検索結果 2,199 件中 1 件 〜 50 件 "せいせい"
  1. 2020052601911

    江蘇省海警局、密輸石油精製品800トン超を押収  17日、不審船の立入検査を行う海警局の法執行隊員。中国江蘇省海警局は22日、同省南通市の海域でこのほど、石油精製品を密輸する疑いがある不審船3隻、石油精製品800トン余りを押収し、容疑者13人を逮捕したと明らかにした。同局の法執行隊員は現在、不審船と容疑者を拘束し、さらなる捜査を進めている。(南京=新華社配信/丁小添)=2020(令和2)年5月17日、クレジット:新華社/共同通信イメージズ 「新華社」

  2. 2020052602088

    江蘇省海警局、密輸石油精製品800トン超を押収  17日、押収された不審船。中国江蘇省海警局は22日、同省南通市の海域でこのほど、石油精製品を密輸する疑いがある不審船3隻、石油精製品800トン余りを押収し、容疑者13人を逮捕したと明らかにした。同局の法執行隊員は現在、不審船と容疑者を拘束し、さらなる捜査を進めている。(南京=新華社配信/丁小添)=2020(令和2)年5月17日、クレジット:新華社/共同通信イメージズ 「新華社」

  3. 2020052601889

    江蘇省海警局、密輸石油精製品800トン超を押収  16日、不審船の立入検査に入る海警局の法執行隊員。中国江蘇省海警局は22日、同省南通市の海域でこのほど、石油精製品を密輸する疑いがある不審船3隻、石油精製品800トン余りを押収し、容疑者13人を逮捕したと明らかにした。同局の法執行隊員は現在、不審船と容疑者を拘束し、さらなる捜査を進めている。(南京=新華社配信/丁小添)=2020(令和2)年5月16日、クレジット:新華社/共同通信イメージズ 「新華社」

  4. 2020051404645

    Archaeologists explore the lake bed with laser technology 13 May 2020, Saxony-Anhalt, Seegebiet Mansfelder Land: A diving robot with a high-resolution 3D laser swims in the sweet lake. With this new technology, a more than 3000 year old Bronze Age grave site and the remains of a medieval settlement are being surveyed at the bottom of the lake. The technique is being used for the first time in Germany. With the new device not only individual buildings but complete structures can be recorded. The laser measures under water with millimetre precision and generates spatial images. In the last two years, archaeologists from the State Museum in Halle had explored the lake bed with an underwater drone and discovered the structures. The conventional method with divers fails due to the poor visibility conditions in the lake. Photo: Jan Woitas/dpa-Zentralbild/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  5. 2020051404928

    Archaeologists explore the lake bed with laser technology 13 May 2020, Saxony-Anhalt, Seegebiet Mansfelder Land: Members of a research group are mounting a high-resolution 3D laser on a diving robot for use in the Sweet Lake. With this new technique, a more than 3000 year old Bronze Age tomb and the remains of a medieval settlement are being surveyed at the lake bottom. The technique is being used for the first time in Germany. With the new device not only individual buildings but complete structures can be recorded. The laser measures under water with millimetre precision and generates spatial images. In the last two years, archaeologists from the State Museum in Halle had explored the lake bed with an underwater drone and discovered the structures. The conventional method with divers fails due to the poor visibility conditions in the lake. Photo: Jan Woitas/dpa-Zentralbild/ZB、クレジット:ZB/DPA/共同通信イメージズ 「DPA」

  6. 2020051404715

    Archaeologists explore the lake bed with laser technology 13 May 2020, Saxony-Anhalt, Seegebiet Mansfelder Land: A diving robot with a high-resolution 3D laser swims in the sweet lake. With this new technology, a more than 3000 year old Bronze Age grave site and the remains of a medieval settlement are being surveyed at the bottom of the lake. The technique is being used for the first time in Germany. With the new device not only individual buildings but complete structures can be recorded. The laser measures under water with millimetre precision and generates spatial images. In the last two years, archaeologists from the Landesmuseum Halle had explored the lake bed with an underwater drone and discovered the structures. The conventional method with divers fails because of the poor visibility conditions in the lake. Photo: Jan Woitas/dpa-Zentralbild/ZB、クレジット:ZB/DPA/共同通信イメージズ 「DPA」

