FTIR膜厚量测设备已下线量产,已向多家央企、国企、上市晶圆公司等知名半导体企业交付,并用于碳化硅、硅晶圆外延层的批量量测中。 此外,盖泽科技于2023年5月获数千万元Pre-A轮战略融资,由小苗基金、苏高新科创天使基金等投资;2023年11月完成数千万元新一轮融资,由苏创投·国发创投、苏高新融晟、元禾原点、泽禾创投...
同步辐射丨球差电镜丨FIB-TEM 原位XPS、原位XRD、原位Raman、原位FTIR 加急测试 朱老师 学研汇技术经理 158 7177 4683 www.xueyanhui.com
同步辐射丨球差电镜丨FIB-TEM 原位XPS、原位XRD、原位Raman、原位FTIR 加急测试 王老师 198 2262 5523 www.micetech.cn
FTIR results identified the surface functional groups attached with the molecules while Raman peaks show the characteristic vibrational mode and magnon excitation. Pore size and surface area analysis reveal the porosity in the synthesized sample and indicates its suitability use for electrochemical and ...
以下,通过ftir分析,x射线衍射(xrd),扫描电镜(sem)等方法表征nio的物化性能。 由图1可知,在437cm-1处存在ni-o的特征吸收,证明成功制备了金属氧化物nio。 图2为nio的xrd谱图,在37.3°,43.2°,62.9°,75.7°和79.7°处存在nio的特征衍射。 图3为nio的sem图像,nio为团簇的花朵状结构,表面存在大量大孔。
以下,通过FTIR分析,X射线衍射(XRD),扫描电镜(SEM)等方法表征NiO的物化性能。 由图1可知,在437cm -1 处存在Ni-O的特征吸收,证明成功制备了金属氧化物NiO。 图2为NiO的XRD谱图,在37.3°,43.2°,62.9°,75.7°和79.7°处存在NiO的特征衍射。 图3为NiO的SEM图像,NiO为团簇的花朵状结构,表面存在大量大孔。 实...
The polypyrrole-NiO composites were later characterised with Fourier transform infrared spectroscopy (FTIR) which confirms the presence of polypyrrole in the composite. AC conductivity was studied in the frequency range from 102 to 107 Hz. From these studies it is found that AC conductivity remains...
Grishina MA, Potemkin V (2018) Capabilities of structure modeling for azaheterocycles and the comparison to FTIR spectroscopy data. Bull South Ural State Univ 10:25–36. https://doi.org/10.14529/chem180103 Article Google Scholar Potemkin V, Palko N, Grishina M (2019) Quantum theory of at...
开展热重分析(TGA)、傅里叶变换红外光谱(FTIR)、X射线衍射(XRD)、扫描电镜(SEM)、透射电镜(TEM)等实验手段,对所得制备样品的化学组成、结构形貌及其粒径分布、比表面积等性能进行表征分析。 2、超细高纯NiO的材料结构性能研究 运用X射线光电子能谱(XPS)等方法,分析超细高纯NiO材料的表面电子学结构,以及通过等离子...
Fig. 1 presents the XRD patterns and FTIR analysis of BN fibers modified by different NiO contents. All samples exhibit distinct diffraction peaks at 2θ = 26.7° and 41.6°, which correspond to the (002) and (100) planes of hexagonal boron nitride (h-BN) [25]according to JCPDS No. 34...