序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
61 Electromagnetic wave detector device US47804554 1954-12-28 US2830267A 1958-04-08 GEORGES BROUSSAUD; JEAN-CLAUDE SIMON
62 Ultra high frequency electric discharge device US46052342 1942-10-02 US2454560A 1948-11-23 LAFFERTY JAMES M
63 Vibratory system and apparatus US27203428 1928-04-23 US1962155A 1934-06-12 PIERCE GEORGE W
64 Alternating current operated radio set US9080726 1926-02-26 US1850270A 1932-03-22 ALEXANDER NYMAN
65 Radioreceiver US39628120 1920-07-14 US1522305A 1925-01-06 MARIUS LATOUR
66 Receiver for wireless telegraph and telephone circuits US9419516 1916-04-28 US1338756A 1920-05-04 SUMMERS FRANK E
67 Wave-detector. US1912633530 1912-03-13 US1294177A 1919-02-11 SCHLOEMILCH WILHELM
68 Coherer. US1906341029 1906-10-29 US993024A 1911-05-23 BURKE EDWARD J
69 Wireless-telegraph system. US1906307679 1906-03-23 US837616A 1906-12-04 DUNWOODY HENRY H C
70 Receiver for use in wireless telegraphy. US1902122060 1902-09-04 US796800A 1905-08-08 BRANLY EDOUARD
71 Receiver for wireless telegraphy. US1902117306 1902-07-28 US762829A 1904-06-14 LODGE OLIVER JOSEPH; MUIRHEAD ALEXANDER; ROBINSON EDWARD ERNEST
72 Coherer for wireless signaling. US1902122749 1902-09-10 US741767A 1903-10-20 CLARK THOMAS E
73 Receiver for signaling. US1902136967 1902-12-29 US727328A 1903-05-05 FESSENDEN REGINALD A
74 Receiver for electromagnetic waves. US1902125031 1902-09-27 US727327A 1903-05-05 FESSENDEN REGINALD A
75 Method of communicating signals through space. US1902118253 1902-08-04 US716334A 1902-12-16 FOREST LEE DE; SMYTHE EDWIN H
76 Wireless-telegraph system. US1901080388 1901-10-29 US708071A 1902-09-02 PICKARD GREENLEAF W
77 Apparatus for use in wireless telegraphy. US1899729894 1899-09-09 US673553A 1901-05-07 BURRY JOHN
78 Wireless telegraphy. US1899736198 1899-11-07 US644497A 1900-02-27 COLLINS ARCHIE FREDERICK
79 CARBON NANOTUBES FOR WIRELESS COMMUNICATION AND RADIO TRANSMISSION PCT/US2008060130 2008-04-11 WO2009002588A3 2009-02-26 BURKE PETER J; RUTHERGLEN CHRISTOPHER M
Described herein are systems and methods in which a carbon nanotube (CNT) is used as a demodulator of amplitude-modulated (AM) signals. Due to the nonlinear current-voltage (I-V) characteristics of a CNT, the CNT induces rectification of an applied RF signal enabling the CNT to function as a demodulator of an amplitude-modulated (AM) RF signal. By properly biasing the CNT such that the operating point is centered on the maximum portion of the I-V curve, the demodulation effect of the CNT can be maximized. The present invention is useful for possible nanoscale wireless communications systems, e.g., nanoscale radios.
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