  7. 2020051404751

    Archaeologists explore the lake bed with laser technology 13 May 2020, Saxony-Anhalt, Seegebiet Mansfelder Land: A member of a research group steers a diving robot with a high-resolution 3D laser through the sweet lake. With this new technique, a more than 3000 year old Bronze Age tomb and the remains of a medieval settlement are being surveyed at the lake‘s bottom. The technology is being used for the first time in Germany. With the new device not only individual buildings but complete structures can be recorded. The laser measures under water with millimetre precision and generates spatial images. In the last two years, archaeologists from the State Museum in Halle had explored the lake bed with an underwater drone and discovered the structures. The conventional method with divers fails due to the poor visibility conditions in the lake. Photo: Jan Woitas/dpa-Zentralbild/ZB、クレジット:ZB/DPA/共同通信イメージズ 「DPA」

  8. 2020051404735

    Archaeologists explore the lake bed with laser technology 13 May 2020, Saxony-Anhalt, Seegebiet Mansfelder Land: Members of a research group lift a diving robot with a high-resolution 3D laser into the sweet lake. With this new technique, a more than 3000 year old Bronze Age tomb and the remains of a medieval settlement are being surveyed at the lake‘s bottom. The technology is being used for the first time in Germany. With the new device not only individual buildings but complete structures can be recorded. The laser measures under water with millimetre precision and generates spatial images. In the last two years, archaeologists from the State Museum in Halle had explored the lake bed with an underwater drone and discovered the structures. The conventional method with divers fails due to the poor visibility conditions in the lake. Photo: Jan Woitas/dpa-Zentralbild/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  9. 2020051404825

    Archaeologists explore the lake bed with laser technology 13 May 2020, Saxony-Anhalt, Seegebiet Mansfelder Land: A diving robot with a high-resolution 3D laser swims in the sweet lake. With this new technology, a more than 3000 year old Bronze Age grave site and the remains of a medieval settlement are being surveyed at the bottom of the lake. The technique is being used for the first time in Germany. With the new device not only individual buildings but complete structures can be recorded. The laser measures under water with millimetre precision and generates spatial images. In the last two years, archaeologists from the State Museum in Halle had explored the lake bed with an underwater drone and discovered the structures. The conventional method with divers fails due to the poor visibility conditions in the lake. Photo: Jan Woitas/dpa-Zentralbild/ZB、クレジット:ZB/DPA/共同通信イメージズ 「DPA」

  10. 2020051404688

    Archaeologists explore the lake bed with laser technology 13 May 2020, Saxony-Anhalt, Seegebiet Mansfelder Land: A member of a research group is preparing a diving robot with a high-resolution 3D laser for use in the Sweet Lake. With this new technique, a more than 3000 year old Bronze Age burial site and the remains of a medieval settlement will be surveyed at the lake bottom. The technique is being used for the first time in Germany. With the new device not only individual buildings but complete structures can be recorded. The laser measures under water with millimetre precision and generates spatial images. In the last two years, archaeologists from the State Museum in Halle had explored the lake bed with an underwater drone and discovered the structures. The conventional method with divers fails due to the poor visibility conditions in the lake. Photo: Jan Woitas/dpa-Zentralbild/ZB、クレジット:ZB/DPA/共同通信イメージズ 「DPA」

