ITU-R WP3M.AR C

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ITU-R WP3M.AR C

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Point-to-point and Earth-space propagation

Results:30 total items.

Contributions [ Source: China (People ]
	Number	Title	Source	Date
	[ 220 ]	Proposed modifications to Recommendations ITU-R P.530-18 and ITU-R P.618-14	China (People's Republic of)	2024-05-16
	[ 219 ]	Proposed draft [EDITORIAL] amendment of Recommendation ITU-R P.1622-1 - Prediction methods required for the design of Earth-space systems operating between 20 THz and 375 THz	China (People's Republic of)	2024-05-16
	[ 218 ]	Discussion document on the machine learning model in the field of radio wave propagation	China (People's Republic of)	2024-05-16
	[ 214 ]	Discussion about considering vegetation losses in clutter loss models in Document 3K/335.	China (People's Republic of)	2024-05-16
	[ 213 ]	Slant path clutter loss model update proposals based on latest working Document 3K/335	China (People's Republic of)	2024-05-16
	[ 208 ]	A solution to the problem in harmonization of the troposcatter transmission loss prediction model	China (People's Republic of)	2024-05-16
	[ 204 ]	Discussion document for Recommendation ITU-R P.530-18 - Atmospheric scintillation at 340 GHz	China (People's Republic of)	2024-05-16
	[ 203 ]	Discussion document about Recommendation ITU-R P.453-14	China (People's Republic of)	2024-05-16
	[ 202 ]	Proposed draft modification to Recommendation ITU-R P.1621-2 - Propagation data required for the design of Earth-space systems operating between 20 THz and 375 THz	China (People's Republic of)	2024-05-16
	[ 185 ]	Proposed modifications to Recommendation ITU-R P.452-17 - Attenuation of atmospheric gases and total transmission loss	China (People's Republic of)	2023-05-15
	[ 183 ]	Space path clutter loss model analysis considering different ground station heights at 6.5 GHz	China (People's Republic of)	2023-05-15
	[ 182 ]	Analysis of rain attenuation models and proposed modifications to Recommendation ITU-R P.530-18	China (People's Republic of)	2023-05-15
	[ 181 ]	Discussion document on diffraction/ducting loss due to terrain and/or specific obstruction of Recommendation ITU-R P.619 for the smooth earth assumption	China (People's Republic of)	2023-05-15
	[ 131 ]	Space path clutter loss model analysis considering different ground station height in the frequency range of 3.3-7.5 GHz	China (People's Republic of)	2022-05-23
	[ 130 ]	Propose modifications to Recommendation ITU-R P.310-10, Recommendation ITU-R P.680-3 and Recommendation ITU-R P.682-3 - Discussion about definition of fade depth	China (People's Republic of)	2022-05-23
	[ 129 ]	Proposed harmonization for troposcatter transmission loss prediction model in ITU-R P-Series Recommendations	China (People's Republic of)	2022-05-23
	[ 128 ]	Proposed editorial revision to Recommendation ITU-R P.617-5 and Recommendation ITU-R P.1812-6	China (People's Republic of)	2022-05-23
	[ 127 ]	Diffraction/ducting loss due to terrain and/or specific obstruction of Recommendation ITU-R P.619	China (People's Republic of)	2022-05-23
	[ 126 ]	A new Mie scattering attenuation predicting method and proposed modification to Recommendation ITU-R P.1622	China (People's Republic of)	2022-05-23
	[ 76 ]	Discussion document - Calibration of terrain loss measurement between NGSO satellite and Earth station	China (People's Republic of)	2021-06-09
	[ 75 ]	Sub 10 GHz space path clutter loss model analysis considering different ground station height	China (People's Republic of)	2021-06-09
	[ 74 ]	Proposed harmonization for troposcatter transmission loss prediction method in ITU-R P-Series Recommendations	China (People's Republic of)	2021-06-09
	[ 73 ]	Analysis of rain attenuation models and proposed modifications to Recommendation ITU-R P.618-13	China (People's Republic of)	2021-06-09
	[ 72 ]	Proposed modification to Recommendation ITU-R P.1622: Prediction methods required for the design of Earth space systems operating between 20 THz and 375 THz	China (People's Republic of)	2021-06-09
	[ 71 ]	Proposal for some modification Recommendation ITU-R P.619-4 - Propagation data required for the evaluation of interference between stations in space and those on the surface of the Earth	China (People's Republic of)	2021-06-09
	[ 70 ]	Proposed Editorial revision of Recommendation ITU-R P.453-14 - Statistical distribution of refractivity gradients	China (People's Republic of)	2021-06-09
	[ 53 ]	Draft liaison statement proposal to ITU-R Working Party 5D regarding the Earth-to-space clutter loss model in Recommendation ITU-R P.2108 and a new statistical terrain loss model	China (People's Republic of)	2021-04-16
	[ 52 ]	Terrain loss measurement between non-GSO satellites and Earth stations and model proposals	China (People's Republic of)	2021-04-16
	[ 51 ]	Clutter loss measurements in an urban/suburban scenario and model proposal for sub-10 GHz	China (People's Republic of)	2021-04-16
	[ 35 ]	Liaison statement proposal to ITU-R Working Party 5D regarding the Earth-to-space clutter loss model in Recommendation ITU-R P.2108	China (People's Republic of)	2020-08-03
Results:30 total items.

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