Call Number (LC) Title Results
C 60.10:11-481 Improved estimation of the third-order harmonic emissions of land mobile radio base stations 1
C 60.10:12-483 A prototype antenna for total RF field measurement 1
C 60.10:12-484 Free-field measurements of the electrical properties of soil using the surface wave propagation between two monopole antennas 1
C 60.10:12-487 The rabbit ears pulse-envelope phenomenon in off-fundamental detection of pulsed signals 1
C 60.10:12-488 Relationships between measured power and measurement bandwidth for frequency-modulated (chirped) pulses 1
C 60.10:13-490 Analysis and resolution of RF interference to radars operating in the band 2700-2900 MHz from broadband communication transmitters 1
C 60.10:13-493/REV. Intelligibility of the adaptive multi-rate speech coder in emergency-response environments 1
C 60.10:13-495 Intelligibility of analog FM and updated P25 radio systems in the presence of fireground noise : text plan and results 1
C 60.10:14-506 Effects of radar interference on LTE (FDD) eNodeB and UE receiver performance in the 3.5 GHz band 1
C 60.10:14-507 EMC measurements for spectrum sharing between LTE signals and radar receivers 1
C 60.10:15-512 Emission spectrum measurements of a 3.5 GHz LTE hotspot 1
C 60.10:15-515 Effect of broadband radio service reallocation on 2900-3100 MHz band marine radars : front-end overload 1
C 60.10:15-717 3.5 GHz exclusion zone analyses and methodology 1
C 60.10:78-2 Access area switching and signaling concepts, issues, and alternatives 1
C 60.10:78-4 Digital communication performance parameters for proposed Federal standard 1003 1
C 60.10:78-6 A preliminary estimate of the effects of spread-spectrum interference on TV 1
C 60.10:78-7 Interfacing the automated maritime mobile telephone system with the U.S. public switched telephone network 1
C 60.10:78-9 Current activities in small earth terminal satellite domestic telecommunications 1
C 60.10:78-10 Earth-space attenuation predictions for geostationary satellite links in the U.S.A. 1
C 60.10:78-11 Spectrum efficiency for multiple independent spread-spectrum land mobile radio systems 1