CAJ | 학술논문

本文采用自行搭建的实验系统，研究了氯化铵溶液的光谱特性。实验基于多次测量取平均的光谱数据，采用光谱归一化的方法消除光强变化引起的测量误差，通过计算不同浓度的差谱，提取了对氯化铵浓度敏感的733nm、833nm特征波段。两波段的浓度回归结果表明，差谱强度与浓度具有良好的线性关系，对高光谱遥感探测的应用具有实际意义。
본문채용자행탑건적실험계통，연구료록화안용액적광보특성。실험기우다차측량취평균적광보수거，채용광보귀일화적방법소제광강변화인기적측량오차，통과계산불동농도적차보，제취료대록화안농도민감적733nm、833nm특정파단。량파단적농도회귀결과표명，차보강도여농도구유량호적선성관계，대고광보요감탐측적응용구유실제의의。
The spectral characteristics of the ammonium chloride solution was studied using the self-constructed experimental system. Based on the average spectrum data, the measuring error due to the changing intensity was eliminated using the method of spectral normalization, and the feature bands (733nm, 833nm) sensitive to ammoni-um chloride concentration was extracted by calculating the differential spectrum of the various concentration. The re-gressing concentration results of the two bands (733nm, 833nm) show, the relation between the differential spectrum intensity and the solution concentration is properly linear, which is practical to the application of hyper-spectral re-mote sensing detection.