- 데이터 없음
한국어
- English
- 简体中文
- 繁体中文
- Français
- Русский
- Italiano
- 日本語
- 한국어
- Português
- Deutsch
- Español
- Türkçe
- Ελληνικά
- Nederlands
- Tiếng Việt
- Polski
한국어
- 원자 램프What is CNC Laser Cutting？ How it Works, Types, and Advantages
What is CNC Laser Cutting？ How it Works, Types, and Advantages
$0.00 - 원자 램프Harnessing light-powered nanoscale electrical currents to propel emerg
Harnessing light-powered nanoscale electrical currents to propel emerging technologies. From phys.org.
$0.00 - 원자 램프NASA laser communications terminal delivered for Artemis II moon mission
NASA laser communications terminal delivered for Artemis II moon mission. From phys.org.
$0.00 - 원자 램프Ultra-short laser flashes on demand: Controllable light pulse pairs fr
Ultra-short laser flashes on demand: Controllable light pulse pairs from a single-fiber laser. From phys.org.
$0.00 - 원자 램프Unraveling the structural dynamics of photosystem II with femtosecond
Unraveling the structural dynamics of photosystem II with femtosecond X-ray crystallography. From phys.org.
$0.00 - 원자 램프Magnetizing laser-driven inertial fusion implosions
Magnetizing laser-driven inertial fusion implosions. From phys.org.
$0.00 - 원자 램프Breaking the 10-petawatt limit with a new laser amplification
Breaking the 10-petawatt limit with a new laser amplification. From phys.org.
$0.00 - 원자 램프NASA's Deep Space Optical Comm demo sends, receives first data
NASA's Deep Space Optical Comm demo sends, receives first data. From phys.org.
$0.00 - 모터New procedure allows micro-printing inside existing materials with greater accuracy
New procedure allows micro-printing inside existing materials with greater accuracy
$0.00 - 원자 램프Photonics team develops high-performance ultrafast lasers that fit on
Photonics team develops high-performance ultrafast lasers that fit on a fingertip. From phys.org.
$0.00 - 원자 램프Picking up the statistics of good vibrations in Brillouin-Mandelstam s
Picking up the statistics of good vibrations in Brillouin-Mandelstam scattering. From phys.org.
$0.00 - 원자 램프High-performance 937-nm laser lets scientists see deeper with lower power
High-performance 937-nm laser lets scientists see deeper with lower power. From phys.org.
$0.00 - 원자 램프5 COMMON ISSUES WITH LASER CUTTING AND HOW TO AVOID THEM
5 COMMON ISSUES WITH LASER CUTTING AND HOW TO AVOID THEM
$0.00 - 원자 램프Laser cleaning of fossil vertebrates
In this work we present preliminary results on the application of laser cleaning to palaeontological findings, such as fossils included in various stone matrices. Laboratory tests were carried out on samples of fossil bones of mammals collected from Italian sites by using a Nd:YAG laser system developed for the conservation of stone artworks. Prior to undergoing laser treatment, bones and stone matrices were characterised by mineralogical and petrographical examinations. Objective observations during the procedure, as well as post-cleaning analyses indicated that laser cleaning can provide high precision and control in the removal of stone layers from the surface of fossils. From ResearchGate
$0.00 - 원자 램프Hot electron electrochemistry with ultrafast laser pulses
Hot electron electrochemistry with ultrafast laser pulses. From phys.org
$0.00 - 제어Tailoring 'hollow' hydrogen molecule generation with two-color, bicircularly polarized laser pulses
Tailoring 'hollow' hydrogen molecule generation with two-color, bicircularly polarized laser pulses
$0.00 - 원자 램프Time resolved studies reveal the origin of the unparalleled high efficiency of one nanosecond laser ablation in liquids
Time resolved studies reveal the origin of the unparalleled high efficiency of one nanosecond laser ablation in liquids. From phys.org.
$0.00 - 원자 램프Researchers develop laser that could 'reshape the landscape of integrated photonics'
Researchers develop laser that could 'reshape the landscape of integrated photonics'. From phys.org.
$0.00 - 원자 램프Ultrafast lasers map electrons 'going ballistic' in graphene with impl
Ultrafast lasers map electrons 'going ballistic' in graphene with implications for next-gen electronic devices. From phys.org.
$0.00