国南部初の原子力暖房供給プロジェクトが稼働浙江省海塩県
    2021年12月04日
    (4)中国南部初の原子力暖房供給プロジェクトが稼働浙江省海塩県

    浙江海塩原子力暖房供給実証プロジェクトの最初の施設。(資料写真)中国浙江省能源(エネルギー)局と中国核工業集団が主催し、秦山原子力発電所と浙江省海塩県人民政府が共同運営する浙江海塩原子力暖房供給実証プロジェクトの稼働式が3日午前、同県で開催された。中国南部初の原子力を熱源とする暖房供給事業となる同プロジェクトの総投資額は約9億4千万元(1元=約18円)で、第1段階は7月28日に着工し、11月15日に試運転の段階に入った。プロジェクトは現在、同県の46万4千平方メートルのエリアに住む住民の冬の暖房需要を満たしている。(海塩=新華社配信)= 配信日: 2021(令和3)年12月4日、クレジット:新華社/共同通信イメージズ

    商品コード: 2021120500220

  •  (2)中国南部初の原子力暖房供給プロジェクトが稼働浙江省海塩県
    2021年12月04日
    (2)中国南部初の原子力暖房供給プロジェクトが稼働浙江省海塩県

    浙江省嘉興市海塩県にある秦山原子力発電所の中央制御室。(資料写真)中国浙江省能源(エネルギー)局と中国核工業集団が主催し、秦山原子力発電所と浙江省海塩県人民政府が共同運営する浙江海塩原子力暖房供給実証プロジェクトの稼働式が3日午前、同県で開催された。中国南部初の原子力を熱源とする暖房供給事業となる同プロジェクトの総投資額は約9億4千万元(1元=約18円)で、第1段階は7月28日に着工し、11月15日に試運転の段階に入った。プロジェクトは現在、同県の46万4千平方メートルのエリアに住む住民の冬の暖房需要を満たしている。(海塩=新華社配信)= 配信日: 2021(令和3)年12月4日、クレジット:新華社/共同通信イメージズ

    商品コード: 2021120500210

  •  (1)中国南部初の原子力暖房供給プロジェクトが稼働浙江省海塩県
    2021年12月04日
    (1)中国南部初の原子力暖房供給プロジェクトが稼働浙江省海塩県

    上空から見た浙江省嘉興市海塩県の秦山原子力発電所。(資料写真)中国浙江省能源(エネルギー)局と中国核工業集団が主催し、秦山原子力発電所と浙江省海塩県人民政府が共同運営する浙江海塩原子力暖房供給実証プロジェクトの稼働式が3日午前、同県で開催された。中国南部初の原子力を熱源とする暖房供給事業となる同プロジェクトの総投資額は約9億4千万元(1元=約18円)で、第1段階は7月28日に着工し、11月15日に試運転の段階に入った。プロジェクトは現在、同県の46万4千平方メートルのエリアに住む住民の冬の暖房需要を満たしている。(海塩=新華社配信)= 配信日: 2021(令和3)年12月4日、クレジット:新華社/共同通信イメージズ

