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@an.ni475: เขาขุดเขาทำกัน พันนี้นี่เอง แอนเพิ่งได้เห็นแหละนิ "ขุดต้นจิก ปลูกลงลูกท่อ" ว่า ผ่านหนัด นายหัวเก๋ #แม็คโคร #ขุดต้นจิก #ตรัง #แอนเองนิ๊ ยืนทำถ้าว

แอนเองนิ๊ มาแหลงใต้กัน
แอนเองนิ๊ มาแหลงใต้กัน
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Tuesday 20 October 2026 16:09:12 GMT
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boh650k
ชีวิตต้องเที่ยว :
ร้านนี้อร่อย ผมกินประจำ😁😁😁
2026-10-23 10:11:04
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its a eveyday thing
its a eveyday thing
edja talgha adbas la oufar erk midiwane ofen outar ned djed atay iknane oufar👣🐺
edja talgha adbas la oufar erk midiwane ofen outar ned djed atay iknane oufar👣🐺
Listen to this Sunspot Erupt! #sun #Astronomy #space What started as a nice clear, cloudless observing day quickly turned into something special. I didn’t expect to get this lucky, but this giant flare erupted from sunspot AR4392 right in view! Both light and radio waves are part of the electromagnetic spectrum and travel at the speed of light. In this video, you can see the flare in H-alpha light and hear its radio emission, synchronized as both are coming from the same solar event. A radio receiver converts the radio waves into audio, allowing us to “hear” the Sun. 🎥 Full solar telescope setup & capture process: https://www.youtube.com/watch?v=MVXYaBNYRNA 📡Radio instruments used: • Radio JOVE Single Dipole (20.1 MHz) • Single Dipole (40 MHz) • SuperSID Monitor (VLF 15–25 kHz) Radio JOVE detects solar radio bursts from flares, while SuperSID monitors changes in Earth’s ionosphere caused by those flares. ⏱️ Timelapse sped up 250× — hours of solar activity in minutes. #solarflare #telescope #astrophotography #solarsystem #spaceweather #radioastronomy #sunobservation #timelapse #radiojove #ar4392 #solaractivity #supersid #spacefacts #sol
Listen to this Sunspot Erupt! #sun #Astronomy #space What started as a nice clear, cloudless observing day quickly turned into something special. I didn’t expect to get this lucky, but this giant flare erupted from sunspot AR4392 right in view! Both light and radio waves are part of the electromagnetic spectrum and travel at the speed of light. In this video, you can see the flare in H-alpha light and hear its radio emission, synchronized as both are coming from the same solar event. A radio receiver converts the radio waves into audio, allowing us to “hear” the Sun. 🎥 Full solar telescope setup & capture process: https://www.youtube.com/watch?v=MVXYaBNYRNA 📡Radio instruments used: • Radio JOVE Single Dipole (20.1 MHz) • Single Dipole (40 MHz) • SuperSID Monitor (VLF 15–25 kHz) Radio JOVE detects solar radio bursts from flares, while SuperSID monitors changes in Earth’s ionosphere caused by those flares. ⏱️ Timelapse sped up 250× — hours of solar activity in minutes. #solarflare #telescope #astrophotography #solarsystem #spaceweather #radioastronomy #sunobservation #timelapse #radiojove #ar4392 #solaractivity #supersid #spacefacts #sol

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