| A well designed experimental method saves time, increases accuracy and reproducibility, and provides an insightful measurement
In this webinar, we will critically review the criteria for an optimal measurement of skeletal volume and density by gas pycnometry and explore how the capabilities of the new AccuPyc make it easy to perform the most accurate measurement quickly. Lessons learned from gas adsorption analysis will be applied to enrich our understanding.
- Accounting for the non-ideality of gases greatly improves the repeatability, reproducibility, and speed of the analysis, while reducing the required number of calibrations.
- New AccuTemp thermoelectric temperature control increases measurement speed, accuracy, and relevance of the measurement. This has opened new opportunities to explore the behavior of materials at refrigerated storage conditions (4°C) compared to standard conditions (20-25°C) or in-process conditions (35-60°C).
- Controlling the direction of gas flow provides time, accuracy, and usability advantages.
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WEDNESDAY
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AUG
28
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SESSION 1: 9:00 EDT | 8:00 CDT | 14:00 BST | 15:00 CEST
SESSION 2: 9:00 PDT | 11:00 CDT | 12:00 EDT | 17:00 BST | 18:00 CEST |
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Speaker: Jack Saad
Applications scientist, Micromeritics |
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Jack G. Saad has more than 20 years’ experience characterizing particulate materials for industrial and pharmaceutical applications. He has supported organizations through new material development, central analytical support, raw materials testing, manufacturing support, research and development, and quality control. He has extensive experience with particle size analysis, density, and other textural characterization methods.
As an Applications Scientist with Micromeritics, he is responsible for applications support for Micromeritics instrumentation and conducting research on potential applications for instruments and techniques.
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