    商品コード: 2021120500209

  • 本画像はログイン後にご覧いただけます
    2022年01月06日
    避難所での夕食の準備 被災時の食の備え、点検を

    東日本大震災の避難所の夕食を盛り付ける人たち。家庭での備えには熱源の確保も必須だ=2011年3月、岩手県陸前高田市

    商品コード: 2022010609548

  •  透明ガラスを検知するロボ用センサー
    2022年03月09日
    透明ガラスを検知するロボ用センサー

    東京大学の高畑智之特任准教授らは、透明なガラスを検知できるロボット用センサーを開発した。透明なガラスやプラスチックが遠赤外光を透過させない原理を利用する。自動ドアや開き戸、パーテーションなどにロボットが衝突しないようになる。扉は建物の地図情報にはあるものの、開いているか閉じているか分からない。カメラには映らないが避ける必要があった。波長10マイクロメートル(マイクロは100万分の1)の遠赤外光イメージセンサーとRGB3色のイメージセンサーを光学的に軸をそろえて撮影する。この映像から機械学習で透明な平面の存在を判定する。RGBでは何もないように見えても、ガラスは遠赤外光を透過せず壁があるように見える。こうして通常の壁とも違うと判定できる。2種類のセンサーの光軸をそろえたため、映像をマッチングするなどの遅延がない。移動ロボは路面の凸凹でカメラが振動しやすい。2種類の映像に遅延があるとぶれてしまい、機械学習での判定が難しかった。扉やパーテーションなどの動く、透明な障害物はロボットの地図情報に登録しきれず、ぶつかるリスクがあった。設計を工夫し、配膳ロボなどに載るサイズに小型化した。遠赤外光で撮影しているため通行人の体温を測ることも可能。夜間も人や熱源を探知できる。新エネルギー・産業技術総合開発機構(NEDO)の研究事業で開発した。今後、実用化する企業を探して社会実装を進めていく。写真は透明なガラスが見えるロボセンサーを移動ロボに搭載した状態。=2022(令和4)年3月9日、東京都内、クレジット:日刊工業新聞/共同通信イメージズ

    商品コード: 2022033102695

  •  Hazardous Chemicals Fire Fighting System
    2022年04月12日
    Hazardous Chemicals Fire Fighting System

    The self suction fire monitor of Huai‘an ship lock carries out sprinkler operation. On April 12, 2022, Huai‘an, Jiangsu, China. The first fire fighting system for transporting dangerous chemicals in the inland river was put into use at the Huaian ship lock. The 50 sides of the side chamber of the lock chamber were located at a distance of 6 meters. The system was compatible with two kinds of fire extinguishing agents, namely, the water-soluble film forming foam and the self absorbing water. The head can reach 44 meters, and the remote control or automatic acquisition of the heat source outside the red line can be achieved in the range of 200 meters, so as to ensure the full coverage of the water spraying on the chamber.=2022(令和4)年4月12日、クレジット:CFOTO/共同通信イメージズ

    商品コード: 2022041903509

  •  Hazardous Chemicals Fire Fighting System
    2022年04月12日
    Hazardous Chemicals Fire Fighting System

    The self suction fire monitor of Huai‘an ship lock carries out sprinkler operation. On April 12, 2022, Huai‘an, Jiangsu, China. The first fire fighting system for transporting dangerous chemicals in the inland river was put into use at the Huaian ship lock. The 50 sides of the side chamber of the lock chamber were located at a distance of 6 meters. The system was compatible with two kinds of fire extinguishing agents, namely, the water-soluble film forming foam and the self absorbing water. The head can reach 44 meters, and the remote control or automatic acquisition of the heat source outside the red line can be achieved in the range of 200 meters, so as to ensure the full coverage of the water spraying on the chamber.=2022(令和4)年4月12日、クレジット:CFOTO/共同通信イメージズ

    商品コード: 2022041903535

  •  Hazardous Chemicals Fire Fighting System
    2022年04月12日
    Hazardous Chemicals Fire Fighting System

    The self suction fire monitor of Huai‘an ship lock carries out sprinkler operation. On April 12, 2022, Huai‘an, Jiangsu, China. The first fire fighting system for transporting dangerous chemicals in the inland river was put into use at the Huaian ship lock. The 50 sides of the side chamber of the lock chamber were located at a distance of 6 meters. The system was compatible with two kinds of fire extinguishing agents, namely, the water-soluble film forming foam and the self absorbing water. The head can reach 44 meters, and the remote control or automatic acquisition of the heat source outside the red line can be achieved in the range of 200 meters, so as to ensure the full coverage of the water spraying on the chamber.=2022(令和4)年4月12日、クレジット:CFOTO/共同通信イメージズ