  11. 2020051404808

    Archaeologists explore the lake bed with laser technology 13 May 2020, Saxony-Anhalt, Seegebiet Mansfelder Land: Members of a research group are mounting a high-resolution 3D laser on a diving robot for an assignment in the Süßes See. With this new technique, a more than 3000 year old Bronze Age tomb and the remains of a medieval settlement are being surveyed at the lake‘s bottom. The technique is being used for the first time in Germany. With the new device not only individual buildings but complete structures can be recorded. The laser measures under water with millimetre precision and generates spatial images. In the last two years, archaeologists from the State Museum in Halle had explored the lake bed with an underwater drone and discovered the structures. The conventional method with divers fails due to the poor visibility conditions in the lake. Photo: Jan Woitas/dpa-Zentralbild/ZB、クレジット:ZB/DPA/共同通信イメージズ 「DPA」

  12. 2020051200791

    Fire in apartment building in Hamburg-Horn 06 May 2020, Hamburg: Firefighters extinguish a fire in an apartment building in the Horn district. The fire in an apartment on the fourth floor and in the roof truss of the building produced a lot of smoke. According to a fire department spokesperson, there were no injuries. (to dpa “Fire in apartment building in Hamburg-Horn“) Photo: Daniel Bockwoldt/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  13. 2020051200785

    Fire in apartment building in Hamburg-Horn 06 May 2020, Hamburg: Firefighters extinguish a fire in an apartment building in the Horn district. The fire in an apartment on the fourth floor and in the roof truss of the building produced a lot of smoke. According to a fire department spokesperson, there were no injuries. (to dpa “Fire in apartment building in Hamburg-Horn“) Photo: Daniel Bockwoldt/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  14. 2020051200523

    Fire in apartment building in Hamburg-Horn 06 May 2020, Hamburg: Firefighters extinguish a fire in an apartment building in the Horn district. The fire in an apartment on the fourth floor and in the roof truss of the building produced a lot of smoke. According to a fire department spokesperson, there were no injuries. (to dpa “Fire in apartment building in Hamburg-Horn“) Photo: Daniel Bockwoldt/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  15. 2020051200774

    Fire in apartment building in Hamburg-Horn 06 May 2020, Hamburg: Firefighters extinguish a fire in an apartment building in the Horn district. The fire in an apartment on the fourth floor and in the roof truss of the building produced a lot of smoke. According to a fire department spokesperson, there were no injuries. (to dpa “Fire in apartment building in Hamburg-Horn“) Photo: Daniel Bockwoldt/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  16. 2020042904316

    Live-Talk on Corona Pandemic 27 April 2020, Lower Saxony, Hanover: Matthias Stoll, infectiologist at Hannover Medical School (MHH), is available for a live talk at the Medical Association of Lower Saxony (トKN). The トKN produces a weekly live talk with infectiologist Stoll. Photo: Ole Spata/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  17. 2020042904311

    Live-Talk on Corona Pandemic 27 April 2020, Lower Saxony, Hanover: Matthias Stoll, infectiologist at Hannover Medical School (MHH), is available for a live talk at the Medical Association of Lower Saxony (トKN). The トKN produces a weekly live talk with infectiologist Stoll. Photo: Ole Spata/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  18. 2020042904308

    Live-Talk on Corona Pandemic 27 April 2020, Lower Saxony, Hanover: Thomas Spieker, the press spokesman of the Medical Association of Lower Saxony, is available for a live talk at the Medical Association of Lower Saxony (トKN). The トKN produces a weekly live talk with the infectiologist Stoll. Photo: Ole Spata/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  19. 2020042904519

    Live-Talk on Corona Pandemic 27 April 2020, Lower Saxony, Hanover: Matthias Stoll (l), infectiologist at Hannover Medical School (MHH), and Thomas Spieker, press spokesman for the Medical Association of Lower Saxony, are available for a live talk at the Medical Association of Lower Saxony (トKN). The トKN produces a weekly live talk with the infectiologist Stoll. Photo: Ole Spata/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  20. 2020042904196

