1.
Digestion is the conversion of a solid sample into a liquid, homogeneous state.
消解即把固体样品转化成液体均相状态。
2.
Study on a Preparation of Solid Samples for Infrared Spectra and Application (Ⅱ) --Preparation of Powder Samples;
红外光谱的固体样品制备及应用(Ⅱ)——粉末样品的制备及应用
3.
Progress in the Method of Laser Ablation Solid Sample Introduction to Inductively Coupled Plasma Source
ICP光源的激光烧蚀固体样品引入方法进展
4.
Determination of polycyclic aromatic hydrocarbons in solid samples by HPLC
超声提取液相色谱测定环境固体样品中多环芳烃
5.
Experimental Analysis of Spectra of Metallic Elements in Solid Samples by Laser-Induced Breakdown Spectroscopy
激光诱导击穿固体样品中金属元素光谱的实验研究
6.
Result Analysis on Determination of Radionuclide Content in Solid Samples by NaI(Tl)Scintillation Spectrometer
NaI(Tl)闪烁谱仪测量固体样品中放射性核素含量的结果分析
7.
Analysis of Accuracy of Experimental Data of Measuring Solid Sample by NaI(Tl) Multichannel Analyzer.
NaI(Tl)多道谱仪测量固体样品时实验数据准确性分析
8.
Preliminary spatial resolved studies of plasma in radiofrequency glow discharge optical emission spectroscopy for direct analysis of solid samples
应用于固体样品直接分析的射频辉光光谱中等离子体空间解析的初步研究
9.
Sampling method for solid substances of coking products
GB/T2000-1980焦化产品固体类取样方法
10.
Appearance of samples, color and temperature( cool or hot). Is sample single phase? Are there any solids?
样品性状,颜色和温度(或热)样品是否为单相?有无任何固体?
11.
Analytical determination of uranium in ash of biological samples--Solid fluorimetry
GB/T11223.1-1989生物样品灰中铀的测定固体荧光法
12.
The arsenic atoms will be uniformly distributed throughout the crystal when the sample solidifies.
当样品凝固时，砷原子将在整个晶体中均匀分布。
13.
DIRECT DETERMINATION OF TRACE SILVER IN SOLID ROCK OR MINERAL SAMPLES BY GRAPHITE FURNACE AAS
固体进样石墨炉原子吸收法测定岩矿样品中微量银
14.
DETERMINATION OF Pb AND Cd ELEMENTS IN PAPER FOR FOOD-PACKAGING BY SS-GFAAS;
直接固体进样石墨炉原子吸收光谱法测定食品包装纸中铅镉
15.
Research on sample treatment of chlorine content in solid biofuel
固体生物质燃料氯含量测定中样品处理方法研究
16.
The product was a rubbery solid.
产品是橡胶态的固体。
17.
gross liquid mixed cargo samples
总装载液体混合样品
18.
Gases, liquids and solids do not increase in volume at the same speed.
气体、液体和固体体积膨胀的速度不一样。