Deep broad-band infrared nulling using a single-mode fiber beam combiner and baseline rotation
P Haguenauer, E Serabyn… - Advances in Stellar …, 2006 - spiedigitallibrary.org
The basic advantage of single-mode fibers for deep nulling applications resides in their
spatial filtering ability, and has now long been known. However, and as suggested more …
spatial filtering ability, and has now long been known. However, and as suggested more …
[PDF][PDF] Deep broad-band infrared nulling using a single-mode fiber beam combiner and baseline rotation
B Mennesson, P Haguenauer, E Serabyn, K Liewer - scholar.archive.org
The basic advantage of single-mode fibers for deep nulling applications resides in their
spatial filtering ability, and has now long been known. However, and as suggested more …
spatial filtering ability, and has now long been known. However, and as suggested more …
Deep broad-band infrared nulling using a single-mode fiber beam combiner and baseline rotation
B Mennesson, P Haguenauer, E Serabyn… - Proc. of SPIE Vol - spiedigitallibrary.org
The basic advantage of single-mode fibers for deep nulling applications resides in their
spatial filtering ability, and has now long been known. However, and as suggested more …
spatial filtering ability, and has now long been known. However, and as suggested more …
Deep broad-band infrared nulling using a single-mode fiber beam combiner and baseline rotation
B Mennesson, P Haguenauer… - Advances in Stellar …, 2006 - ui.adsabs.harvard.edu
The basic advantage of single-mode fibers for deep nulling applications resides in their
spatial filtering ability, and has now long been known. However, and as suggested more …
spatial filtering ability, and has now long been known. However, and as suggested more …
[PDF][PDF] Deep broad-band infrared nulling using a single-mode fiber beam combiner and baseline rotation
B Mennesson, P Haguenauer, E Serabyn, K Liewer - researchgate.net
The basic advantage of single-mode fibers for deep nulling applications resides in their
spatial filtering ability, and has now long been known. However, and as suggested more …
spatial filtering ability, and has now long been known. However, and as suggested more …
[PDF][PDF] Deep broad-band infrared nulling using a single-mode fiber beam combiner and baseline rotation
B Mennesson, P Haguenauer, E Serabyn, K Liewer - academia.edu
The basic advantage of single-mode fibers for deep nulling applications resides in their
spatial filtering ability, and has now long been known. However, and as suggested more …
spatial filtering ability, and has now long been known. However, and as suggested more …
[PDF][PDF] Deep broad-band infrared nulling using a single-mode fiber beam combiner and baseline rotation
B Mennesson, P Haguenauer, E Serabyn, K Liewer - Proc. of SPIE Vol - ao.jpl.nasa.gov
The basic advantage of single-mode fibers for deep nulling applications resides in their
spatial filtering ability, and has now long been known. However, and as suggested more …
spatial filtering ability, and has now long been known. However, and as suggested more …
Deep Broad-Band Infrared Nulling Using A Single-Mode Fiber Beam Combiner and Baseline Rotation
B Mennesson, P Haguenauer, E Serabyn… - SPIE Conference on …, 2006 - ntrs.nasa.gov
The basic advantage of single-mode fibers for deep nulling applications resides in their
spatial filtering ability, and has now long been known. However, and as suggested more …
spatial filtering ability, and has now long been known. However, and as suggested more …