    商品コード: 2022041903784

  •  Hazardous Chemicals Fire Fighting System
    2022年04月12日
    Hazardous Chemicals Fire Fighting System

    The self suction fire monitor of Huai‘an ship lock carries out sprinkler operation. On April 12, 2022, Huai‘an, Jiangsu, China. The first fire fighting system for transporting dangerous chemicals in the inland river was put into use at the Huaian ship lock. The 50 sides of the side chamber of the lock chamber were located at a distance of 6 meters. The system was compatible with two kinds of fire extinguishing agents, namely, the water-soluble film forming foam and the self absorbing water. The head can reach 44 meters, and the remote control or automatic acquisition of the heat source outside the red line can be achieved in the range of 200 meters, so as to ensure the full coverage of the water spraying on the chamber.=2022(令和4)年4月12日、クレジット:CFOTO/共同通信イメージズ

    商品コード: 2022041903782

  •  Hazardous Chemicals Fire Fighting System
    2022年04月12日
    Hazardous Chemicals Fire Fighting System

    The self suction fire monitor of Huai‘an ship lock carries out sprinkler operation. On April 12, 2022, Huai‘an, Jiangsu, China. The first fire fighting system for transporting dangerous chemicals in the inland river was put into use at the Huaian ship lock. The 50 sides of the side chamber of the lock chamber were located at a distance of 6 meters. The system was compatible with two kinds of fire extinguishing agents, namely, the water-soluble film forming foam and the self absorbing water. The head can reach 44 meters, and the remote control or automatic acquisition of the heat source outside the red line can be achieved in the range of 200 meters, so as to ensure the full coverage of the water spraying on the chamber.=2022(令和4)年4月12日、クレジット:CFOTO/共同通信イメージズ

    商品コード: 2022041903631

  •  中国の科学者、「冷熱二重吸収」材料を開発CO2削減や宇宙探査に期待
    2022年05月23日
    中国の科学者、「冷熱二重吸収」材料を開発CO2削減や宇宙探査に期待

    「冷熱二重吸収」材料の吸収面(左)と放射面(右)。(資料写真)中国科学技術大学(安徽省合肥市)の裴剛(はい・ごう)教授、鄒崇文(すう・すうぶん)研究員らの研究チームはこのほど、太陽と宇宙をそれぞれ熱源、冷源とする「冷熱二重吸収」材料を開発した。昼間は周囲温度より170度高く、夜は20度低くなり、外部エネルギーを消費しないという。24時間エネルギーを取り込んで利用できるため、地球の温暖化防止や宇宙基地へのエネルギー供給などに役立つと期待されている。(合肥=新華社配信)= 配信日: 2022(令和4)年5月23日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022052307263

  •  TÜRKIYE-ISTANBUL-ALTERNATIVE HEAT SOURCES
    2022年10月14日
    TÜRKIYE-ISTANBUL-ALTERNATIVE HEAT SOURCES

    (221013) -- ISTANBUL, Oct. 13, 2022 (Xinhua) -- People choose stoves at a market in Istanbul, Türkiye, on Oct. 11, 2022. With consecutive hikes in the past six months, natural gas prices have increased by 85 percent in the country, forcing more and more Istanbul residents to consider transforming their heating systems based on natural gas into wood and coal-burning stoves. (Xinhua/Shadati) TO GO WITH Feature: Cash-strapped Turks seek alternative heat sources amid soaring gas prices= 配信日: 2022(令和4)年10月14日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022101402848

  •  TÜRKIYE-ISTANBUL-ALTERNATIVE HEAT SOURCES
    2022年10月14日
    TÜRKIYE-ISTANBUL-ALTERNATIVE HEAT SOURCES

    (221013) -- ISTANBUL, Oct. 13, 2022 (Xinhua) -- Hakan Cetin, co-owner of a stove store, is interviewed with Xinhua at a stove bazaar in Istanbul, Türkiye, on Oct. 11, 2022. With consecutive hikes in the past six months, natural gas prices have increased by 85 percent in the country, forcing more and more Istanbul residents to consider transforming their heating systems based on natural gas into wood and coal-burning stoves. (Xinhua/Shadati) TO GO WITH Feature: Cash-strapped Turks seek alternative heat sources amid soaring gas prices= 配信日: 2022(令和4)年10月14日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022101402809

