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Ö O × g Q l ¡ h i Ô ‰ ¨ É ˚ ¸ • ‰ ˇ ’ 2 ‰ à Ô ‰ — Ø Ù Q ’ ¨× É ˚ ⁄ • k Ú ” ’ Û k Ú ” à Ü ž à Ý Þ ß à à à ¨ k d à c T à ⁄ à à ‹ ‹ • & Ñ• ı ˙ G) ’ • n • # Ü ž Œı ˙ ˝ G • L D k Ú ” ‘ 5 C fi • ¥ ı Ö j 3 T • j ˙ ˝ G • y — 8 Œ. ЃJ i b N s 搅 1410 TEL F FAX F c Ǝ ԁF 9 F00 `12 F00. We present a metamaterial that acts as a strongly resonant absorber at terahertz frequencies Our design consists of a bilayer unit cell which allows for maximization of the absorption through independent tuning of the electrical permittivity and magnetic permeability An experimental absorptivity of 70% at 13 terahertz is demonstrated We utilize only a single unit cell in the propagation.

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Translingual ·The tenth letter of the basic modern Latin alphabet··(IPA) palatal approximant (pharmacy, obsolete) one ℥j one ounce (physics) imaginary unit. U ±4 w j \ b6ë b v , b ¹ î ± v 4 w7 #Ý j Ç _ ö Y A ±4 w( Ç 100 S Ç è V P14 4 w j p >4 w) ( Ç 30 S Ç è V100 S Ç 6 P50 4 w j p °4 w) ( Ç 15 S Ç è V30 S Ç 6 P57 4 w j `4 w) ( Ç 15 S Ç 6 P108 4 w j) b4 X b4 w ¡ Û « _ ( E S(3) 4 w7 #Ý j b0d c p ° w bDID b Ç 0d 8 M @ ¨ 8 @ G G c 4 w j. We present a single pixel terahertz (THz) imaging technique using optical photoexcitation of semiconductors to dynamically and spatially control the electromagnetic properties of a semiconductor mask to collectively form a THz spatial light modulator (SLM) By copropagating a THz and collimated optical laser beam through a highresistivity silicon wafer, we are able to modify the THz.

File Name Date Prepared By Revision Customer Item Number McDONALD’S MCD9050RSMCDS 02/28/18 RA/CM MCD 9050 7 X 10 LED DOUBLE FACE WITH COPY. Translingual ·The tenth letter of the basic modern Latin alphabet··(IPA) palatal approximant (pharmacy, obsolete) one ℥j one ounce (physics) imaginary unit. N¾ ì 1ç{ßB¥`YÔ ’í ¤Q™ ಠ(È Äv7” Q‚MfKI ÁíJfa å8l¿ ¢pru>oµaµÓ˜Z2®¾{r§ ‘k ë í„´WÄ?f³Ý“z\±o™Û‚#ßÀÅJW`ØëÑ~j–€L1 V¿Ém?r>Ö ºÁ»Øl¶Úû ™·>Ù©‡˜PÑ—Ý`Ä5HsŸTµ«0æ°ÓXÓ Ÿ#±ay¬ ¼È Êu ²µ;lXùxJtèÙÊé©!þ •–ï؉»í ôWnAR¬ëPéµ.

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