<--- Back to Details
First PageDocument Content
Computing / International Earth Rotation and Reference Systems Service / CH postcode area / HTML / Measurement / Geodesy / Time measurement
Date: 2011-09-22 10:33:11
Computing
International Earth Rotation and Reference Systems Service
CH postcode area
HTML
Measurement
Geodesy
Time measurement

Conventions (2010) • Published (electronic) 15 Dec 2010 after last round of corrections • Comprehensive software list on http://maia.usno.navy.mil/conv2010/software.html

Add to Reading List

Source URL: 62.161.69.131

Download Document from Source Website

File Size: 402,73 KB

Share Document on Facebook

Similar Documents

DIGITAL LASER DISTANCE METER  LD05e-A10 The RIEGL LD05e-A10 is a multi-purpose laser distance meter based on precise time-of-flight laser range measurement.

DIGITAL LASER DISTANCE METER LD05e-A10 The RIEGL LD05e-A10 is a multi-purpose laser distance meter based on precise time-of-flight laser range measurement.

DocID: 1vldG - View Document

An energy meter that makes wide range measurements of high-speed sampling possible.  DC∼25MHz 65,536-step An Energy meter Mounted with a time product measurement function!

An energy meter that makes wide range measurements of high-speed sampling possible. DC∼25MHz 65,536-step An Energy meter Mounted with a time product measurement function!

DocID: 1vfaD - View Document

Dienstleistungen & Produkte | Services & Products  Echtzeitmessung von Fokuslage und Strahlqualität Real-time measurement of focal position and beam quality

Dienstleistungen & Produkte | Services & Products Echtzeitmessung von Fokuslage und Strahlqualität Real-time measurement of focal position and beam quality

DocID: 1uKGH - View Document

DIGITAL LASER DISTANCE METERS  LD05-A20 and LD05-A40 The RIEGL LD05 is a multi-purpose laser distance meter based on precise time-of-flight laser range measurement.

DIGITAL LASER DISTANCE METERS LD05-A20 and LD05-A40 The RIEGL LD05 is a multi-purpose laser distance meter based on precise time-of-flight laser range measurement.

DocID: 1uuk8 - View Document

Arrow of time for repeated and continuous quantum measurement Andrew N. Jordan University of Rochester We will present theoretical results on the statistical arrow of time for a quantum system being monitored by a sequen

Arrow of time for repeated and continuous quantum measurement Andrew N. Jordan University of Rochester We will present theoretical results on the statistical arrow of time for a quantum system being monitored by a sequen

DocID: 1uaZT - View Document