    Live-Talk on Corona Pandemic 27 April 2020, Lower Saxony, Hanover: Thomas Spieker, the press spokesman of the Medical Association of Lower Saxony, is available for a live talk at the Medical Association of Lower Saxony (トKN). The トKN produces a weekly live talk with the infectiologist Stoll. Photo: Ole Spata/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  21. 2020042904350

    Live-Talk on Corona Pandemic 27 April 2020, Lower Saxony, Hanover: Thomas Spieker, the press spokesman of the Medical Association of Lower Saxony, is available for a live talk at the Medical Association of Lower Saxony (トKN). The トKN produces a weekly live talk with the infectiologist Stoll. Photo: Ole Spata/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  22. 2020042904359

    Live-Talk on Corona Pandemic 27 April 2020, Lower Saxony, Hanover: Matthias Stoll, infectiologist at the Hannover Medical School (MHH) will be available for a live talk at the Medical Association of Lower Saxony (トKN). The トKN produces a weekly live talk with infectiologist Stoll. Photo: Ole Spata/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  23. 2020052500407

    Computer Illustration, Coronavirus Computer Illustration, Coronavirus. .、クレジット:Mark Stevenson/Education Images/Universal Images Group /Universal Images Group/共同通信イメージズ 「UIG」

  24. 2020052500362

    Riva Sette Martiri Riva Sette Martiri, COVID-19 lifestyle, Venice, Veneto, Italy, Europe.、クレジット:Universal Images Group/共同通信イメージズ 「UIG」

  25. 2020052500282

    Riva Sette Martiri Riva Sette Martiri, COVID-19 lifestyle, Venice, Veneto, Italy, Europe.、クレジット:Universal Images Group/共同通信イメージズ 「UIG」

  26. 2020052500144

    Riva Sette Martiri Riva Sette Martiri, COVID-19 lifestyle, Venice, Veneto, Italy, Europe.、クレジット:Universal Images Group/共同通信イメージズ 「UIG」

  27. 2020052500350

    Riva Sette Martiri Riva Sette Martiri, COVID-19 lifestyle, Venice, Veneto, Italy, Europe.、クレジット:Universal Images Group/共同通信イメージズ 「UIG」

  28. 2020042703575

    NASA EARTH NIGHT The Black Marble: Our Planet in Brilliant Darkness This composite image, produced by the NASA-NOAA Suomi National Polar-orbiting Partnership (NPP) satellite, provides a view of the Americas at night. The clouds and sun glint, added here for aesthetic effect, are derived from MODIS instrument land surface and cloud cover products. The principal challenge in nighttime satellite imaging is accounting for the phases of the moon, which constantly varies the amount of light shining on Earth, though in predictable ways. Likewise, seasonal vegetation, clouds, aerosols, snow and ice cover, and even faint atmospheric emissions (such as airglow and auroras) change the way light is observed in different parts of the world. NASA/UPI Photo via Newscom、クレジット:NASA/UPI/ニューズコム/共同通信イメージズ 「Newscom」

  29. 2020050104792

    密輸容疑で石油精製品約千トン差し押さえ江蘇省南通市  22日、密輸容疑船の船倉を調べる海警隊員。中国江蘇省海警局は25日、同局が22日未明、同省南通市啓東の連興港付近の海域で密輸の疑いがある石油タンカー1隻を摘発し、石油精製品千トン近くを差し押さえたと明らかにした。調べによると、同船はタンク8基を備えており、船舶証明書や船籍港を示す書類はなかった。船名や船舶番号は偽装の疑いがあり、船員全員が有効な作業証明書を所持していなかった。積載された石油精製品は合法的な手続が取られておらず、密輸の疑いがあるという。(南通=新華社配信)=2020(令和2)年4月22日、クレジット:新華社/共同通信イメージズ 「新華社」

