1) term analysis
光谱项分析
2) spectrometric analysis
光谱分析
1.
Development of certified reference materials for spectrometric analysis of rare earth-magnesium nodular cast iron;
稀土镁球墨铸铁光谱分析用标准物质的研制
2.
Standard rample of self-made application in Spectrometric Analysis of high Fe in Al-alloy;
自制标样在高铁铝合金光谱分析中的应用
3.
Improvement in synthesis and spectrometric analysis of bis-α-dithio-diketone complex of nickel;
双α-二硫代二酮合镍配合物的合成改进及光谱分析
3) Spectral analysis
光谱分析
1.
The spectral analysis of pigment extraction in naturally colored cotton;
天然彩色棉色素的提取与光谱分析
2.
Synthesis of 9,9-bis (methoxymethyl)fluorene and its spectral analysis;
9,9-双甲氧甲基芴的合成及其光谱分析
3.
Development of alloy cast iron standard materials for spectral analysis;
合金铸铁光谱分析用标准物质的研制
4) spectroscopic analysis
光谱分析
1.
FTIR spectroscopic analysis of the exit gas in industry;
典型毒害气体的FTIR吸收光谱分析
2.
Selection of optimal band for detecting foreign fibers in lint cotton using spectroscopic analysis
基于光谱分析的棉花异性纤维最佳波段选择方法
3.
Listing out the situation that general analysis element are interfered by other element, and offering the method of eliminating influence and introduces some usually moderation and provides some solvent of reference for spectroscopic analysis.
为光谱分析提供了一些可参考的解决办
5) Spectroanalysis
光谱分析
1.
It was concluded that NIR imaging and NIR spectroanalysis would be very useful in the nondestructive external and internal quality inspecting of agricultural products.
介绍了现代近红外分析技术的发展及其技术特点 ,并就近红外图像技术和光谱分析技术两方面综合分析了国外利用近红外分析技术在农产品品质检测上的研究 ,以促进我国在该领域的研究。
2.
Mining the conventional reagents for new application has now become the focal point of spectroanalysis for analysts in many countries.
光谱分析方法在我国的地质、冶金、化工、生物医药等部门已被广泛应用。
6) Spectrum analysis
光谱分析
1.
Research on grinding-in testing method of synthetic transmission platform based on spectrum analysis;
基于光谱分析的综合传动台架磨合试验方法研究
2.
Manufacture of Er~(3+)/Yb~(3+) co-doped fiber and its spectrum analysis;
Er~(3+)/Yb~(3+)共掺光纤的研制与光谱分析
3.
Research on color measure about automobile lamp by CCD and the way of spectrum analysis;
CCD汽车车灯色度测试及其光谱分析方法的研究
补充资料:光谱项
见原子光谱。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条