  •  TÜRKIYE-ISTANBUL-ALTERNATIVE HEAT SOURCES
    2022年10月14日
    TÜRKIYE-ISTANBUL-ALTERNATIVE HEAT SOURCES

    (221013) -- ISTANBUL, Oct. 13, 2022 (Xinhua) -- Murat Celik, the owner of the stove producer Celik Soba, is interviewed with Xinhua at a stove bazaar in Istanbul, Türkiye, on Oct. 11, 2022. With consecutive hikes in the past six months, natural gas prices have increased by 85 percent in the country, forcing more and more Istanbul residents to consider transforming their heating systems based on natural gas into wood and coal-burning stoves. (Xinhua/Shadati) TO GO WITH Feature: Cash-strapped Turks seek alternative heat sources amid soaring gas prices= 配信日: 2022(令和4)年10月14日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022101402812

  •  TÜRKIYE-ISTANBUL-ALTERNATIVE HEAT SOURCES
    2022年10月14日
    TÜRKIYE-ISTANBUL-ALTERNATIVE HEAT SOURCES

    (221013) -- ISTANBUL, Oct. 13, 2022 (Xinhua) -- Faruk Topcu, a cafe owner in downtown Istanbul, is interviewed with Xinhua at a stove bazaar in Istanbul, Türkiye, on Oct. 11, 2022. With consecutive hikes in the past six months, natural gas prices have increased by 85 percent in the country, forcing more and more Istanbul residents to consider transforming their heating systems based on natural gas into wood and coal-burning stoves. (Xinhua/Shadati) TO GO WITH Feature: Cash-strapped Turks seek alternative heat sources amid soaring gas prices= 配信日: 2022(令和4)年10月14日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022101402850

  •  TÜRKIYE-ISTANBUL-ALTERNATIVE HEAT SOURCES
    2022年10月14日
    TÜRKIYE-ISTANBUL-ALTERNATIVE HEAT SOURCES

    (221013) -- ISTANBUL, Oct. 13, 2022 (Xinhua) -- A man looks at a stove at a market in Istanbul, Türkiye, on Oct. 11, 2022. With consecutive hikes in the past six months, natural gas prices have increased by 85 percent in the country, forcing more and more Istanbul residents to consider transforming their heating systems based on natural gas into wood and coal-burning stoves. (Xinhua/Shadati) TO GO WITH Feature: Cash-strapped Turks seek alternative heat sources amid soaring gas prices= 配信日: 2022(令和4)年10月14日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022101402842

  •  TÜRKIYE-ISTANBUL-ALTERNATIVE HEAT SOURCES
    2022年10月14日
    TÜRKIYE-ISTANBUL-ALTERNATIVE HEAT SOURCES

    (221013) -- ISTANBUL, Oct. 13, 2022 (Xinhua) -- People choose stoves at a market in Istanbul, Türkiye, on Oct. 11, 2022. With consecutive hikes in the past six months, natural gas prices have increased by 85 percent in the country, forcing more and more Istanbul residents to consider transforming their heating systems based on natural gas into wood and coal-burning stoves. (Xinhua/Shadati) TO GO WITH Feature: Cash-strapped Turks seek alternative heat sources amid soaring gas prices= 配信日: 2022(令和4)年10月14日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022101402816

