W.M. Keck Observatory adaptive optics program

W.M. Keck Observatory Adaptive Optics Science Capabilities

W/C mirror deposition optimization

W/C multilayer monochromator for radiation biology and materials science applications

W/C multilayers deposited on plastic films

W/SiC and Pt/SiC multilayers for the NuSTAR hard x-ray telescope

Wadsworth mount redux: paraboloidal versus spherical gratings

Waffle mode error in the AEOS adaptive optics point-spread function

WALES: WAter vapour Lidar Experiment in Space

WALI - Wide Angle Laser Imaging enhancement to ExoMars PanCam: a system for organics and life detection

Walking vector soliton caging and releasing

Warm Circumstellar Dust in the HD 98800 Quadruple Star System

Was können Tubuslinsen? Barlow- und Shapley-Linsen bereichern die Hauptoptik.

Watching outside while under a carpet cloak of invisibility

Water Collisions with Normal and Parahydrogen

Water masers observed with a 1008-channel acousto-optical radio spectrometer

Water vapor - Spectral transmission at wavelengths between 0.7 micron and 1 micron

Water vapor absorption in the visible and near infrared: results of field measurements

Water vapor absorption spectra of the upper atmosphere /45-185 per cm/

Water vapor continuum absorption in the 3.5-4.0-micrometer region