Materials Characterization: Advanced Materials in the Driver's Seat
参考中译:材料表征：驾驶员座椅中的先进材料


          

刊名：Instrument Business Outlook
作者：Tanya Samazan
刊号：798B0030/I
ISSN：1061-2203
出版年：2024
年卷期：2024, vol.32, no.19
页码：39-41
总页数：3
分类号：TH7
语种：eng
文摘：Instruments within the materials characterization category measure physical properties of samples ranging from particle size and hardness to flow properties and thermal responses. They are often used in QC applications of products as varied as pharmaceuticals and steel. Cautious spending prompted by an inflationary market and an unstable economic environment contributed to a 1.8% growth for these technologies in 2023. Despite a successful recovery in 2022, the industrial sector experienced a slowdown in 2023, with sales stabilizing and companies adopting a more conservative approach to spending. Additionally, the chemicals market softened in the latter half of the year. But the advanced material market remained resilient driving growth for materials characterization. This trend is anticipated to continue in 2024 with an estimated 2.6% growth forecasted in demand for materials characterization techniques.
参考中译：材料表征类别内的仪器测量样品的物理性质，范围从颗粒大小和硬度到流动性质和热响应。它们通常用于各种产品的QC应用，如药品和钢铁。通胀市场和不稳定的经济环境促使谨慎的支出，导致这些技术在2023年增长1.8%。尽管2022年成功复苏，但2023年工业部门经历了放缓，销售企稳，企业采取了更保守的支出方式。此外，化学品市场在今年下半年走软。但先进材料市场仍然具有弹性，推动了材料表征的增长。预计这一趋势将在2024年继续，预计材料表征技术的需求将增长2.6%。



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