1.
Joel-Dvis method was used to study the stability.
方法：参照类似产品设计处方，双波长等吸收点法测定含量，加速试验法考查稳定性。
2.
RESEARCH OF DUL-MAXIMUM-ABSORPTION WAVELENG THES TO DETERMINE TRACE COMPONENTS IN WATER
双最大吸收波长分光光度法测定微量物质
3.
Ground roll wave has characteristics of strong energy, low frequency and slow attenuation.
面波具有能量强、频率低、吸收衰减缓慢等特点。
4.
Single-longitudinal-mode Dual-Wavelength Fiber Ring Laser by Cascading Two Filters and Using a Saturable Absorber
基于两滤波器级联和饱和吸收体的单纵模双波长光纤激光器(英文)
5.
A Study on Determination of Copper by Microwave Induced Plasma Atomic Absorption Spectrometry(MIP-AAS)
微波等离子体原子吸收光谱法测定铜的研究
6.
Study on Paper Absorption Spectrophotonletry Ⅱ Determination of Trace Ag in Water by Dual wavelength △AMethod
纸上吸光光度法研究 Ⅱ双波长吸光度差值法测定水中痕量银
7.
(4) Difference absorption measurement and wavelength modulation harmonic mea- surement are two fundamental approaches for gas light absorption detection.
(4) 差分吸收检测和波长调制谐波检测是气体光吸收检测的两种基本方法。
8.
Electronic Structure and Absorption Peak Shift of Semiconductor Quantum Dots;
半导体量子点的电子结构与其吸收峰波长的移动
9.
MICROWAVE ABSORBING PROPERTIES OF SINGLE-LAYER AND DOUBLE-LAYER CEMENTITIOUS PLATES
单/双层水泥基平板的微波吸收性能
10.
SIMULTANEOUS DW SPECTROPHOTOMETRIC DETERMINATION OF TYROSINE AND DOPA
双波长吸光光度法同时测定多巴和酪氨酸的研究
11.
Speciation Determination of Chromium Using Cloud Point Extraction with Double-slotted Quartz Tube Atom Trap-Flame Atomic Absorption Spectrometry
浊点萃取-石英双缝管捕集火焰原子吸收光谱法分析铬价态
12.
The Selection of UV Absorption Wavelength for Pesticide Analysis by HPLC
农药高效液相色谱法分析中紫外吸收波长的选择
13.
Most Suitable Wavelength Pair Selection in Double Wavelength Spectrophotometry by Origin;
双波长分光光度法最佳波长对的选择
14.
The absorption coefficient is often strongly wavelength-dependent.
吸收系数往往与波长密切相关。
15.
The suitable ultraviolet absorption band is selected via experiment.
通过实验研究选定检测紫外吸收波长。
16.
Study of Wavelength Modulation Absorption Spectroscopy under Large Optic Depth
大光学深度波长调制吸收光谱的研究
17.
Determination of Cd(Ⅱ) in Water by Dual-Wavelength Spectrophotometry with 1-(4-Nitrophenyl)-3-(4-Phenylazophenyl) Triazene
镉试剂双峰双波长法测定水中痕量镉
18.
The development trend of radar absorbent is also predicted in this paper.
比较了各种吸收剂的特点,提出了雷达波吸收剂的发展趋势。