Andrew Janisse

Thermal Characterization of Advanced Materials for Aerospace

Webinar Thermal Characterization of Advanced Materials for Aerospace Brought to you by TA Instruments – Waters Corporation and Aerospace Testing International Enhancing Aerospace Materials Through Thermal Analysis As aerospace materials chemistry and technology continue to advance, precise and insightful materials characterization is critical to meeting the demanding performance requirements of mission-critical components. This need is…

Setting Up and Running a Parallel Plate Test on the Discovery HRx Rheometer

Setting Up and Running a Parallel Plate Test on the Discovery HRx Rheometer

Overview In this Tech Tip, we discuss the parallel plate geometry on the TA Instruments HRx Rheometer and show you how to set up and run this experiment on a soft solid. HRx Overview: https://www.tainstruments.com/an-overview-of-the-discovery-hrx-rheometers/ How to Avoid Slippage: https://www.tainstruments.com/how-to-avoid-slippage-during-rheological-testing/ Geometry Calibrations: https://www.tainstruments.com/plate-or-cone-geometry-calibrations-dhr/

Shawn C. Owen, Ph.D.

Assessing Production and Stability for Current and Emerging Antibody Drug Conjugate Platforms

Webinar Assessing Production and Stability for Current and Emerging Antibody Drug Conjugate Platforms Summary Clinically approved ADCs, despite high antibody sequence similarity, vary in linkers, payloads, and formulations. In this webinar we explore analytical techniques for ADC characterization—such as Intact Mass Spectrometry (DAR), peptide mapping, infrared spectroscopy, absorbance, DLS, and DSC—to evaluate structure, aggregation, and…

CHIRPS Data screens on laptop monitor

고속 주파수 처프(Chirp)

유변학 시험 고속 주파수 처프(Chirp) Fast Frequency Chirps 기술은 Discovery 하이브리드 레오미터에서 주파수 스윕을 수행하는 방식을 혁신합니다. 빠르고 연속적인 주파수 변조 “처프(Chirp)” 신호를 활용하여, 재료의점탄성 특성을 효율적으로 측정하고, 경화나 화학 반응과 같은 동적 변화를 포착할 수 있습니다. Fast Frequency Chirps는 최적화된 윈도우 처프(OWCh)를 사용하여 점탄성 데이터를 최대 5배 빠르게 수집하며, 저주파 영역 데이터까지 손쉽게 확보할…

Battery Material Changes in Real Time: Silicon Anode Structural Evaluation via Isothermal Microcalorimetry

Battery Material Changes in Real Time: Silicon Anode Structural Evaluation via Isothermal Microcalorimetry

Webinar Battery Material Changes in Real Time: Silicon Anode Structural Evaluation via Isothermal Microcalorimetry From cutting-edge cars to appliances in the home and ones you wear on your wrist, battery technology is evolving rapidly, racing to keep up with consumer and industry demands. Understanding battery chemistry is essential in battery research that could hold the…