  •  TÜRKIYE-ISTANBUL-ALTERNATIVE HEAT SOURCES
    2022年10月14日
    TÜRKIYE-ISTANBUL-ALTERNATIVE HEAT SOURCES

    (221013) -- ISTANBUL, Oct. 13, 2022 (Xinhua) -- A man asks prices of stoves at a market in Istanbul, Türkiye, on Oct. 11, 2022. With consecutive hikes in the past six months, natural gas prices have increased by 85 percent in the country, forcing more and more Istanbul residents to consider transforming their heating systems based on natural gas into wood and coal-burning stoves. (Xinhua/Shadati) TO GO WITH Feature: Cash-strapped Turks seek alternative heat sources amid soaring gas prices= 配信日: 2022(令和4)年10月14日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022101402841

  •  TÜRKIYE-ISTANBUL-ALTERNATIVE HEAT SOURCES
    2022年10月14日
    TÜRKIYE-ISTANBUL-ALTERNATIVE HEAT SOURCES

    (221013) -- ISTANBUL, Oct. 13, 2022 (Xinhua) -- Emirali Gulmez, a retired Turkish citizen in his late 70s, is interviewed with Xinhua at a stove bazaar in Istanbul, Türkiye, on Oct. 11, 2022. With consecutive hikes in the past six months, natural gas prices have increased by 85 percent in the country, forcing more and more Istanbul residents to consider transforming their heating systems based on natural gas into wood and coal-burning stoves. (Xinhua/Shadati) TO GO WITH Feature: Cash-strapped Turks seek alternative heat sources amid soaring gas prices= 配信日: 2022(令和4)年10月14日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022101402815

  •  Cash-strapped Turks seek alternative heat sources amid soaring gas prices
    02:38.46
    2022年10月14日
    Cash-strapped Turks seek alternative heat sources amid soaring gas prices

    STORY: Cash-strapped Turks seek alternative heat sources amid soaring gas pricesDATELINE: Oct. 14, 2022LENGTH: 00:02:38LOCATION: ISTANBUL, TürkiyeCATEGORY: ECONOMYSHOTLIST:1. various of city views of Istanbul city2. various of the stove bazaar, people shopping in the bazaar3. various of Emirali Gulmez, a retired Turkish citizen shopping in stove bazaar4. SOUNDBITE 1 (Turkish): EMIRALI GULMEZ, Local resident5. various of the stove bazaar, wood and coal stoves6. SOUNDBITE 2 (Turkish): EMIRALI GULMEZ, Local resident7. SOUNDBITE 3 (Turkish): HAKAN CETIN, Co-owner of stove store8. various of stove bazaar, wood and coal stoves9. various of Murat Celik, owner of Celik Soba in stove bazaar10. SOUNDBITE 4 (Turkish): MURAT CELIK, Owner of Celik Soba11. SOUNDBITE 5 (Turkish): FARUK TOPCU, Cafe owner in downtown Istanbul12. various of Istanbul city in Türkiye13...= 配信日: 2022(令和4)年10月14日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022101504902

  •  「新華社」中国最北の省都ハルビン、暖房供給開始黒竜江省
    01:07.96
    2022年10月21日
    「新華社」中国最北の省都ハルビン、暖房供給開始黒竜江省

    中国最北の省都、黒竜江省ハルビン市で20日、暖房供給が始まった。市はこれに先立ち、熱源設備や配管設備、熱交換ステーションなどを重点的に点検。老朽化した配管網200キロ余りを改修したほか、暖房供給企業による給水や耐圧試験、暖房供給システム調整などを実施した。市内の暖房供給企業はボイラー用石炭285万4900トンを備蓄しており、備蓄率は61・8%に上っている。(記者/楊思琪、唐鉄富、戴錦鎔) =配信日: 2022(令和4)年10月21日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022102114162

  •  Greeks queue for free firewood
    01:21.68
    2022年11月01日
    Greeks queue for free firewood

