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| Product Brochures |
| VersaTherm Thermogravimetric Analyzer |
| TherMax Thermogravimetric Analyzer |
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| Product Datasheets |
| DCA 300 Analyzers |
| MicroBalance C33 |
| MicroBalance C34-C35 |
| Radian DCA Analyzers |
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| Product Notes |
| Advantage - Advanced Analysis Software |
| Introduction to Digital Recording Balances |
| Digital Recording Balances |
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| Application Notes |
| A Highly Flexible and Integrated TG/FTIR System |
| A Study of Corrosive Reactions with the TG/MS: Using Pure H2S to Sulfuret TiO2 |
| A Highly Flexible and Integrated TG/FTIR System |
| Bigger is Better: Pushing the Limit of TG and TG/FTIR |
| Buoyancy Phenomenon in TG Systems |
| CHN-001 A Primer on Liquid-Solid Interface |
| CHN-002 Advantage Software |
| CHN-003 Once company |
| CHN-004 What would you do |
| CHN-005 Studying metals |
| CHN-012 Assuring Balance Accuracy |
| CHN-016 A novice's guide to the DCA |
| CHN- 019 Solid Surface Energy Analysis |
| CHN-020 Recording balances |
| CHN-024 Preparing single fibers for Dynamic Contact Angle Analysis |
| CHN-034 Dynamic contact angle accessory for Thin Film substrates |
| CHN-040 The relationship of wettability to Absorbency |
| CHN-066 Planning a flow gas experiment |
| CHN-067 High Pressure Balances |
| CHN-071 Static control for electronic balance systems |
| CHN-080 Gas flow in Thermogravimetic experiments |
| CHN-081 The application of Wettability-based Test Methods to Fiber-based materials |
| CHN-087 Study of Diamond Film deposition by Thermogravimetry |
| CHN-107 Wettability research in Oil recovery science |
| CHN-109 Surface energy analysis - Predicting adhesion in fiber reinforced composites |
| CHN-112 Dynamic contact angle analysis of polymers |
| CHN-117 Analyzing the surface wettability of human hair |
| CHN-118 Using Surface Energy Measurements to Characterize Printing Applications |
| CHN-119 Using vacuum with TGAs and Recording Balances |
| CHN-125 The phenomenon of contact angle hysteresis |
| CHN-138 Using the DCA to Develop New Products to Save the Environment |
| CHN-162 Scanning the cleanliness of a solid surface |
| CHN-163 Preparing single-sided samples for DCA analysis |
| CHN-164 Analyzing the wettability of ophthalmic materials |
| CHN-165 Measuring the wettability of powders |
| CHN-206 Buoyancy phenomenon in TG systems |
| CHN-209 TherMax 500 High Pressure TGA |
| CHN-210 Suggested ordering specification for TherMax 400 |
| CHN-211 Suggested ordering specification for TherMax 700 |
| CHN-212 Suggested ordering specifications for radian DCA model 322 |
| CHN-213 Suggested ordering specifications for radian DCA model 315 |
| CHN- 214 Suggested ordering specifications for digital recording balances |
| CHN-215 Bundle fiber handling technique |
| CHN-216 Printability of Polymer Sheet & Films |
| CHN-217 TG-FTIR Analysis Novolac Polymer Resin |
| CHN-218 Bigger is better |
| CHN-219 A Highly flexible and integrated |
| CHN-220 The Sniffer Interface |
| CHN-221 A study of corrosive reactions with the TG MS |
| CHN-222 Quantitative application of Thermo Scientific synergy TG-FTIR on formaldehyde solution sample |
| CHN-223 - Microscan Recording Balance Software |
| CHN-224 - Introduction of digital recording balances |
| CHN-225 D-100 Application Diagrams |
| CHN-226 D-200 Application Diagrams |
| CHN-227 Suggested ordering Specification for Versatherm HS |
| CHN-228 Suggested ordering specification for VersaTherm HM |
| CHN-229 Suggested ordering specification for DTA accessory |
| Dynamic Contact Angle Analysis of Polymers |
| Planning a Flow Gas Experiment |
| Printability of Polymer Sheets & Films |
| What would you do with a High Temperature, High Volume, High Mass TGA Analyzer? |
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| White Papers |
| Studying Metal and Alloy with Long Term Stable TGA System |
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