TECHNICAL NOTES

Graphic Printers/Chart Recorders

*  RT1 Channel Sensitivity Ranges in GR33/34 Series of Recorders
*  RT2 Software Switch to Enable/Disable the External Control Panel - Firmware RMS1460-02
*  RT3 Notes on Interfacing to the GR33A/GR34A Recorders via the Parallel Port
*  RT4 Length of Print Strobes in GR33A/GR34A Recorders - AVAILABLE UPON REQUEST
*  RT5 GR33A/GR34A Timing Considerations for Signal Updating through Parallel Port
*  RT6 GR33/GR33A Chart Recorders [Standard & Special #1- - Firmware
Revisions, Differences
* RT7 Application Note - GP300-001
NT Printer, Black & White Mode (NT B&W) - AVAILABLE UPON REQUEST
* RT8 Application Note - GP300-03
Flash Programming - Firmware - AVAILABLE UPON REQUEST
* RT9 Application Note - GP300-004
Flash Programming - FPGA Configuration - AVAILABLE UPON REQUEST
* RT10 Application Note - GP300-008
Software Considerations for Host Identification of GP300, GR33A-Series Devices
AVAILABLE UPON REQUEST

Data Acquisition

* DT1 Multiprocessor Based Real-Time Data Acquisition Systems 
Gerardo Noriega, R&D Manager, RMS Instruments, October 1992- AVAILABLE UPON REQUEST
* DT2 Comparison of RMS Instruments Data Systems and PC Based Systems - AVAILABLE UPON REQUEST
* DT3 Sigma-Delta A/D Converters - Audio and Medium Bandwidths
Gerardo Noriega, R&D Manager, RMS Instruments, February 1996
* DT4 Application Note - Backing up DAS8/DGR33A Disk Files to Tape
* DT5 Application Note - Installation Advice Doppler or Pulse Input of RMS4185A Analog Module
* DT6 Application Note - Fourth Difference Pseudo-Trace
* DT7 Conversion Routines, ASCII to 2's Complement
* DT8 Application Note - Generic-Binary Data Types for Pseudo-Trace Creation
* DT9 On Data Acquisition Systems for Airborne Geophysics, Architectures, Operating Systems, Time Synchronization
Gerardo Noriega, R&D Manager, RMS Instruments, September 1999 - AVAILABLE UPON REQUEST
* DT10
Design Considerations in Instrumentation For Flight Inspection - Data Acquisition Systems & Graphic Printers, Architectures, Operating Systems
Gerardo Noriega, Vice-President, R&D Manager, RMS Instruments, June 2000 - AVAILABLE UPON REQUEST

Aeromagnetics & Compensation

* CT1 Overview of Aeromagnetic Compensation and RMS Instruments' Model AADCII Compensator
* CT2 AADCII Automatic Aeromagnetic Digital Compensator as a Single Sensor or Multisensor MAD System for ASW Aircraft
* CT3 Applications Manual for Portable Magnetometers 
Sheldon Breiner - AVAILABLE UPON REQUEST
* CT4 Aeromagnetic Gradiometry in 1995, 1996 
C.D. Hardwick, Exploration Geophysics, 27, 1-11 
* CT5

Rationale and Preliminary Plan for a High-Altitude Magnetic Survey Over the United States, 1996 
T. Hildenbrand, C.D. Hardwick et al, USGS Open File Report 96-276 

* CT6 A Helicopter Inboard Magnetic System - A World First, 1993 
C.D. Hardwick, Proceedings of 3rd International Congress of the Brazilian Geophysical Society, 

pp 479-483 

* CT7

Automated Interpretation of Horizontal Magnetic Gradient Profile Data, 1992 
D.L. Marcotte, C.D. Hardwick, Geophysics, Vol 57, No. 2 

* CT8

Functional Tests of Three New Magnetometers, 1992 
C.D. Hardwick, T. Onno 

* CT9

Non-Oriented Cesium Sensors for Airborne Magnetometry and Gradiometry, 1984 
C.D. Hardwick, Geophysics, Vol. 49, No. 11, pp 2024-2031 

*CT10

Important Design Considerations for Inboard Airborne Magnetic Gradiometers, 1984 
C.D. Hardwick, Geophysics, Vol. 49, No. 11, pp 2004-2018

VLF Electromagnetics

* VT1 Geological Mapping using VLF Radio Fields 
J.D. McNeill, V.F. Labson, 1990, in Nabighian, M. ed., Electromagnetic Methods in Applied Geophysics, Volume 2, Part B: Tulsa, Oklahoma, Society of Exploration Geophysicists, p. 521-640
*VT2 Airborne EM Instruments Operating at VLF and Higher Frequencies 
[Circa 1986]
A. Herz Industries Ltd., ed. G.J. Palacky; Geological Survey of Canada, Paper 86-22, p.55-61, 1986
*VT3
Continuous Gradient VLF Measusrements: a new possibility for high resolution mapping of karst structures
Frank P. Bosch and Imre Muller, First Break June 2001, Volume 19, Number 6,. p. 343-350.
*VT4
A comparison of performances of linearized and global nonlinear 2-D inversions of VLF and VLF-R electromagnetic data
P. Kaikkonen and S.P. Sharma, Geophysics, Volume 66, Number 2, March-April 2001, p. 462-475

*VT5

Electrical and Electromagnetic Methods

Transformation of VLF anomaly maps into apparent resistivity and phase

M Becken and L.B. Pedersen, Geophysics, Volume 68, No. 2, March-April 2003, p. 497-505



 
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