    STORY: Greeks queue for free firewoodDATELINE: Nov. 1, 2022LENGTH: 0:01:22LOCATION: AthensCATEGORY: SOCIETYSHOTLIST:1. various of free distribution of firewood by the Municipality of Glyfada2. SOUNDBITE 1 (Greek) ANNA KAFKA, Head of Glyfada municipality civil protection department3. SOUNDBITE 2 (Greek) NIKOS KAFES, Resident of Glyfada, Greece4. SOUNDBITE 3 (Greek) FOTINI LABOU, Resident of Glyfada, Greece5. SOUNDBITE 4 (Greek) MARY, Resident of Glyfada, Greece6. various of Greece‘s liquified natural gas terminal station on Revithoussa isletSTORYLINE:Facing a winter of energy shortages, people across Greece are resorting to cheaper heating sources, such as firewood.Responding to growing demand, several local councils across the country have stepped in to distribute firewood free of charge to the needy...= 配信日: 2022(令和4)年11月1日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022110310148

  •  GREECE-FREE FIREWOOD-DEMAND
    2022年11月01日
    GREECE-FREE FIREWOOD-DEMAND

    (221101) -- ATHENS, Nov. 1, 2022 (Xinhua) -- A municipal worker (R) helps a man collect free firewood provided by the municipality of Glyfada, at Glyfada, a suburb south of Athens, in Greece, Oct. 20, 2022. Facing a winter of energy shortages, people across Greece are resorting to cheaper heating sources, such as firewood. Responding to growing demand -- which tends to push up prices -- several local councils across the country have stepped in to distribute firewood free of charge to the needy.TO GO WITH “Feature: Free firewood becomes hot commodity in Greece amid energy crisis“ (Photo by Lefteris Partsalis/Xinhua)= 配信日: 2022(令和4)年11月1日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022110114020

  •  GREECE-FREE FIREWOOD-DEMAND
    2022年11月01日
    GREECE-FREE FIREWOOD-DEMAND

    (221101) -- ATHENS, Nov. 1, 2022 (Xinhua) -- A woman collects firewood from the municipality of Glyfada to load her car, at Glyfada, a suburb south of Athens, in Greece, Oct. 20, 2022. Facing a winter of energy shortages, people across Greece are resorting to cheaper heating sources, such as firewood. Responding to growing demand -- which tends to push up prices -- several local councils across the country have stepped in to distribute firewood free of charge to the needy.TO GO WITH “Feature: Free firewood becomes hot commodity in Greece amid energy crisis“ (Photo by Lefteris Partsalis/Xinhua)= 配信日: 2022(令和4)年11月1日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022110114054

  •  GREECE-FREE FIREWOOD-DEMAND
    2022年11月01日
    GREECE-FREE FIREWOOD-DEMAND

    (221101) -- ATHENS, Nov. 1, 2022 (Xinhua) -- A man collects firewood from the municipality of Glyfada to load his car, at Glyfada, a suburb south of Athens, in Greece, Oct. 20, 2022. Facing a winter of energy shortages, people across Greece are resorting to cheaper heating sources, such as firewood. Responding to growing demand -- which tends to push up prices -- several local councils across the country have stepped in to distribute firewood free of charge to the needy.TO GO WITH “Feature: Free firewood becomes hot commodity in Greece amid energy crisis“ (Photo by Lefteris Partsalis/Xinhua)= 配信日: 2022(令和4)年11月1日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022110114056

  •  GREECE-FREE FIREWOOD-DEMAND
    2022年11月01日
    GREECE-FREE FIREWOOD-DEMAND

    (221101) -- ATHENS, Nov. 1, 2022 (Xinhua) -- A man collects firewood from the municipality of Glyfada, at Glyfada, a suburb south of Athens, in Greece, Oct. 20, 2022. Facing a winter of energy shortages, people across Greece are resorting to cheaper heating sources, such as firewood. Responding to growing demand -- which tends to push up prices -- several local councils across the country have stepped in to distribute firewood free of charge to the needy.TO GO WITH “Feature: Free firewood becomes hot commodity in Greece amid energy crisis“ (Photo by Lefteris Partsalis/Xinhua)= 配信日: 2022(令和4)年11月1日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022110114042

