It is one of the most
accurate measurement instruments available today: the high - performance microscope at the Institute of Applied Physics of TU Wien acquires images of individual atoms by moving the tip of a fine needle...
Not exact matches
Today we can make
measurements accurate to 10 - 20 metres — 10,000 times smaller than a proton — with
instruments called laser interferometers.
This Directional Water Transport Tester (DWTT) is a sensitive,
accurate and reliable
instrument for fabrics» water absorption and transport
measurements developed by researchers at The Hong Kong Polytechnic University.
Though ground and aircraft sensors provide the most
accurate measurements of carbon monoxide for a localized area, satellites offer the best way to monitor wildfire emissions over broad regions, particularly in remote areas where there are fewer ground - based
instruments.
The adjusted USHCN CONUS temperatures are well aligned with recent
measurements from NOAA's U.S. Climate Reference Network (designed with the highest climate monitoring standards for siting and
instrument exposure), thus providing independent evidence that the USHCN provides an
accurate measure of the U.S. temperature.
He designed and built the
instruments that made
accurate measurements possible.
Both of the Nature Climate Change studies used a combination of direct
measurements of temperature at various depths, a
measurement of the altitude of the top of the ocean (sea level) from highly
accurate satellite
instruments, and measures of the mass of the water in the ocean, from the GRAIL gravity research project.
«Since the
measurement instrument is an integral part of the electrical thermometer, its calibration may be checked by substituting the resistance thermometer by an
accurate decade resistance box and by applying resistances equivalent to fixed 5 K temperature increments over the operational temperature range.
«[S] atellite - based retrievals will never be able to be as
accurate or precise as ground - based in - situ
instruments, as the
measurements are always affected by other confounding factors such as aerosols, which can never be fully eliminated with passive remote sensing (see Chapter 4).
Satellite
measurements might be «close enough for many applications», but even warmists scientists admit they can't actually measure the alleged imbalance because the
instruments aren't precise and
accurate enough.