Technical Papers

Kurz Instruments is dedicated to providing all of the information needed to choose the instrumentation that will best suit your application. In addition to the extensive information available in the Product Brochure section and the Product Manual section, we continue to release additional information in Technical Papers such as the ones listed below. Make a habit of coming back to keep current with the emerging research and technology from Kurz Instruments, Inc.

Technical Comparison Between Kurz Series 450 Insertion Mass Flow Elements With a Series 155 Mass Flow Computer and FCI GF90 - DCN 364001

Basic Theory and Application of Kurz Thermal Mass Flow Meters - DCN 364003

Suggested Specifications for Automatic Isokinetic Air Samplers - DCN 364004
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Power and Combustion Application Guide - DCN 364006

Thermal Flow Monitor Design and Performance in Acid Rain Stacks - DCN 364007

Effect of Internal Flow Circulation on Self-Averaging Pitot Tube Arrays - DCN 364008

Pressure Drop of Kurz Insertion Mass Flow Elements - DCN 36012

Variable Correction Factor ("VCF") In-Situ Calibration Procedure - DCN 364013

Pulverizer Air Flow Measurement Aide Combustion Optimization - DCN 364015
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Suggested Specification Multi-Point Insertion Mass Flow Meters - DCN 364016

Effect of Vortex Shedding on the Structural Integrity of
Kurz Insertion Mass Flow Elements - DCN 364017

Conversion of Wet Flow Rate to Dry Flow Rate - DCN 364018

Applicability of Kurz Sampling Nozzles and Sampling Systems
to the ANSI N12.1-1999 Guidelines - DCN 364019

The Importance of Mass-Weighted Average Temperature for Controlling Primary Air in Coal Pulverizers - DCN 364020

Suggested Specifications for Thermal Convection Mass Flow Meters for Waste Water Treatment Facilities - DCN 364022

User's Guide for Flow Perfect™ Automatic Configuration Correction Factor for Kurz Multi-Point Flow Element - DCN 368030