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Application Notes

203-821-186

Oxygen and Nitrogen in Reactive-Refractory Metals and their Alloys using TC500

203-821-265

Oxygen and Hydrogen in Steel and Iron using TCH600

203-821-184

Ultra-Low Nitrogen and Oxygen in Iron, Steel, Nickel-Base, and Cobalt Base Alloys using TC600

203-821-187

Oxygen and Nitrogen in Steel, Iron, Nickel, and Cobalt Alloys using TC500

203-821-370

Oxygen and Nitrogen in Nitrides using TC600-TCH600

203-821-213

Oxygen and Nitrogen in Nitride Material using TC500-600

203-821-202

Oxygen and Nitrogen in Calcium Fluoride using TC600

203-821-266

Hydrogen in Steel and Iron using RH600

203-821-271

Hydrogen in Steel and Iron using RHEN600-602

203-821-305

Hydrogen in Copper and Copper Alloys using RHEN600-602

203-821-376

Hydrogen in Steel using DH603

203-821-340

Hydrogen in Reactive and Refractory Metals using RHEN600-602

One of the most critical chemical specifications of Titanium Alloys is the Hydrogen content. Too high of a Hydrogen content can cause hydrides to precipitate, which can lead to embrittlement and subsequent cracking when the alloy is stressed. The...
203-821-199

Hydrogen in Aluminum and Aluminum Alloys using RH402

203-821-322

Surface Carbon on Steel Sheet and Rod Samples using RC612

209-066-011

Introduction to GCxGC ChromaTOF Software

209-066-011
203-821-052

GDS Nickel and Nickel Base Alloys

203-821-209

Sulfur in Battery Paste (PbO-PbSO4) using CS Series

203-821-313

Hardness Determination in Decarburized Steel with AMH43

203-821-033

GDS Depth Profile Analysis

203-821-363

Oxygen in Aluminum and Aluminum Alloys using TC600