Spectroscopy Detects(光谱检测)研究综述
Spectroscopy Detects 光谱检测 - X-ray photoelectron spectroscopy detects the present of Mo4+ 3d and S2− 2p chemical states, which proves the highly formation of 2H-MoS2. [1] As traditional fluorescence spectroscopy detects in the linear concentration range, a concentration-resolved fluorescence spectroscopy (CRFS) is proposed in this paper, which introduces concentration as a new dimension. [2] - 1H magnetic resonance spectroscopy detects long-term cerebellar metabolic changes in adult rats after neonatal HI at postnatal day 3. [3] Depth sensitive optical spectroscopy detects optical spectra from different layers in layered samples, revealing crucial information about the samples, for example, and the progress of epithelial cancer. [4] Fourier transform infrared (FTIR) spectroscopy detects infrared-active organic bonds that constitute the organic component of soils. [5]X 射线光电子能谱检测到 Mo4+ 3d 和 S2-2p 化学态的存在，这证明了 2H-MoS2 的高度形成。 [1] 由于传统的荧光光谱在线性浓度范围内检测，本文提出了浓度分辨荧光光谱（CRFS），将浓度作为一个新的维度。 [2] - 1H 磁共振波谱检测成年大鼠在出生后第 3 天的新生儿 HI 后的长期小脑代谢变化。 [3] 深度敏感光谱检测分层样品中不同层的光谱，揭示有关样品的关键信息，例如，上皮癌的进展。 [4] 傅里叶变换红外 (FTIR) 光谱检测构成土壤有机成分的红外活性有机键。 [5]