Limited observations hinder understanding of turbulent characteristics in mountainous
terrain resulting from heating or cooling of slopes, wind, vertical motions, and heat or …

We report new results from the 50-MHz Jicamarca radar in Peru (12° S, 77° W), which is
able to observe backscatter from the daytime mesosphere on any given day. Since 2005, the …

Measurements of turbulent energy dissipation rates by radar spectral-width procedures
require differencing two numbers to produce a difference that is small relative to the two …

摘要北京MST 雷达是子午工程建设的国内仅有的两部MST 雷达之一, 为研究其在中间层
低热层MLT 区域的探测能力以及数据可靠性, 本文应用北京MST 雷达2012, 2013 …

Beijing MST radar is one of the Chinese Meridian Project constructions of only two domestic
MST radars. It was built by Institute of Atmospheric Physics, Chinese Academy of Sciences …

Radar cross sections (RCS) of mesospheric layers at 50 MHz observed at Jicamarca, Peru,
range from 10− 18 to 10− 16 m− 1, three orders of magnitudes smaller than cross sections …

Abstract MST (mesosphere, stratosphere, troposphere) radar observations at Jicamarca use
four antenna beams, one vertical, others tilted to the east, west, and south, to detect the …

We present a comprehensive study on radar scattering cross section of mesospheric echoes
and mesospheric turbulence parameters based on several days of observations made …

This paper discusses the relationship between planning and discovery in science using
examples drawn from equatorial aeronomy in general and research at the Jicamarca Radio …

Short‐period gravity waves are ubiquitous in the mesosphere, but the vertical structures of
their perturbations are difficult to observe. The Jicamarca 50‐MHz very high frequency radar …