The advent of nanoscale multilayer (ML) technology has led to great breakthroughs in many
scientific and technological fields such as nano-manufacturing, bio-imaging, atto-physics …

Extreme ultraviolet and soft X-ray (XUV) multilayer optics have experienced significant
development over the past few years, particularly on controlling the spectral characteristics …

Mg-based multilayers, including SiC/Mg, Co/Mg, B 4 C/Mg, and Si/Mg, are investigated for
solar imaging and a He II calibration lamp at a 30.4 nm wavelength. These multilayers were …

Future solar experiments designed to perform solar plasma diagnostics will also be based
on extreme-ultravilet observations. Multilayer (ML) optics are essential in this spectral region …

Zr/Mg multilayer mirror was proposed for extreme ultraviolet (EUV) spectral range and
deposited by magnetron sputtering. Its thermal stability during annealing up to 600 C was …

The efficiency of B_4C, Mo and Zr barrier layers to improve thermal stability of Mg/Co
multilayer up to 400° C is investigated. Multilayers were deposited by direct current …

The transmittance of dc magnetron-sputtered Mg thin films was measured in the 25–1300 eV
spectral range. Freestanding Mg films protected with Al layers were characterized ex situ …

The effect of increasing temperature on the structural stability and interactions of two kinds of
Al/Zr (Al (1% wtSi)/Zr and Al (Pure)/Zr) multilayer mirrors are investigated. All Al/Zr …

High reflective multilayer mirrors are widely used as optical elements for applications such
as extreme ultraviolet (EUV) microscopy, high harmonic femtosecond chemistry, solar …

Using an optimization method of layer thicknesses based on a genetic algorithm, aperiodic
multilayer structures are designed, which display excellent quarter-wave plate (QWP) …