Latest Gemini technology for ultimate microscopic characterization of challenging samples
2020.12.16(수) 오전 10시
![Magnetic, iron manganese nanoparticles where one cuboid particle has an edge length of approximately 25 nm, imaged at low acceleration voltage, ZEISS GeminiSEM 560, Inlens SE image, 1 kV, scale bar 60 nm.]({"small":"https://images.zeiss.com/media/press-photos/products/microscopy/magnetic_pfemn_particles.ts-1606210682756.jpg/Magnetic%2C%20iron%20manganese%20nanoparticles%20where%20one%20cuboid%20particle%20has%20an%20edge%20length%20of%20approximately%2025%20nm%2C%20imaged%20at%20low%20acceleration%20voltage%2C%20ZEISS%20GeminiSEM%20560%2C%20Inlens%20SE%20image%2C%201%20kV%2C%20scale%20bar%2060%20nm..jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=640&s=08bf78e3358212d86272f3d43e99fdc8","large":"https://images.zeiss.com/media/press-photos/products/microscopy/magnetic_pfemn_particles.ts-1606210682756.jpg/Magnetic%2C%20iron%20manganese%20nanoparticles%20where%20one%20cuboid%20particle%20has%20an%20edge%20length%20of%20approximately%2025%20nm%2C%20imaged%20at%20low%20acceleration%20voltage%2C%20ZEISS%20GeminiSEM%20560%2C%20Inlens%20SE%20image%2C%201%20kV%2C%20scale%20bar%2060%20nm..jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1280&s=f40fbd9cc55934fccfe9c85c101eabdc","medium":"https://images.zeiss.com/media/press-photos/products/microscopy/magnetic_pfemn_particles.ts-1606210682756.jpg/Magnetic%2C%20iron%20manganese%20nanoparticles%20where%20one%20cuboid%20particle%20has%20an%20edge%20length%20of%20approximately%2025%20nm%2C%20imaged%20at%20low%20acceleration%20voltage%2C%20ZEISS%20GeminiSEM%20560%2C%20Inlens%20SE%20image%2C%201%20kV%2C%20scale%20bar%2060%20nm..jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=832&s=3bac4c734cdfa5a588f3dbb5a13eadda","full":"https://images.zeiss.com/media/press-photos/products/microscopy/magnetic_pfemn_particles.ts-1606210682756.jpg/Magnetic%2C%20iron%20manganese%20nanoparticles%20where%20one%20cuboid%20particle%20has%20an%20edge%20length%20of%20approximately%2025%20nm%2C%20imaged%20at%20low%20acceleration%20voltage%2C%20ZEISS%20GeminiSEM%20560%2C%20Inlens%20SE%20image%2C%201%20kV%2C%20scale%20bar%2060%20nm..jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1920&s=eb3e852a2db171f74bfb14ebc1e8c9df"} "Magnetic, iron manganese nanoparticles where one cuboid particle has an edge length of approximately 25 nm, imaged at low acceleration voltage, ZEISS GeminiSEM 560, Inlens SE image, 1 kV, scale bar 60 nm.")
Magnetic, iron manganese nanoparticles where one cuboid particle has an edge length of approximately 25 nm, imaged at low acceleration voltage, ZEISS GeminiSEM 560, Inlens SE image, 1 kV, scale bar 60 nm.
![Nanometer-scaled features on the fractured surface of a non-conductive mineral, montmorillonite, visualized at low landing energy, ZEISS GeminiSEM 560, Inlens SE image, 800 V, scale bar 200 nm.]({"small":"https://images.zeiss.com/media/press-photos/products/microscopy/montmorillonite_800v.ts-1606226874644.jpg/Nanometer-scaled%20features%20on%20the%20fractured%20surface%20of%20a%20non-conductive%20mineral%2C%20montmorillonite%2C%20visualized%20at%20low%20landing%20energy%2C%20ZEISS%20GeminiSEM%20560%2C%20Inlens%20SE%20image%2C%20800%20V%2C%20scale%20bar%20200%20nm..jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=640&s=f16ebd00c3a15e7074f10dd82b8394a2","large":"https://images.zeiss.com/media/press-photos/products/microscopy/montmorillonite_800v.ts-1606226874644.jpg/Nanometer-scaled%20features%20on%20the%20fractured%20surface%20of%20a%20non-conductive%20mineral%2C%20montmorillonite%2C%20visualized%20at%20low%20landing%20energy%2C%20ZEISS%20GeminiSEM%20560%2C%20Inlens%20SE%20image%2C%20800%20V%2C%20scale%20bar%20200%20nm..jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1280&s=4ebe4556775b4c22ace0dfd755d9877a","medium":"https://images.zeiss.com/media/press-photos/products/microscopy/montmorillonite_800v.ts-1606226874644.jpg/Nanometer-scaled%20features%20on%20the%20fractured%20surface%20of%20a%20non-conductive%20mineral%2C%20montmorillonite%2C%20visualized%20at%20low%20landing%20energy%2C%20ZEISS%20GeminiSEM%20560%2C%20Inlens%20SE%20image%2C%20800%20V%2C%20scale%20bar%20200%20nm..jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=832&s=3d4a420a35ab65fbda7d4caa1b85458b","full":"https://images.zeiss.com/media/press-photos/products/microscopy/montmorillonite_800v.ts-1606226874644.jpg/Nanometer-scaled%20features%20on%20the%20fractured%20surface%20of%20a%20non-conductive%20mineral%2C%20montmorillonite%2C%20visualized%20at%20low%20landing%20energy%2C%20ZEISS%20GeminiSEM%20560%2C%20Inlens%20SE%20image%2C%20800%20V%2C%20scale%20bar%20200%20nm..jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1920&s=8698b967f0c26e4b2f86b538dc08635f"} "Nanometer-scaled features on the fractured surface of a non-conductive mineral, montmorillonite, visualized at low landing energy, ZEISS GeminiSEM 560, Inlens SE image, 800 V, scale bar 200 nm.")
Nanometer-scaled features on the fractured surface of a non-conductive mineral, montmorillonite, visualized at low landing energy, ZEISS GeminiSEM 560, Inlens SE image, 800 V, scale bar 200 nm.
- 일시: 2020년 12월 16일(수) 오전 10시 - 11시
- 강사: 자이스 코리아 박병준 전문위원 (Product Application and Sales Specialist)
- 내용
- 저전압 Gemini 기술의 강점
- 새로운 ZEISS FE-SEM 포트폴리오 소개
- 저전압 이미징 및 화학적 맵핑 등 더 새롭고 다양한 어플리케이션 응용
- 참가: 아래 신청 폼을 통해 등록 후 웨비나 플랫폼 ZOOM으로 접속
- 문의: Email