  30. 2020050104757

    密輸容疑で石油精製品約千トン差し押さえ江蘇省南通市  22日、密輸容疑船を臨検する海警隊員。中国江蘇省海警局は25日、同局が22日未明、同省南通市啓東の連興港付近の海域で密輸の疑いがある石油タンカー1隻を摘発し、石油精製品千トン近くを差し押さえたと明らかにした。調べによると、同船はタンク8基を備えており、船舶証明書や船籍港を示す書類はなかった。船名や船舶番号は偽装の疑いがあり、船員全員が有効な作業証明書を所持していなかった。積載された石油精製品は合法的な手続が取られておらず、密輸の疑いがあるという。(南通=新華社配信)=2020(令和2)年4月22日、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画像です。※画像が荒れています。 「新華社」

  31. 2020042203708

    Russia Coronavirus 20.04.2020 Director of ASLab robotics and high technology laboratory Andrey Guriev monitors his 3D printer as it produces means of protection for medical personnel to fight the coronavirus infection, in Moscow, Russia. Ramil Sitdikov / Sputnik、クレジット:Sputnik/共同通信イメージズ 「スプートニク」

  32. 2020042200541

    Wind farm in Thuringia 17 April 2020, Thuringia, Wipperdorf: Wind turbines in a wind farm stand still for lack of wind. A total of seven wind turbines, including Thuringia‘s highest wind turbine with a height of almost 240m, generate 18.9 megawatts of rated power here. Photo: Jan Woitas/dpa-Zentralbild/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  33. 2020042200449

    Wind farm in Thuringia 17 April 2020, Thuringia, Wipperdorf: Wind turbines in a wind farm stand still for lack of wind. A total of seven wind turbines, including Thuringia‘s highest wind turbine with a height of almost 240m, generate 18.9 megawatts of rated power here. Photo: Jan Woitas/dpa-Zentralbild/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  34. 2020042200470

    Wind farm in Thuringia 17 April 2020, Thuringia, Wipperdorf: Wind turbines in a wind farm stand still for lack of wind. A total of seven wind turbines, including Thuringia‘s highest wind turbine with a height of almost 240m, generate 18.9 megawatts of rated power here. Photo: Jan Woitas/dpa-Zentralbild/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  35. 2020042200451

    Wind farm in Thuringia 17 April 2020, Thuringia, Wipperdorf: Wind turbines in a wind farm stand still for lack of wind. A total of seven wind turbines, including Thuringia‘s highest wind turbine with a height of almost 240m, generate 18.9 megawatts of rated power here. Photo: Jan Woitas/dpa-Zentralbild/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  36. 2020042200389

    Wind farm in Thuringia 17 April 2020, Thuringia, Wipperdorf: Wind turbines in a wind farm stand still for lack of wind. A total of seven wind turbines, including Thuringia‘s highest wind turbine with a height of almost 240m, generate 18.9 megawatts of rated power here. Photo: Jan Woitas/dpa-Zentralbild/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  37. 2020042200611

    Wind farm in Thuringia 17 April 2020, Thuringia, Wipperdorf: Wind turbines in a wind farm stand still for lack of wind. A total of seven wind turbines, including Thuringia‘s highest wind turbine with a height of almost 240m, generate 18.9 megawatts of rated power here. Photo: Jan Woitas/dpa-Zentralbild/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  38. 2020042200310

    Wind farm in Thuringia 17 April 2020, Thuringia, Wipperdorf: Wind turbines in a wind farm stand still for lack of wind. A total of seven wind turbines, including Thuringia‘s highest wind turbine (r) with a height of almost 240m, generate 18.9 megawatts of rated power here. (Aerial photograph with drone) Photo: Jan Woitas/dpa-Zentralbild/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  39. 2020042200302

    Wind farm in Thuringia 17 April 2020, Thuringia, Wipperdorf: Wind turbines in a wind farm stand still for lack of wind. A total of seven wind turbines, including Thuringia‘s highest wind turbine with a height of almost 240m, generate 18.9 megawatts of rated power here. Photo: Jan Woitas/dpa-Zentralbild/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  40. 2020042200392