  •  GREECE-FREE FIREWOOD-DEMAND
    2022年11月01日
    GREECE-FREE FIREWOOD-DEMAND

    (221101) -- ATHENS, Nov. 1, 2022 (Xinhua) -- A woman collects firewood from the municipality of Glyfada to load her car, at Glyfada, a suburb south of Athens, in Greece, Oct. 20, 2022. Facing a winter of energy shortages, people across Greece are resorting to cheaper heating sources, such as firewood. Responding to growing demand -- which tends to push up prices -- several local councils across the country have stepped in to distribute firewood free of charge to the needy.TO GO WITH “Feature: Free firewood becomes hot commodity in Greece amid energy crisis“ (Photo by Lefteris Partsalis/Xinhua)= 配信日: 2022(令和4)年11月1日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022110114033

  •  GREECE-FREE FIREWOOD-DEMAND
    2022年11月01日
    GREECE-FREE FIREWOOD-DEMAND

    (221101) -- ATHENS, Nov. 1, 2022 (Xinhua) -- A citizen holds a piece of firewood at Glyfada, a suburb south of Athens, in Greece, Oct. 20, 2022. Facing a winter of energy shortages, people across Greece are resorting to cheaper heating sources, such as firewood. Responding to growing demand -- which tends to push up prices -- several local councils across the country have stepped in to distribute firewood free of charge to the needy.TO GO WITH “Feature: Free firewood becomes hot commodity in Greece amid energy crisis“ (Photo by Lefteris Partsalis/Xinhua)= 配信日: 2022(令和4)年11月1日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022110114036

  •  GREECE-FREE FIREWOOD-DEMAND
    2022年11月01日
    GREECE-FREE FIREWOOD-DEMAND

    (221101) -- ATHENS, Nov. 1, 2022 (Xinhua) -- A municipal worker helps citizens collect free firewood provided by the municipality of Glyfada, at Glyfada, a suburb south of Athens, in Greece, Oct. 20, 2022. Facing a winter of energy shortages, people across Greece are resorting to cheaper heating sources, such as firewood. Responding to growing demand -- which tends to push up prices -- several local councils across the country have stepped in to distribute firewood free of charge to the needy.TO GO WITH “Feature: Free firewood becomes hot commodity in Greece amid energy crisis“ (Photo by Lefteris Partsalis/Xinhua)= 配信日: 2022(令和4)年11月1日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022110114049

  •  GREECE-FREE FIREWOOD-DEMAND
    2022年11月01日
    GREECE-FREE FIREWOOD-DEMAND

    (221101) -- ATHENS, Nov. 1, 2022 (Xinhua) -- A woman collects firewood from the municipality of Glyfada, at Glyfada, a suburb south of Athens, in Greece, Oct. 20, 2022. Facing a winter of energy shortages, people across Greece are resorting to cheaper heating sources, such as firewood. Responding to growing demand -- which tends to push up prices -- several local councils across the country have stepped in to distribute firewood free of charge to the needy.TO GO WITH “Feature: Free firewood becomes hot commodity in Greece amid energy crisis“ (Photo by Lefteris Partsalis/Xinhua)= 配信日: 2022(令和4)年11月1日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022110114046

  •  (6)天津市の暖房、7年連続で供給前倒し
    2022年11月04日
    (6)天津市の暖房、7年連続で供給前倒し

    1日、天津市のエネルギー供給企業、天津泰達熱電能源管理の熱源一廠で、ガスボイラーを点検する職員。中国天津市は1日、暖房供給を開始した。天津市熱供給条例は暖房供給期間を11月15日から3月15日までとしているが、今年は14日前倒しの供給開始となった。供給開始日の前倒しは2016年から7年連続となる。(天津=新華社記者/趙子碩)= 配信日: 2022(令和4)年11月4日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022110409568

