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IN16B

Versatile high flux backscattering spectrometer

- Energy,Scientific news,IN6-Sharp,IN16B,United Kingdom,USA
- News,Energy,Industry - Advanced Materials,Scientific news,IN16B,Germany,Switzerland,USA
- Health,Biology Health,Industry - Pharmaceuticals,Soft matter,Scientific news,IN13,IN16B,France,Italy
- News,Health,Biology Health,Industry - Pharmaceuticals,Soft matter,Press releases,Scientific news,D22,FIGARO,IN5,IN13,IN15,IN16B,Italy,Spain,United Kingdom
- News,Energy,Advanced materials,Industry - Hydrogen-based Energy,Scientific news,D4,D11,D16,D17,D22,D33,D50-NeXT,FIGARO,IN5,IN6-Sharp,IN16B,PANTHER,SuperADAM,France,United Kingdom
- News,Biology Health,Scientific news,IN16B,Denmark,France
- News,Industry - Consumer Goods & Chemicals,Industry - Microelectronics,Scientific news,IN1 TAS/Lagrange,IN6-Sharp,IN11,IN16B,Belgium,United Kingdom
- IN6-Sharp,IN16B,United Kingdom,News,Advanced materials,Industry - Advanced Materials,Scientific news
- IN16B,Germany,News,Scientific news

Replacing silicon crystals with gallium arsenide ones quadruples energy resolution, the biggest jump the technique has seen in its half-century history. A success story of the IN16B instrument

- IN6-Sharp,IN13,IN16B,France,News,Biology Health,Scientific news

For the past 25 years, scientists have been developing fluorescent proteins for bioimaging. Today their diversity covers nearly the whole visible spectrum, including blue, cyan, green, yellow, orange, red, far-red and near infrared, allowing…