    Wind farm in Thuringia 17 April 2020, Thuringia, Wipperdorf: Wind turbines in a wind farm stand still for lack of wind. A total of seven wind turbines, including Thuringia‘s highest wind turbine with a height of almost 240m, generate 18.9 megawatts of rated power here. Photo: Jan Woitas/dpa-Zentralbild/dpa、クレジット:DPA/共同通信イメージズ 「DPA」

  41. 2020042001041

    Alone intorno al sole, lo spettacolare anello di luce incanta Mi Foto Claudio Furlan - LaPresse 16 Aprile 2020 Milano (Italia) CronacaAlone attorno al sole - A Milano, attorno al sole compare un Alone, fenomeno ottico conosciuto come alone di 22°, causato dalla rifrazione sui cristalli di ghiaccio in sospensione nel‘atmosfera .Nella foto: Piazza DuomoPhoto Claudio Furlan/Lapresse16 Aprile 2020 Milano (Italy)NewsHalo (optical phenomenon) - Halo is the name for a family of optical phenomena produced by light (typically from the Sun or Moon) interacting with ice crystals suspended in the atmosphere. In the photo: Duomo square、クレジット:LaPresse/共同通信イメージズ 「LaPresse」

  42. 2020042001012

    Alone intorno al sole, lo spettacolare anello di luce incanta To Foto Fabio Ferrari/LaPresse 16 Aprile 2020 Torino, Italia CronacaAlone attorno al sole - A Torino, attorno al sole compare un Alone, fenomeno ottico conosciuto come alone di 22°, causato dalla rifrazione sui cristalli di ghiaccio in sospensione nel‘atmosfera .Nella foto: Una ragazza osserva l‘alone Photo Fabio Ferrari/LaPresse April 16, 2020 Torino, Italy NewsHalo (optical phenomenon) - Halo is the name for a family of optical phenomena produced by light (typically from the Sun or Moon) interacting with ice crystals suspended in the atmosphere. In the pic: A girl looks at the halo、クレジット:LaPresse/共同通信イメージズ 「LaPresse」

  43. 2020042001035

    Alone intorno al sole, lo spettacolare anello di luce incanta To Foto Fabio Ferrari/LaPresse 16 Aprile 2020 Torino, Italia CronacaAlone attorno al sole - A Torino, attorno al sole compare un Alone, fenomeno ottico conosciuto come alone di 22°, causato dalla rifrazione sui cristalli di ghiaccio in sospensione nel‘atmosfera .Nella foto: Una ragazza osserva l‘alone Photo Fabio Ferrari/LaPresse April 16, 2020 Torino, Italy NewsHalo (optical phenomenon) - Halo is the name for a family of optical phenomena produced by light (typically from the Sun or Moon) interacting with ice crystals suspended in the atmosphere. In the pic: A girl looks at the halo、クレジット:LaPresse/共同通信イメージズ 「LaPresse」

  44. 2020042001038

    Alone intorno al sole, lo spettacolare anello di luce incanta Mi Foto Claudio Furlan - LaPresse 16 Aprile 2020 Milano (Italia) CronacaAlone attorno al sole - A Milano, attorno al sole compare un Alone, fenomeno ottico conosciuto come alone di 22°, causato dalla rifrazione sui cristalli di ghiaccio in sospensione nel‘atmosfera .Nella foto: Piazza DuomoPhoto Claudio Furlan/Lapresse16 Aprile 2020 Milano (Italy)NewsHalo (optical phenomenon) - Halo is the name for a family of optical phenomena produced by light (typically from the Sun or Moon) interacting with ice crystals suspended in the atmosphere. In the photo: Duomo square、クレジット:LaPresse/共同通信イメージズ 「LaPresse」