  •  (4)天津市の暖房、7年連続で供給前倒し
    2022年11月04日
    (4)天津市の暖房、7年連続で供給前倒し

    1日、天津市のエネルギー供給企業、天津泰達熱電能源管理の熱源一廠で、ガスボイラーの計器を確認する職員。中国天津市は1日、暖房供給を開始した。天津市熱供給条例は暖房供給期間を11月15日から3月15日までとしているが、今年は14日前倒しの供給開始となった。供給開始日の前倒しは2016年から7年連続となる。(天津=新華社記者/趙子碩)= 配信日: 2022(令和4)年11月4日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022110409570

  •  (5)天津市の暖房、7年連続で供給前倒し
    2022年11月04日
    (5)天津市の暖房、7年連続で供給前倒し

    1日、天津市のエネルギー供給企業、天津泰達熱電能源管理の熱源一廠で、ガスボイラーの稼働状況を監視する職員。中国天津市は1日、暖房供給を開始した。天津市熱供給条例は暖房供給期間を11月15日から3月15日までとしているが、今年は14日前倒しの供給開始となった。供給開始日の前倒しは2016年から7年連続となる。(天津=新華社記者/趙子碩)= 配信日: 2022(令和4)年11月4日、クレジット:新華社/共同通信イメージズ

    商品コード: 2022110409567

  •  wood, firewood, heating source, transport, tractor
    2022年12月18日
    wood, firewood, heating source, transport, tractor

    Czech turning to wood to heat their homes in Czech Republic, pictured preparation and transport of wood for heating in Dobra Voda, Czech Republic, December 18, 2022. (CTK Photo/Honza Jan)、クレジット:CTK/共同通信イメージズ

    商品コード: 2022122300093

  •  wood, firewood, heating source, transport, tractor
    2022年12月18日
    wood, firewood, heating source, transport, tractor

    Czech turning to wood to heat their homes in Czech Republic, pictured preparation and transport of wood for heating in Dobra Voda, Czech Republic, December 18, 2022. (CTK Photo/Honza Jan)、クレジット:CTK/共同通信イメージズ

    商品コード: 2022122300094

  •  wood, firewood, heating source, transport, tractor
    2022年12月18日
    wood, firewood, heating source, transport, tractor

    Czech turning to wood to heat their homes in Czech Republic, pictured preparation and transport of wood for heating in Dobra Voda, Czech Republic, December 18, 2022. (CTK Photo/Honza Jan)、クレジット:CTK/共同通信イメージズ

    商品コード: 2022122300100

  •  wood, firewood, heating source, transport, tractor
    2022年12月18日
    wood, firewood, heating source, transport, tractor

    Czech turning to wood to heat their homes in Czech Republic, pictured preparation and transport of wood for heating in Dobra Voda, Czech Republic, December 18, 2022. (CTK Photo/Honza Jan)、クレジット:CTK/共同通信イメージズ

    商品コード: 2022122300091

  •  Chinese civilian rescuers continue search for survivors in Türkiye
    00:52.80
    2023年02月12日
    Chinese civilian rescuers continue search for survivors in Türkiye

    STORY: Chinese civilian rescuers continue search for survivors in TürkiyeDATELINE: Feb. 12, 2023LENGTH: 00:00:53LOCATION: SHANGHAI, ChinaCATEGORY: SOCIETYSHOTLIST:1. various of rescue workSTORYLINE:A group of the Blue Sky Rescue Team, a Chinese civil relief squad, is searching for survivors in Malatya, Türkiye.Buildings were seriously damaged by the massive earthquakes on Monday.After detecting heat sources by using a life detector, rescuers demolish the surface of buried areas and attempt to enter for searching.Voice of Blue Sky Rescue Team member“This is a hole we dug last night. It‘s four meters deep. No survivors found. This is a hole we dug today. Further inside, this is a hole we‘ve just searched. No survivors found underneath.“Xinhua News Agency correspondents reporting from Shanghai, China.(XHTV)= 配信日: 2023(令和5)年2月12日、クレジット:新華社/共同通信イメージズ

    商品コード: 2023021301786

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