- 創新技術
- 全能模組
- 瑞士品質
我們為熱分析的最重要領域提供專業的應用手冊。 這些手冊以基本原理開始。 但是重點介紹應用。 其中詳細介紹了 DSC、TGA、TMA 與 DMA 實驗。 通過示例描述問題、介紹實驗條件、討論評估與解釋以及得出最終結論。
熱分析的未來
下列熱分析應用手冊現已發行:
免費下載
| Thermal Analysis Tips and Hints | The Tips and Hints handbook gives you tips on topics such as how to choose the best measurement technique, calibration, sample preparation, choice of crucible, methods, sample size, interpretation and the evaluation of results. | 免費下載 |
| 聚合物熱分析 | 《聚合物熱分析》介紹了如何使用熱分析技術來分析聚合物，特別是研究熱塑性塑膠、熱固性樹脂和彈性體的行為。 | 免費下載 |
| Thermal Analysis Combined with Evolved Gas Analysis | Evolved Gas Analysis in combination with Thermal Analysis, specifically TGA, is a very powerful tool to identify a sample. In this booklet we present today’s TGA solutions with MS, FTIR, GC/MS and Micro GC/MS, including application examples. | 免費下載 |
根據需求
| 熱分析應用基礎 (345 pages) | 對於希望瞭解有關 DSC、TGA、TMA、DMA 以及相關技術實踐與理論內容的新使用者或當前用戶而言，《熱分析應用基礎>是理想的選擇。 | 查看詳情 |
| 熱塑性塑膠 (150 pages) | 《熱塑性塑膠》借助近 60 個應用示例討論 20 多種不同熱塑性塑膠的熱學行為。 | 查看詳情 |
| 熱固性樹脂 (Vol. 1: 135 pages, Vol. 2: 175 pages) | 《熱固性樹脂》重點介紹對於熱固性材料的熱分析，並且展現從 90 多份實例中獲得的結果。 | 查看詳情 |
| 彈性體 (Vol. 1: 105 pages, Vol. 2: 175 pages) | 《彈性體》深入探討彈性體的結構與熱分析。 其中使用 50 多種常規示例介紹所進行的測量。 | 查看詳情 |
| 藥品 (100 pages) | 《製藥》中介紹從近 50 種精心選擇的製藥業熱分析應用中獲得的結果。 | 查看詳情 |
| 食品 (65 pages) | 《食品》以從 50 多種常規範例中獲得的結果為基礎，概括介紹了熱分析在食品行業中的主要應用領域。 | 查看詳情 |
| 逸出氣體分析 (210 pages) | 《逸出氣體分析 (EGA)》是關於 TGA-MS 與 TGA-FTIR 技術的實用介紹。 | 查看詳情 |
| 熱分析認證 (276 pages) | 《熱分析認證》由這一重要領域中的專家編寫。 其中重點介紹關於設備、工藝與方法的認證。 | 查看詳情 |
| 指南工具包 (85 pages) | 介紹相應測試物質的《指南工具包》手冊是瞭解熱分析的一種絕佳方法。 22 種記錄詳盡的應用覆蓋熱分析的主要領域，並對 DSC、TGA 與 TMA 技術進行詳細介紹。 | 查看詳情 |
| 聚合物熱分析 (40 pages) | 《聚合物熱分析》介紹了如何使用熱分析技術來分析聚合物，特別是研究熱塑性塑膠、熱固性樹脂和彈性體的行為。 | 查看詳情 |
| Thermal Analysis Tips and Hints (45 pages) | The Tips and Hints handbook gives you tips on topics such as how to choose the best measurement technique, calibration, sample preparation, choice of crucible, methods, sample size, interpretation and the evaluation of results. | 查看詳情 |
應用
The Tutorial Kit Examples handbook discusses the sample preparation, measurement and evaluation of 17 carefully selected tutorial samples. It describes all the possible effects you can measure with thermal analysis.
Thermal Analysis of Polymers shows how thermal analysis techniques can be used to analyze polymers and in particular to study the behavior of thermoplastics, thermosets and elastomers.
This handbook is designed to help you navigate through the different measurement techniques, method parameters and sample preparation procedures. The aim is to provide you with useful tips and hints on how toobtain the best possible results from your measurements.
公佈欄
手冊
Dynamic mechanical analysis (DMA) is used to measure the mechanical and viscoelastic properties of a material as a function of temperature, time and f...
Dynamic mechanical analysis (DMA) is an important technique used to measure the mechanical and viscoelastic properties of materials such as thermoplas...
Thermal analysis is a well-established analytical method that is widely used in many different fields. It provides laboratories with valuable results...
Thermal Analysis comprises a group of techniques that measure the physical or chemical properties of a sample as a function of temperature or time whi...
Crucibles serve as containers for samples during DSC and TGA measurements. They guarantee that the sensor is not contaminated during the measurement.
UserCom
Thermal analysis applications, including useful tips for performing sorption experiments by TGA/DSC.
Thermal analysis applications, including useful tips for how thermal analysis can be used to analyze polymers (Part 6: TMA and DMA of elastomers).
Thermal analysis applications, including useful tips for how thermal analysis can be used to analyze polymers (Part 5: DSC and TGA of elastomers).
Thermal analysis applications, including useful tips for how thermal analysis can be used to analyze polymers (Part 4: TGA, TMA and DMA of thermosets)...
Thermal analysis applications, including useful tips for how thermal analysis can be used to analyze polymers (Part 3: DSC of thermosets).
Thermal analysis applications, including useful tips for how thermal analysis can be used to analyze polymers (Part 2: TGA, TMA and DMA of thermoplast...
Thermal analysis applications, including useful tips for how thermal analysis can be used to analyze polymers (Part 1: DSC of thermoplastics).
Thermal analysis applications, including useful tips on the correct use of analytical measurement terminology (Part 2: Measurement uncertainty).
Thermal analysis applications, including useful tips on the correct use of analytical measurement terminology (Part 1: Trueness, precision and accurac...