  45. 2020042001053

    Alone intorno al sole, lo spettacolare anello di luce incanta To Foto Fabio Ferrari/LaPresse 16 Aprile 2020 Torino, Italia CronacaAlone attorno al sole - A Torino, attorno al sole compare un Alone, fenomeno ottico conosciuto come alone di 22°, causato dalla rifrazione sui cristalli di ghiaccio in sospensione nel‘atmosfera .Nella foto: l‘alone , sullo sfondo la Basilica di SupergaPhoto Fabio Ferrari/LaPresse April 16, 2020 Torino, Italy NewsHalo (optical phenomenon) - Halo is the name for a family of optical phenomena produced by light (typically from the Sun or Moon) interacting with ice crystals suspended in the atmosphere. In the pic:the halo、クレジット:LaPresse/共同通信イメージズ 「LaPresse」

  46. 2020042001029

    Alone intorno al sole, lo spettacolare anello di luce incanta Mi Foto Claudio Furlan - LaPresse 16 Aprile 2020 Milano (Italia) CronacaAlone attorno al sole - A Milano, attorno al sole compare un Alone, fenomeno ottico conosciuto come alone di 22°, causato dalla rifrazione sui cristalli di ghiaccio in sospensione nel‘atmosfera .Nella foto: la statua di Vittorio Emanuele Piazza DuomoPhoto Claudio Furlan/Lapresse16 Aprile 2020 Milano (Italy)NewsHalo (optical phenomenon) - Halo is the name for a family of optical phenomena produced by light (typically from the Sun or Moon) interacting with ice crystals suspended in the atmosphere. In the photo: Vittorio Emanuele statue in Piazza Duomo、クレジット:LaPresse/共同通信イメージズ 「LaPresse」

  47. 2020042001000

    Alone intorno al sole, lo spettacolare anello di luce incanta Mi Foto Claudio Furlan - LaPresse 16 Aprile 2020 Milano (Italia) CronacaAlone attorno al sole - A Milano, attorno al sole compare un Alone, fenomeno ottico conosciuto come alone di 22°, causato dalla rifrazione sui cristalli di ghiaccio in sospensione nel‘atmosfera .Nella foto: Piazza DuomoPhoto Claudio Furlan/Lapresse16 Aprile 2020 Milano (Italy)NewsHalo (optical phenomenon) - Halo is the name for a family of optical phenomena produced by light (typically from the Sun or Moon) interacting with ice crystals suspended in the atmosphere. In the photo: Duomo square、クレジット:LaPresse/共同通信イメージズ 「LaPresse」

  48. 2020042001011

    Alone intorno al sole, lo spettacolare anello di luce incanta To Foto Fabio Ferrari/LaPresse 16 Aprile 2020 Torino, Italia CronacaAlone attorno al sole - A Torino, attorno al sole compare un Alone, fenomeno ottico conosciuto come alone di 22°, causato dalla rifrazione sui cristalli di ghiaccio in sospensione nel‘atmosfera .Nella foto: l‘alone Photo Fabio Ferrari/LaPresse April 16, 2020 Torino, Italy NewsHalo (optical phenomenon) - Halo is the name for a family of optical phenomena produced by light (typically from the Sun or Moon) interacting with ice crystals suspended in the atmosphere. In the pic:the halo、クレジット:LaPresse/共同通信イメージズ 「LaPresse」

  49. 2020042001101

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  50. 2020042001108

    Alone intorno al sole, lo spettacolare anello di luce incanta Mi Foto Claudio Furlan - LaPresse 16 Aprile 2020 Milano (Italia) CronacaAlone attorno al sole - A Milano, attorno al sole compare un Alone, fenomeno ottico conosciuto come alone di 22°, causato dalla rifrazione sui cristalli di ghiaccio in sospensione nel‘atmosfera .Nella foto: Piazza DuomoPhoto Claudio Furlan/Lapresse16 Aprile 2020 Milano (Italy)NewsHalo (optical phenomenon) - Halo is the name for a family of optical phenomena produced by light (typically from the Sun or Moon) interacting with ice crystals suspended in the atmosphere. In the photo: Duomo square、クレジット:LaPresse/共同通信イメージズ 「LaPresse」

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